CNL-21-053, Request for License Amendment Regarding Application of Advanced Framatome Methodologies, and Adoption of TSTF-564 Revision 2, in Support of Atrium 11 Fuel Use (TS-535)
ML21204A128 | |
Person / Time | |
---|---|
Site: | Browns Ferry ![]() |
Issue date: | 07/23/2021 |
From: | Jim Barstow Tennessee Valley Authority |
To: | Document Control Desk, Office of Nuclear Reactor Regulation |
Shared Package | |
ML21204A127 | List: |
References | |
CNL-21-053 | |
Download: ML21204A128 (982) | |
Text
{{#Wiki_filter:3URSULHWDU\,QIRUPDWLRQ:LWKKROG8QGHU&)5 7KLVOHWWHULVGHFRQWUROOHGZKHQVHSDUDWHGIURP$WWDFKPHQWVDDDDDDD
DDDDDQGDWRWKH(QFORVXUH
TENNESSEE 1\14 VALLEY AUTHORITY 0DUNHW6WUHHW&KDWWDQRRJD7HQQHVVHH &1/ -XO\
&)5
$771'RFXPHQW&RQWURO'HVN 861XFOHDU5HJXODWRU\&RPPLVVLRQ
- DVKLQJWRQ'&
%URZQV)HUU\1XFOHDU3ODQW8QLWVDQG
5HQHZHG)DFLOLW\2SHUDWLQJ/LFHQVH1RV'35'35DQG'35 15&'RFNHW1RVDQG
6XEMHFW 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG
)UDPDWRPH0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU %URZQV)HUU\1XFOHDU3ODQW8QLWVDQGLQ6XSSRUWRI$75,80)XHO
8VHDW%URZQV)HUU\ 76 ,QDFFRUGDQFHZLWKWKHSURYLVLRQVRI7LWOHRIWKH&RGHRI)HGHUDO5HJXODWLRQV
&)5 ³$SSOLFDWLRQIRUDPHQGPHQWRIOLFHQVHFRQVWUXFWLRQSHUPLWRUHDUO\VLWH
SHUPLW'7HQQHVVHH9DOOH\$XWKRULW\ 79$ LVVXEPLWWLQJDUHTXHVWIRUDPHQGPHQWWR5HQHZHG )DFLOLW\2SHUDWLQJ/LFHQVH1RV'35'35DQG'35IRU%URZQV)HUU\1XFOHDU3ODQW
%)1 8QLWVDQGUHVSHFWLYHO\7KHSURSRVHGOLFHQVHDPHQGPHQWVUHYLVH7HFKQLFDO
6SHFLILFDWLRQ 76 E³&RUH2SHUDWLQJ/LPLWV5HSRUW &2/5 'WRDOORZDSSOLFDWLRQRI $GYDQFHG)UDPDWRPH0HWKRGRORJLHVIRUGHWHUPLQLQJFRUHRSHUDWLQJOLPLWVLQVXSSRUWRIORDGLQJ )UDPDWRPHIXHOW\SH$75,8070 7KHSURSRVHGDPHQGPHQWDOVRGHOHWHVDIRRWQRWHIURP 7DEOH³5HDFWRU3URWHFWLRQ6\VWHP,QVWUXPHQWDWLRQ'ZKLFKQRORQJHUDSSOLHV $GGLWLRQDOO\79$UHTXHVWVDGRSWLRQRI767)$6DIHW\/LPLW0&355HYLVLRQZKLFKLV DQDSSURYHGFKDQJHWRWKH,PSURYHG6WDQGDUG7HFKQLFDO6SHFLILFDWLRQV ,676 LQWRWKH %)1767KHSURSRVHGDPHQGPHQWUHYLVHVWKH76VDIHW\OLPLW 6/ RQPLQLPXPFULWLFDOSRZHU UDWLR 0&35 WRUHGXFHWKHQHHGIRUF\FOHVSHFLILFFKDQJHVWRWKHYDOXHZKLOHVWLOOPHHWLQJWKH UHJXODWRU\UHTXLUHPHQWIRUDQ6/
$75,80LVDWUDGHPDUNRUUHJLVWHUHGWUDGHPDUNVRI)UDPDWRPH,QFLWVDIILOLDWHVDQGRULWVVXEVLGLDULHVLQWKH8QLWHG6WDWHVRI
$PHULFDDQGPD\EHUHJLVWHUHGLQRWKHUFRXQWULHVWKURXJKRXWWKHZRUOG$OOULJKWVUHVHUYHG8QDXWKRUL]HGXVHLVVWULFWO\SURKLELWHG 2WKHUQDPHVPD\EHWUDGHPDUNVRIWKHLUUHVSHFWLYHRZQHUV
3URSULHWDU\,QIRUPDWLRQ:LWKKROG8QGHU&)5 7KLVOHWWHULVGHFRQWUROOHGZKHQVHSDUDWHGIURP$WWDFKPHQWVDDDDDDD
DDDDDQGDWRWKH(QFORVXUH
3URSULHWDU\,QIRUPDWLRQ:LWKKROG8QGHU&)5 7KLVOHWWHULVGHFRQWUROOHGZKHQVHSDUDWHGIURP$WWDFKPHQWVDDDDDDD
DDDDDQGDWRWKH(QFORVXUH
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³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
- DVKLQJWRQ
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
3URSULHWDU\,QIRUPDWLRQ:LWKKROG8QGHU&)5 7KLVOHWWHULVGHFRQWUROOHGZKHQVHSDUDWHGIURP$WWDFKPHQWVDDDDDDD
DDDDDQGDWRWKH(QFORVXUH
3URSULHWDU\,QIRUPDWLRQ:LWKKROG8QGHU&)5 7KLVOHWWHULVGHFRQWUROOHGZKHQVHSDUDWHGIURP$WWDFKPHQWVDDDDDDD
DDDDDQGDWRWKH(QFORVXUH
861XFOHDU5HJXODWRU\&RPPLVVLRQ &1/ 3DJH -XO\ ,GHFODUHXQGHUSHQDOW\RISHUMXU\WKDWWKHIRUHJRLQJLVWUXHDQGFRUUHFW([HFXWHGRQWKLV UGGD\RI-XQH 5HVSHFWIXOO\ -DPHV%DUVWRZ 9LFH3UHVLGHQW1XFOHDU5HJXODWRU\$IIDLUVDQG6XSSRUW6HUYLFHV (QFORVXUH (YDOXDWLRQRIWKH3URSRVHG&KDQJH
$WWDFKPHQWV
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
1XFOHDU)XHO'HVLJQ5HSRUW)UDPDWRPH,QF0D\ QRQSURSULHWDU\
D $1335HYLVLRQ0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\ $75,80)XHO$VVHPEOLHV/LFHQVLQJ5HSRUW)UDPDWRPH,QF$SULO
SURSULHWDU\
E $13135HYLVLRQ0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\ $75,80)XHO$VVHPEOLHV/LFHQVLQJ5HSRUW)UDPDWRPH,QF$SULO
QRQSURSULHWDU\
3URSULHWDU\,QIRUPDWLRQ:LWKKROG8QGHU&)5 7KLVOHWWHULVGHFRQWUROOHGZKHQVHSDUDWHGIURP$WWDFKPHQWVDDDDDDD
DDDDDQGDWRWKH(QFORVXUH
3URSULHWDU\,QIRUPDWLRQ:LWKKROG8QGHU&)5 7KLVOHWWHULVGHFRQWUROOHGZKHQVHSDUDWHGIURP$WWDFKPHQWVDDDDDDD
DDDDDQGDWRWKH(QFORVXUH
861XFOHDU5HJXODWRU\&RPPLVVLRQ &1/ 3DJH -XO\
D $1335HYLVLRQ$75,80)XHO5RG7KHUPDO0HFKDQLFDO
(YDOXDWLRQIRU%URZQV)HUU\/$5/LFHQVLQJ5HSRUW)UDPDWRPH,QF 2FWREHU SURSULHWDU\
E $13135HYLVLRQ$75,80)XHO5RG7KHUPDO0HFKDQLFDO
(YDOXDWLRQIRU%URZQV)HUU\/$5/LFHQVLQJ5HSRUW)UDPDWRPH,QF 2FWREHU QRQSURSULHWDU\
D $1335HYLVLRQ%URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ5HSRUWIRU $75,80)XHO$VVHPEOLHV)UDPDWRPH,QF6HSWHPEHU SURSULHWDU\ E $13135HYLVLRQ%URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ5HSRUW
IRU$75,80)XHO$VVHPEOLHV)UDPDWRPH,QF6HSWHPEHU QRQSURSULHWDU\
D $1335HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR%URZQV )HUU\ZLWK$75,80)XHO)UDPDWRPH,QF-XO\ SURSULHWDU\ E $13135HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO)UDPDWRPH,QF-XO\
QRQSURSULHWDU\
D $1335HYLVLRQ%URZQV)HUU\8QLWVDQG/2&$$QDO\VLVIRU $75,80)XHO)UDPDWRPH,QF-XO\ SURSULHWDU\ E $13135HYLVLRQ%URZQV)HUU\8QLWVDQG/2&$$QDO\VLVIRU $75,80)XHO)UDPDWRPH,QF-XO\ QRQSURSULHWDU\ D $1335HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH &RQILUPDWLRQ'HQVLW\$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF$SULO
SURSULHWDU\
E $13135HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH &RQILUPDWLRQ'HQVLW\$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF$SULO
QRQSURSULHWDU\
D $1335HYLVLRQ%URZQV)HUU\$7:6,(YDOXDWLRQIRU$75,80 )XHO)UDPDWRPH,QF$SULO SURSULHWDU\ E $13135HYLVLRQ%URZQV)HUU\$7:6,(YDOXDWLRQIRU$75,80 )XHO)UDPDWRPH,QF$SULO QRQSURSULHWDU\ D $1335HYLVLRQ%URZQV)HUU\$75,80&RQWURO5RG'URS $FFLGHQW$QDO\VLVZLWKWKH$8525$%&5'$0HWKRGRORJ\)UDPDWRPH,QF
0DUFK SURSULHWDU\
E $13135HYLVLRQ%URZQV)HUU\$75,80&RQWURO5RG'URS $FFLGHQW$QDO\VLVZLWKWKH$8525$%&5'$0HWKRGRORJ\)UDPDWRPH,QF
0DUFK QRQSURSULHWDU\
3URSULHWDU\,QIRUPDWLRQ:LWKKROG8QGHU&)5 7KLVOHWWHULVGHFRQWUROOHGZKHQVHSDUDWHGIURP$WWDFKPHQWVDDDDDDD
DDDDDQGDWRWKH(QFORVXUH
3URSULHWDU\,QIRUPDWLRQ:LWKKROG8QGHU&)5 7KLVOHWWHULVGHFRQWUROOHGZKHQVHSDUDWHGIURP$WWDFKPHQWVDDDDDDD
DDDDDQGDWRWKH(QFORVXUH
861XFOHDU5HJXODWRU\&RPPLVVLRQ &1/ 3DJH -XO\
D $1335HYLVLRQ%URZQV)HUU\$75,807UDQVLHQW'HPRQVWUDWLRQ )UDPDWRPH,QF-XO\ SURSULHWDU\ E $13135HYLVLRQ%URZQV)HUU\$75,807UDQVLHQW 'HPRQVWUDWLRQ)UDPDWRPH,QF-XO\ QRQSURSULHWDU\ $IILGDYLWV
FF (QFORVXUH 15&5HJLRQDO$GPLQLVWUDWRU5HJLRQ,, 15&6HQLRU5HVLGHQW,QVSHFWRU%URZQV)HUU\1XFOHDU3ODQW 15&3URMHFW0DQDJHU%URZQV)HUU\1XFOHDU3ODQW 6WDWH+HDOWK2IILFHU$ODEDPD'HSDUWPHQWRI3XEOLF+HDOWK
3URSULHWDU\,QIRUPDWLRQ:LWKKROG8QGHU&)5 7KLVOHWWHULVGHFRQWUROOHGZKHQVHSDUDWHGIURP$WWDFKPHQWVDDDDDDD
DDDDDQGDWRWKH(QFORVXUH
(QFORVXUH
(YDOXDWLRQRIWKH3URSRVHG&KDQJH
68%-(&7 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\1XFOHDU 3ODQW8QLWVDQGLQ6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\ 76 &217(176
6800$5<'(6&5,37,21 '(7$,/(''(6&5,37,21 6\VWHP'HVLJQDQG2SHUDWLRQ &XUUHQW7HFKQLFDO6SHFLILFDWLRQ5HTXLUHPHQWV 5HDVRQIRUWKH3URSRVHG&KDQJH 'HVFULSWLRQRIWKH3URSRVHG&KDQJH 7(&+1,&$/(9$/8$7,21 767)$VVHVVPHQW $SSOLFDELOLW\RI3XEOLVKHG6DIHW\(YDOXDWLRQ 767)9DULDWLRQV $SSOLFDWLRQRI)UDPDWRPH$GYDQFHG0HWKRGVLQ76E 5(*8/$725<(9$/8$7,21 $SSOLFDEOH5HJXODWRU\5HTXLUHPHQWV&ULWHULD 3UHFHGHQW 1R6LJQLILFDQW+D]DUGV&RQVLGHUDWLRQ &RQFOXVLRQ (19,5210(17$/&216,'(5$7,21 5()(5(1&(6
$77$&+0(176 3URSRVHG76&KDQJHV 0DUN8SV IRU%)18QLWVDQG 3URSRVHG76&KDQJHV )LQDO7\SHG IRU%)18QLWVDQG 3URSRVHG76%DVHV&KDQJHV 0DUN8SVIRU,QIRUPDWLRQ2QO\ IRU%)18QLW /LVWRI5HJXODWRU\&RPPLWPHQWV D $1335HYLVLRQ'HVLJQ/LPLWVIRU)UDPDWRPH&ULWLFDO3RZHU&RUUHODWLRQV
)UDPDWRPH,QF-XO\ SURSULHWDU\
E $13135HYLVLRQ'HVLJQ/LPLWVIRU)UDPDWRPH&ULWLFDO3RZHU&RUUHODWLRQV
)UDPDWRPH,QF-XO\ QRQSURSULHWDU\
D $1335HYLVLRQ%URZQV)HUU\$75,80(TXLOLEULXP&\FOH)XHO&\FOH'HVLJQ 5HSRUW)UDPDWRPH,QF-XQH SURSULHWDU\ E $13135HYLVLRQ%URZQV)HUU\$75,80(TXLOLEULXP&\FOH)XHO&\FOH
'HVLJQ5HSRUW)UDPDWRPH,QF-XQH QRQSURSULHWDU\
(RI
(QFORVXUH
D $1335HYLVLRQ%URZQV)HUU\$75,80(TXLOLEULXP&\FOH1XFOHDU)XHO
'HVLJQ5HSRUW)UDPDWRPH,QF0D\ SURSULHWDU\
E $13135HYLVLRQ%URZQV)HUU\$75,80(TXLOLEULXP&\FOH1XFOHDU)XHO
'HVLJQ5HSRUW)UDPDWRPH,QF0D\ QRQSURSULHWDU\
D $1335HYLVLRQ0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO
$VVHPEOLHV/LFHQVLQJ5HSRUW)UDPDWRPH,QF$SULO SURSULHWDU\
E $13135HYLVLRQ0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO
$VVHPEOLHV/LFHQVLQJ5HSRUW)UDPDWRPH,QF$SULO QRQSURSULHWDU\
D $1335HYLVLRQ$75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU
%URZQV)HUU\/$5/LFHQVLQJ5HSRUW)UDPDWRPH,QF2FWREHU SURSULHWDU\
E $13135HYLVLRQ$75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU
%URZQV)HUU\/$5/LFHQVLQJ5HSRUW)UDPDWRPH,QF2FWREHU QRQSURSULHWDU\
D $1335HYLVLRQ%URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ5HSRUWIRU$75,80
)XHO$VVHPEOLHV)UDPDWRPH,QF6HSWHPEHU SURSULHWDU\
E $13135HYLVLRQ%URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ5HSRUWIRU$75,80
)XHO$VVHPEOLHV)UDPDWRPH,QF6HSWHPEHU QRQSURSULHWDU\
D $1335HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR%URZQV)HUU\ZLWK
$75,80)XHO)UDPDWRPH,QF-XO\ SURSULHWDU\
E $13135HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR%URZQV)HUU\ ZLWK$75,80)XHO)UDPDWRPH,QF-XO\ QRQSURSULHWDU\ D $1335HYLVLRQ%URZQV)HUU\8QLWVDQG/2&$$QDO\VLVIRU$75,80
)XHO)UDPDWRPH,QF-XO\ SURSULHWDU\
E $13135HYLVLRQ%URZQV)HUU\8QLWVDQG/2&$$QDO\VLVIRU$75,80
)XHO)UDPDWRPH,QF-XO\ QRQSURSULHWDU\
D $1335HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH&RQILUPDWLRQ
'HQVLW\$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF$SULO SURSULHWDU\
E $13135HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH&RQILUPDWLRQ
'HQVLW\$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF$SULO QRQSURSULHWDU\
D $1335HYLVLRQ%URZQV)HUU\$7:6,(YDOXDWLRQIRU$75,80)XHO
)UDPDWRPH,QF$SULO SURSULHWDU\
E $13135HYLVLRQ%URZQV)HUU\$7:6,(YDOXDWLRQIRU$75,80)XHO
)UDPDWRPH,QF$SULO QRQSURSULHWDU\
D $1335HYLVLRQ%URZQV)HUU\$75,80&RQWURO5RG'URS$FFLGHQW$QDO\VLV ZLWKWKH$8525$%&5'$0HWKRGRORJ\)UDPDWRPH,QF0DUFK SURSULHWDU\ E $13135HYLVLRQ%URZQV)HUU\$75,80&RQWURO5RG'URS$FFLGHQW
$QDO\VLVZLWKWKH$8525$%&5'$0HWKRGRORJ\)UDPDWRPH,QF0DUFK
QRQSURSULHWDU\ D $1335HYLVLRQ%URZQV)HUU\$75,807UDQVLHQW'HPRQVWUDWLRQ
)UDPDWRPH,QF-XO\ SURSULHWDU\
E $13135HYLVLRQ%URZQV)HUU\$75,807UDQVLHQW'HPRQVWUDWLRQ
)UDPDWRPH,QF-XO\ QRQSURSULHWDU\
$IILGDYLWV
(RI
(QFORVXUH
6800$5<'(6&5,37,21 ,QDFFRUGDQFHZLWKWKHSURYLVLRQVRI7LWOHRIWKH&RGHRI)HGHUDO5HJXODWLRQV
&)5 ³$SSOLFDWLRQIRUDPHQGPHQWRIOLFHQVHFRQVWUXFWLRQSHUPLWRUHDUO\VLWH
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³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³5HDFWRU&RUH6/V'HVWDEOLVKHVWKHUHTXLUHPHQWWKDWDW UHDFWRUVWHDPGRPHSUHVVXUHJUHDWHUWKDQRUHTXDOWR SRXQGVSHUVTXDUHLQFKJDXJH SVLJ DQGFRUHIORZSHUFHQWUDWHGFRUHIORZWKH0&35VKDOOEHZKHQWZR UHFLUFXODWLRQORRSVDUHLQRSHUDWLRQRUZLWKRQO\RQHUHFLUFXODWLRQORRSLQRSHUDWLRQ %)18QLWVDQG767DEOH³5HDFWRU3URWHFWLRQ6\VWHP,QVWUXPHQWDWLRQ 536 ' 1RWHIVWDWHV³)ROORZLQJ'HWHFWDQG6XSSUHVV6ROXWLRQ&RQILUPDWLRQ'HQVLW\ '66&' LPSOHPHQWDWLRQ'66&'LVQRWUHTXLUHGWREHDUPHGZKLOHLQWKH'66&'$UPHG5HJLRQGXULQJ WKHILUVWUHDFWRUVWDUWXSDQGGXULQJWKHILUVWFRQWUROOHGVKXWGRZQWKDWSDVVHVFRPSOHWHO\WKURXJK WKH'66&'$UPHG5HJLRQ+RZHYHU'66&'LVFRQVLGHUHG23(5$%/(DQGVKDOOEH PDLQWDLQHG23(5$%/(DQGFDSDEOHRIDXWRPDWLFDOO\DUPLQJIRURSHUDWLRQDWUHFLUFXODWLRQGULYH IORZUDWHVDERYHWKH'66&'$UPHG5HJLRQ' 7KH&RUH2SHUDWLQJ/LPLWV5HSRUW &2/5 LVWKHXQLWVSHFLILFGRFXPHQWWKDWSURYLGHVF\FOH VSHFLILFSDUDPHWHUOLPLWVIRUWKHFXUUHQWUHORDGF\FOH7KHVHF\FOHVSHFLILFOLPLWVDUHGHWHUPLQHG IRUHDFKUHORDGF\FOHLQDFFRUGDQFHZLWK%)18QLWVDQG76³&RUH2SHUDWLQJ/LPLWV 5HSRUW &2/5 ' $75,80LVDWUDGHPDUNRUUHJLVWHUHGWUDGHPDUNVRI)UDPDWRPH,QFLWVDIILOLDWHVDQGRULWVVXEVLGLDULHVLQWKH8QLWHG6WDWHVRI $PHULFDDQGPD\EHUHJLVWHUHGLQRWKHUFRXQWULHVWKURXJKRXWWKHZRUOG$OOULJKWVUHVHUYHG8QDXWKRUL]HGXVHLVVWULFWO\SURKLELWHG 2WKHUQDPHVPD\EHWUDGHPDUNVRIWKHLUUHVSHFWLYHRZQHUV
(RI
(QFORVXUH
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
%UXQVZLFNDQG6XVTXHKDQQD 7KHLPSOHPHQWDWLRQF\FOHVIRUDOOWKUHH%)1XQLWVZLOOFRQWDLQD
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
(RI
(QFORVXUH
$GYDQFHG)UDPDWRPH0HWKRGRORJLHV 0HWKRGRORJLHVFXUUHQWO\OLVWHGLQ%)18QLWVDQG76EWKDWZLOOEHUHPRYHGDUH x 1('(3$5HYLVLRQ*HQHUDO(OHFWULF6WDQGDUG$SSOLFDWLRQIRU5HDFWRU)XHO 2FWREHU>1RWH7KLVPHWKRGRORJ\RQO\DSSHDUVLQWKH8QLW767KHUHLVQR
*OREDO1XFOHDUIXHO *1) IXHOUHPDLQLQJLQWKH8QLWFRUH7KHUHIRUHWKLVUHIHUHQFHLV
EHLQJUHPRYHGIRUFRQVLVWHQF\ZLWKWKH8QLWDQG8QLW76@
x ;11) 3 $ 9ROXPHDQG9ROXPH6XSSOHPHQWVDQG;&2%5$7$
&RPSXWHU&RGHIRU%:57UDQVLHQW7KHUPDO+\GUDXOLF&RUH$QDO\VLV(((RQ1XFOHDU &RPSDQ\)HEUXDU\
x $1) 3 $ 9ROXPH5HYLVLRQDQG9ROXPH6XSSOHPHQWVDQG
&275$16$$&RPSXWHU3URJUDPIRU%RLOLQJ:DWHU5HDFWRU7UDQVLHQW$QDO\VHV $GYDQFHG1XFOHDU)XHOV&RUSRUDWLRQ$XJXVW
x %$: 3 $ 5HYLVLRQ&\FOH6SHFLILF',9200HWKRGRORJ\8VLQJWKH 5$021$)$&RGH$5(9$130D\ 7KHDERYHPHWKRGRORJLHVDUHQRORQJHUDSSOLFDEOHZLWKDGGLWLRQRIWKH$GYDQFHG 0HWKRGRORJLHVGHVFULEHGEHORZ 7KHDGYDQFHGPHWKRGRORJLHVEHLQJDGGHGWR%)18QLWVDQG76EDUH
x %$:3$6XSSOHPHQW3$5HYLVLRQ5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG 0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV6XSSOHPHQW0HFKDQLFDO0HWKRGV
)UDPDWRPH,QF$XJXVW
x $133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU 5HDFWRUV$SSOLFDWLRQWR7UDQVLHQWDQG$FFLGHQW6FHQDULRV)UDPDWRPH,QF
-DQXDU\
x $133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU 5HDFWRUV$SSOLFDWLRQWR/RVVRI&RRODQW$FFLGHQW6FHQDULRV)UDPDWRPH,QF 0DUFK
x $133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU 5HDFWRUV$SSOLFDWLRQWR&RQWURO5RG'URS$FFLGHQW &5'$ )UDPDWRPH,QF 0DUFK DVVXSSOHPHQWHGE\6HFWLRQRI$1335HYLVLRQ$SSOLFDELOLW\RI
)UDPDWRPH%:50HWKRGVWR%URZQV)HUU\ZLWK$75,80)XHO)UDPDWRPH,QF -XO\
x $133$5HYLVLRQ$&($75,80&ULWLFDO3RZHU&RUUHODWLRQ)UDPDWRPH
,QF0D\
x $133$5HYLVLRQ,QFRUSRUDWLRQRI&KURPLD'RSHG)XHO3URSHUWLHVLQ$5(9$
$SSURYHG0HWKRGV)UDPDWRPH,QF0D\
x $1335HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH&RQILUPDWLRQ
'HQVLW\$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF$SULO
(RI
(QFORVXUH
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
- LWKWKHDGGLWLRQRIWKHPHWKRGRORJLHVOLVWHGDERYH79$SODQVWRWUDQVLWLRQIURPWKH*(+
75$&*EDVHG'66&'VWDELOLW\PHWKRGRORJ\WRWKH)UDPDWRPH5$021$)$EDVHG%HVW (VWLPDWH(QKDQFHG2SWLRQ,,,VWDELOLW\PHWKRGRORJ\ %(2,,, 6LPLODUWRWKHDSSURDFKXVHGE\ WKH%UXQVZLFN6WHDP(OHFWULF3ODQW %6(3 8QLW1RVDQG 5HIHUHQFH DK\EULGVWDELOLW\ VROXWLRQZLOOEHXVHGZKHUHWKH5$021$)$EDVHGVWDELOLW\PHWKRGRORJ\LQWKH%(2,,,75LV FRXSOHGZLWKWKH&RQILUPDWLRQ'HQVLW\$OJRULWKP &'$ RI'66&'7KLVK\EULGVROXWLRQLV UHIHUUHGWRDV%(2,,,Z&'$
- LWK%(2,,,Z&'$WKH&'$ZLOOUHPDLQWKHOLFHQVLQJEDVLVWULSDQGLGHQWLFDO2VFLOODWLRQ3RZHU
5DQJH0RQLWRU 2350 VHWSRLQWVZLOOEHXVHGWKHUHE\PLQLPL]LQJWKHLPSDFWWR%)1$VD UHVXOWRIWKHWUDQVLWLRQIURP'66&'WR%(2,,,Z&'$767DEOH1RWHIZLOOEH UHPRYHGIURPWKH76$VQRWHGLQ5HIHUHQFH³1RWH I GHVFULEHVDFRQGLWLRQSODFHGXSRQ DUPLQJ'66&'WKDWZDVDSSOLFDEOHRQO\GXULQJWKHILUVWUHDFWRUVWDUWXSDQGVKXWGRZQIROORZLQJ LPSOHPHQWDWLRQRIWKDWPHWKRGRORJ\7KH15&VWDIIUHYLHZHG1RWH I DQGILQGVWKDW LPSOHPHQWDWLRQRIWKHSODQWVSHFLILF%(2,,,Z&'$DSSURDFKZRXOGREYLDWHWKHQHHGIRU1RWH I WR7DEOH'7KHUHIRUHWKLVQRWHLVQRORQJHUDSSOLFDEOHDQGZLOOEHUHPRYHG
- LWKWKHWUDQVLWLRQIURP$75,80;0IXHOWR$75,80IXHO%)1ZLOOWUDQVLWLRQWRWKH
15&DSSURYHG5$021$)$EDVHGPHWKRGRORJ\IRUWKHOLFHQVLQJEDVLV$QWLFLSDWHG7UDQVLHQW
- LWKRXW6FUDPZLWK,QVWDELOLW\ $7:6, 7KHFXUUHQWOLFHQVLQJEDVLV$7:6,DQDO\VLVXWLOL]HG
WKH*(+75$&*PHWKRGRORJ\ZLWK$75,80;0IXHOZKLFKZDVDSSURYHGIRU%)1RQ 'HFHPEHU 5HIHUHQFH $WWDFKPHQWWRWKLVHQFORVXUHSURYLGHVWKHH[LVWLQJ%)18QLWVDQG76SDJHVPDUNHGXS WRVKRZWKHSURSRVHGFKDQJHV$WWDFKPHQWWRWKLVHQFORVXUHSURYLGHVWKHH[LVWLQJ%)18QLWV DQG76SDJHVUHW\SHGWRVKRZWKHSURSRVHGFKDQJHV$WWDFKPHQWWRWKLVHQFORVXUH SURYLGHVWKHSURSRVHGPDUNHGXS76%DVHVSDJHVIRU%)18QLW WKH8QLWDQG%DVHVDUH QHDUO\LGHQWLFDO &KDQJHVWRWKHH[LVWLQJ76%DVHVDUHSURYLGHGIRULQIRUPDWLRQRQO\DQGZLOOEH
(RI
(QFORVXUH
LPSOHPHQWHGXQGHUWKH7HFKQLFDO6SHFLILFDWLRQ%DVHV&RQWURO3URJUDP$WWDFKPHQWFRQWDLQV WKHUHJXODWRU\FRPPLWPHQWVDVVRFLDWHGZLWKWKLV/$5 7(&+1,&$/(9$/8$7,21 767)$VVHVVPHQW $SSOLFDELOLW\RI3XEOLVKHG6DIHW\(YDOXDWLRQ 79$KDVUHYLHZHGWKHUHYLVHGVDIHW\HYDOXDWLRQIRU767)SURYLGHGWRWKH7HFKQLFDO 6SHFLILFDWLRQV7DVN)RUFHLQDOHWWHUGDWHG0D\7KLVUHYLHZLQFOXGHGDUHYLHZRIWKH 15&VWDII¶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¶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³&RUH2SHUDWLQJ/LPLWV5HSRUW'7KLV GLIIHUHQFHLVDGPLQLVWUDWLYHLQQDWXUHDQGGRHVQRWDIIHFWWKHDSSOLFDELOLW\RI767)WRWKH %)176
(RI
(QFORVXUH
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µD¶ GHVLJQDWLRQSURYLGHWKHIXOOUHSRUWZKLOHWKH$WWDFKPHQWVZLWKWKHµE¶GHVLJQDWLRQSURYLGHWKH QRQSURSULHWDU\YHUVLRQRIWKHIXOOUHSRUW LHSURSULHWDU\LQIRUPDWLRQLVUHGDFWHG )RUHDVHRI UHIHUHQFHWKURXJKRXWWKLV/$5RQO\WKH$WWDFKPHQWVZLWKWKHµD¶GHVLJQDWLRQDUHUHIHUHQFHGLQ WKHGLVFXVVLRQV
$WWDFKPHQW 0HWKRGRORJ\7LWOH $1335HYLVLRQ%URZQV)HUU\$75,80(TXLOLEULXP&\FOH)XHO D &\FOH'HVLJQ5HSRUW)UDPDWRPH,QF-XQH SURSULHWDU\ $1335HYLVLRQ%URZQV)HUU\$75,80(TXLOLEULXP&\FOH D
1XFOHDU)XHO'HVLJQ5HSRUW)UDPDWRPH,QF0D\ SURSULHWDU\
$1335HYLVLRQ0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\ D $75,80)XHO$VVHPEOLHV/LFHQVLQJ5HSRUW)UDPDWRPH,QF$SULO
SURSULHWDU\
$1335HYLVLRQ$75,80)XHO5RG7KHUPDO0HFKDQLFDO D (YDOXDWLRQIRU%URZQV)HUU\/$5/LFHQVLQJ5HSRUW)UDPDWRPH,QF
2FWREHU SURSULHWDU\
$1335HYLVLRQ%URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ5HSRUW D IRU$75,80)XHO$VVHPEOLHV)UDPDWRPH,QF6HSWHPEHU
SURSULHWDU\
$1335HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR D %URZQV)HUU\ZLWK$75,80)XHO)UDPDWRPH,QF-XO\
SURSULHWDU\
$1335HYLVLRQ%URZQV)HUU\8QLWVDQG/2&$$QDO\VLVIRU D $75,80)XHO)UDPDWRPH,QF-XO\ SURSULHWDU\ $1335HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH D &RQILUPDWLRQ'HQVLW\$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF$SULO SURSULHWDU\ $1335HYLVLRQ%URZQV)HUU\$7:6,(YDOXDWLRQIRU$75,80 D )XHO)UDPDWRPH,QF$SULO SURSULHWDU\ $1335HYLVLRQ%URZQV)HUU\$75,80&RQWURO5RG'URS D $FFLGHQW$QDO\VLVZLWKWKH$8525$%&5'$0HWKRGRORJ\)UDPDWRPH ,QF0DUFK SURSULHWDU\ $1335HYLVLRQ%URZQV)HUU\$75,807UDQVLHQW D 'HPRQVWUDWLRQ)UDPDWRPH,QF-XO\ SURSULHWDU\
(RI
(QFORVXUH
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
,Q$1335HYLVLRQ)UDPDWRPHGRFXPHQWVDQHTXLOLEULXPIXHOF\FOHGHVLJQIRU%)1
7KLVGHVLJQXVHVWKH$75,80IXHODVVHPEO\DQGWKHFXUUHQWO\DSSURYHGRSHUDWLQJ GRPDLQV7KLVDQDO\VLVKDVEHHQSHUIRUPHGZLWKWKHDSSURYHG)UDPDWRPHQHXWURQLF PRGHOLQJPHWKRGRORJ\ 5HIHUHQFH 7KLVDQDO\VLVDOVRXVHGWKH5HIHUHQFHFULWLFDO SRZHUPHWKRGRORJ\7KH&$602ODWWLFHGHSOHWLRQFRGHZDVXVHGWRJHQHUDWHQXFOHDU
(RI
(QFORVXUH
GDWDLQFOXGLQJFURVVVHFWLRQVDQGORFDOSRZHUSHDNLQJIDFWRUV7KH0,&52%851% WKUHHGLPHQVLRQDOFRUHVLPXODWRUFRGHFRPELQHGZLWKWKH$&(FULWLFDOSRZHUFRUUHODWLRQ ZDVXVHGWRPRGHOWKHFRUH7KH0,&52%851%SLQSRZHUUHFRQVWUXFWLRQ 335 PRGHO ZDVXVHGWRGHWHUPLQHWKHWKHUPDOPDUJLQVSUHVHQWHGLQWKHUHSRUW'HVLJQUHVXOWV LQFOXGLQJSURMHFWHGFRQWUROURGSDWWHUQVDQGHYDOXDWLRQVRIWKHUPDODQGUHDFWLYLW\PDUJLQV DUHSUHVHQWHG $WWDFKPHQWD$1335HYLVLRQ%URZQV)HUU\$75,80(TXLOLEULXP&\FOH1XFOHDU )XHO'HVLJQ5HSRUW
$1335HYLVLRQSURYLGHVUHVXOWVRIWKHQHXWURQLFGHVLJQDQDO\VHVSHUIRUPHGE\ )UDPDWRPHIRUWKH$75,80HTXLOLEULXPF\FOHIXHODVVHPEOLHV XVHGLQ$WWDFKPHQWD
15&DSSURYHGQHXWURQLFGHVLJQFULWHULDDUHSURYLGHGLQ5HIHUHQFHDQGWKH 15&DSSURYHGQHXWURQLFGHVLJQDQDO\VLVPHWKRGRORJ\ 5HIHUHQFH ZDVXVHGWR GHWHUPLQHFRQIRUPDQFHWRGHVLJQFULWHULD
$WWDFKPHQWD$1335HYLVLRQ0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\ $75,80)XHO$VVHPEOLHV
$1335HYLVLRQGRFXPHQWVWKHFRPSOHWLRQRIWKHOLFHQVLQJDQDO\VHVDQGUHODWHG
WHVWLQJQHFHVVDU\WRYHULI\WKDWWKHPHFKDQLFDOGHVLJQFULWHULDDUHPHWIRUWKH$75,80 IXHODVVHPEOLHVVXSSOLHGE\)UDPDWRPHIRULQVHUWLRQLQWR%)17KLVUHSRUWDOVRSURYLGHVD GHVFULSWLRQRIWKHPHFKDQLFDOGHVLJQDQGOLFHQVLQJPHWKRGVIRU$75,807KHVFRSHRI WKLVUHSRUWLVOLPLWHGWRDQHYDOXDWLRQRIWKHPHFKDQLFDOGHVLJQRIWKHIXHODVVHPEO\DQGIXHO FKDQQHO7KHIXHODVVHPEO\GHVLJQZDVHYDOXDWHGDFFRUGLQJWRWKH)UDPDWRPH%RLOLQJ
- DWHU5HDFWRU %:5 JHQHULFPHFKDQLFDOGHVLJQFULWHULD 5HIHUHQFH 7KHIXHOFKDQQHO
GHVLJQZDVHYDOXDWHGWRWKHFULWHULDJLYHQLQWKHIXHOFKDQQHO75V 5HIHUHQFHVDQG 7KHJHQHULFGHVLJQFULWHULDKDYHEHHQDSSURYHGE\WKH15&DQGWKHFULWHULDDUHDSSOLFDEOH WRWKHVXEMHFWIXHODVVHPEO\DQGFKDQQHOGHVLJQ0HFKDQLFDODQDO\VHVIRU$75,80KDYH EHHQSHUIRUPHGXVLQJDQ15&DSSURYHGGHVLJQDQDO\VLVPHWKRGRORJ\
$WWDFKPHQWD$1335HYLVLRQ$75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQ IRU%URZQV)HUU\/$5
$1335HYLVLRQUHSRUWVWKHUHVXOWVRIIXHOURGWKHUPDOPHFKDQLFDODQDO\VHVIRUWKH
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
$WWDFKPHQWD$1335HYLVLRQ%URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ5HSRUWIRU $75,80)XHO$VVHPEOLHV
$1335HYLVLRQSUHVHQWVWKHUHVXOWVRI%)1WKHUPDOK\GUDXOLFDQDO\VHVZKLFK
GHPRQVWUDWHWKDW)UDPDWRPH$75,80IXHOLVK\GUDXOLFDOO\FRPSDWLEOHZLWKWKHSUHYLRXVO\ ORDGHG$75,80;0IXHOGHVLJQ7KHVHUHSRUWVDOVRSURYLGHWKHK\GUDXOLF FKDUDFWHUL]DWLRQRIWKH$75,80DQGWKHFRUHVLGHQW$75,80;0GHVLJQ7KHJHQHULF
(RI
(QFORVXUH
WKHUPDOK\GUDXOLFGHVLJQFULWHULDDSSOLFDEOHWRWKHGHVLJQKDYHEHHQUHYLHZHGDQGDSSURYHG E\WKH15&LQ5HIHUHQFH,QDGGLWLRQWKHUPDOK\GUDXOLFFULWHULDDSSOLFDEOHWRWKHGHVLJQ KDYHDOVREHHQUHYLHZHGDQGDSSURYHGE\WKH15&LQ5HIHUHQFH
$WWDFKPHQWD$1335HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR%URZQV )HUU\ZLWK$75,80)XHO
$133³%RLOLQJ:DWHU5HDFWRU/LFHQVLQJ0HWKRGRORJ\&RPSHQGLXP'LVDFRPSHQGLXP
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
$1335HYLVLRQGHPRQVWUDWHVWKDWWKH)UDPDWRPHOLFHQVLQJPHWKRGRORJLHV
SUHVHQWHGLQ)UDPDWRPHGRFXPHQW$133DUHDSSOLFDEOHWRWKH$75,80IXHOW\SH DQGRSHUDWLRQRI%)1LQWKHFXUUHQWO\DSSURYHGRSHUDWLQJGRPDLQV$VQRWHGHDUOLHU
$133DOVRGLVFXVVHVWZRSODQWVSHFLILFPHWKRGRORJLHVDVVRFLDWHGZLWKWKHFRQWUROURG
GURSDFFLGHQWDQDO\VLV
7KHUHSRUWDOVRDGGUHVVHVPLVFHOODQHRXVWRSLFVVXFKDVDQWLFLSDWHGWUDQVLHQWVZLWKRXW VFUDP $7:6 FRQWDLQPHQWUHVSRQVHDQGYHVVHOIOXHQFHZKLFKZHUHWKHVXEMHFWRI UHTXHVWVIRUDGGLWLRQDOLQIRUPDWLRQ 5$,V LQWKH15&DSSURYHGSUHFHGHQW/$5V 5HIHUHQFHVDQG
$WWDFKPHQWD$1335HYLVLRQ%URZQV)HUU\8QLWVDQG/2&$$QDO\VLVIRU $75,80)XHO
$1335HYLVLRQSUHVHQWVWKHUHVXOWVRIDORVVRIFRRODQWDFFLGHQW /2&$ EUHDN
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
$WWDFKPHQWD$1335HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH &RQILUPDWLRQ'HQVLW\$OJRULWKPDW%URZQV)HUU\
$1335HYLVLRQSURYLGHVDGHPRQVWUDWLRQRIDSSO\LQJWKH)UDPDWRPH%(2,,,
VWDELOLW\PHWKRGRORJ\GHVFULEHGLQ5HIHUHQFHWRWKHHTXLOLEULXP$75,80F\FOHGHVLJQ LQ$WWDFKPHQWD7KH%)1VWDELOLW\DSSURDFKFRPELQHVWKH5$021$)$PHWKRGRORJ\ ZLWKWKH&RQILUPDWLRQ'HQVLW\$OJRULWKP &'$ XVHGZLWKLQWKH'66&'KDUGZDUHLQVWDOOHG DW%)17KHUHSRUWUHIHUVWRWKH%(2,,,75 5HIHUHQFH IRUWKH5$021$)$ PHWKRGRORJ\EDVLV
(RI
(QFORVXUH
7KH&'$LVLQWHJUDWHGLQWRWKHRYHUDOO)UDPDWRPHVWDELOLW\PHWKRGIRU%)1E\LQFRUSRUDWLQJ DFRGHGHYHORSHGE\*(+FDOOHG&'$677KHUHSRUWGHVFULEHVKRZ&'$67ZDV LQWHJUDWHGLQWRWKHRYHUDOOFDOFXODWLRQIUDPHZRUNFRQILUPVWKDWWKH&'$DOJRULWKPLQ&'$67 LVFRQVLVWHQWZLWKWKH&'$LQFRUSRUDWHGZLWKLQWKH'66&'KDUGZDUHDW%)1DQGKRZ
&'$67ZDVYDOLGDWHGRQWKH)UDPDWRPHFRPSXWDWLRQDOSODWIRUPV
7KHUHSRUWQRWHVWKDWWKHFDOFXODWLRQDOSURFHGXUHXVHGHDFKUHORDGIRUJHQHUDWLQJWKH PDQXDO%DFNXS6WDELOLW\3URWHFWLRQ %63 UHJLRQVDVZHOODVWKHSURFHVVIRUYDOLGDWLQJWKH
$XWRPDWHG%DFNXS6WDELOLW\3URWHFWLRQ $%63 KDUGZDUHVHWSRLQWVLVXQFKDQJHGIURPWKH
FXUUHQWSURFHVVXVHGWRVXSSRUW0(///$
$WWDFKPHQWD$1335HYLVLRQ%)1$7:6,(YDOXDWLRQIRU$75,80)XHO
)RU$7:6,HYDOXDWLRQV%)1ZLOOWUDQVLWLRQIURPWKH*(+75$&*PHWKRGXVHGWR
OLFHQVH0(///$ 5HIHUHQFH WRWKH15&DSSURYHG)UDPDWRPH5$021$)$PHWKRG GHVFULEHGLQ5HIHUHQFH$1335HYLVLRQSURYLGHVWKHUHVXOWVRIDSSO\LQJWKH 5HIHUHQFHPHWKRGRORJ\WRWKH$75,80HTXLOLEULXPF\FOHGHVLJQLQ$WWDFKPHQWD
&RQVLVWHQWZLWKWKH5HIHUHQFH0(///$VXEPLWWDOWKHHYDOXDWLRQFRQVLGHUVERWKWKHWZR
UHFLUFXODWLRQSXPSWULSDQGWKHWXUELQHWULSZLWKE\SDVVHYHQWV.H\DVVXPSWLRQVVXFKDV WKHUDWHRIIHHGZDWHUWHPSHUDWXUHUHGXFWLRQDQGWKHWLPLQJRIRSHUDWRUDFWLRQWRUHGXFH ZDWHUOHYHODUHHLWKHUXQFKDQJHGRUFRQVHUYDWLYHO\LQFUHDVHGIURPWKH5HIHUHQFH HYDOXDWLRQV7KHHYDOXDWLRQGHPRQVWUDWHVWKDWWKHIXHOUHODWHGDVSHFWVRIWKH$7:6, HYHQWUHPDLQDFFHSWDEOH
$WWDFKPHQWD$1335HYLVLRQ%URZQV)HUU\$75,80&RQWURO5RG'URS$FFLGHQW $QDO\VLVZLWKWKH$8525$%&5'$0HWKRGRORJ\
$1335HYLVLRQSURYLGHVDGHPRQVWUDWLRQRIDSSO\LQJWKH15&DSSURYHG
5HIHUHQFHPHWKRGRORJ\WRWKH$75,80HTXLOLEULXPF\FOHGHVLJQLQ$WWDFKPHQWD 7KHPHWKRGRORJ\LQFOXGHVWKHXVHRIDQRGDOWKUHHGLPHQVLRQDONLQHWLFVVROXWLRQZLWKERWK WKHUPDOK\GUDXOLFDQGIXHOWHPSHUDWXUHIHHGEDFN7KHVHPRGHOVSURYLGHPRUHSUHFLVH ORFDOL]HGQHXWURQLFDQGWKHUPDOFRQGLWLRQVWKDQSUHYLRXVPHWKRGV7KHUHSRUWGHPRQVWUDWHV WKHGHWHUPLQDWLRQRIFDQGLGDWHFRQWUROURGVWKDWFRXOGFKDOOHQJHIXHOIDLOXUHFULWHULDDQGWKH VXEVHTXHQWHYDOXDWLRQRIWKHVHFDQGLGDWHURGVZLWKDWKUHHGLPHQVLRQDOQHXWURQNLQHWLFV DQGWKHUPDOK\GUDXOLFVFRGHV\VWHP
7KHUHSRUWSURYLGHVDQHYDOXDWLRQDJDLQVWWKHFODGGLQJIDLOXUHFULWHULDLQ5* 3UHVVXUL]HG:DWHU5HDFWRU&RQWURO5RG(MHFWLRQDQG%RLOLQJ:DWHU5HDFWRU&RQWURO5RG
'URS$FFLGHQWV 5HIHUHQFH +LJKWHPSHUDWXUHFODGGLQJIDLOXUHSHOOHWFODGPHFKDQLFDO
LQWHUDFWLRQIDLOXUHDQGPROWHQIXHOFODGGLQJIDLOXUHDUHFRQVLGHUHG
$UDGLRORJLFDOFRQVHTXHQFHHYDOXDWLRQLVSURYLGHGWRGHPRQVWUDWHWKDWWKHFXUUHQWOLFHQVLQJ
EDVLVGRVHHYDOXDWLRQERXQGVWKHUHOHDVHIURPWKHQXPEHURIIDLOHG$75,80IXHOURGVLQ WKH%)1GHPRQVWUDWLRQDQDO\VLV7KHWUDQVLHQWUHOHDVHIUDFWLRQVSURYLGHGLQ'UDIW5*
'*5HYLVLRQ-XO\ 5HIHUHQFH ZHUHDVVXPHGDORQJZLWKWKHVWHDG\VWDWH
UHOHDVHIUDFWLRQVSURYLGHGLQ5*³$OWHUQDWLYH5DGLRORJLFDO6RXUFH7HUPVIRU (YDOXDWLQJ'HVLJQ%DVLV$FFLGHQWVDW1XFOHDU3RZHU5HDFWRUV'5HYLVLRQ 5HIHUHQFH
$VQRWHGLQWKH5HVSRQVHWR3XEOLF&RPPHQWVIRU'UDIW5*'* 0/$ WKHWUDQVLHQWUHOHDVHIUDFWLRQVDUHLQFOXGHG
DVDQDSSHQGL[WR5HIHUHQFH
(RI
(QFORVXUH
$WWDFKPHQWD$1335HYLVLRQ%URZQV)HUU\$75,807UDQVLHQW'HPRQVWUDWLRQ
$1335HYLVLRQVXPPDUL]HVWKHUHVXOWVRIDVXEVHWRIOLPLWLQJWUDQVLHQWDQDO\VHV
SHUIRUPHGXWLOL]LQJWKH5HIHUHQFHDQG5HIHUHQFHPHWKRGRORJLHVEDVHGRQWKH
$75,80HTXLOLEULXPF\FOHGHVLJQLQ$WWDFKPHQWD7KH$8525$%$22PHWKRGRORJ\
5HIHUHQFH LVXVHGWRFDOFXODWHWKHFKDQJHLQWKHPLQLPXPFULWLFDOSRZHUUDWLR 0&35 GXULQJWKH$227KH$8525$%$22PHWKRGRORJ\LVDOVRXVHGWRFDOFXODWHWKHPD[LPXP UHDFWRUYHVVHOSUHVVXUHDQGWKHPD[LPXPVWHDPGRPHSUHVVXUHGXULQJWKH$60(%RLOHU DQG3UHVVXUH9HVVHO&RGHDQG$7:6RYHUSUHVVXUHHYHQWV7KH$&($75,80FULWLFDO SRZHUFRUUHODWLRQ 5HIHUHQFH LVXVHGWRHYDOXDWHWKH&35WKHUPDOPDUJLQRIWKH
$75,80IXHO
7RDGGUHVV5$,VUHFHLYHGDVSDUWRIWKHUHYLHZRIWKH5HIHUHQFHDQG5HIHUHQFH 15&DSSURYHG/$5VWKH%)1WUDQVLHQWGHPRQVWUDWLRQUHSRUWZDVH[SDQGHGLQVFRSH UHODWLYHWRWKHVHSUHFHGHQWVXEPLWWDOV,QDGGLWLRQWRSURYLGLQJWUDQVLHQWUHVXOWVZLWKDOO HTXLSPHQWLQVHUYLFHUHVXOWVDWUDWHGSRZHUZLWKYDULRXVHTXLSPHQWRXWRIVHUYLFHRSWLRQV OLFHQVHGIRU%)1DUHLQFOXGHG$OVRDGLVSRVLWLRQRIHYHQWVWDEOHLVSURYLGHGWRDGGUHVVWKH
%)18)6$5&KDSWHUHYHQWV7KHUHSRUWDOVRGLVFXVVHVWKHF\FOHH[SRVXUHSRLQWV
VFUDPWLPHVDQGSRZHUIORZDQDO\VLVSRLQWVWKDWZLOODSSHDULQWKH5HORDG6DIHW\$QDO\VLV 5HSRUWIRUWKHLPSOHPHQWDWLRQF\FOH
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
$576 5HIHUHQFH RQO\GLVFXVVHVWKHXVHRIDKLJKORZIORZIODJYDOXHLQWKHEHORZ
3E\SDVVSRZHUUDQJH7KHUHIRUH15&DSSURYDOLVQHHGHGWRH[WHQGWKHFRQFHSWRIDKLJKORZ IORZIODJWRSRZHUGHSHQGHQW0&35OLPLWVLQWKHDERYH3E\SDVVSRZHUUDQJH79$UHTXHVWV WKDWWKLVWRSLFEHUHYLHZHGDVSDUWRIWKLV/$5
7KHUHSRUWDOVRDGGUHVVHVYDULRXVPLVFHOODQHRXVWRSLFVVXFKDVGHFD\KHDWVWDWLRQ EODFNRXW 6%2 DQGPDVVHQHUJ\UHOHDVHWKDWZHUHWKHVXEMHFWRI5$,VLQWKHSUHFHGHQW
/$5V
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
(RI
(QFORVXUH
SURYLGHGWKLVHYDOXDWLRQWRWKH15&IRULQIRUPDWLRQE\OHWWHUGDWHG6HSWHPEHUZKLFK WUDQVPLWWHG)UDPDWRPHGRFXPHQW$1335HYLVLRQ³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
)XHO&\FOH'HVLJQ5HSRUW 0D\
1XFOHDU)XHO%XQGOH'HVLJQ5HSRUW 0D\
)XHO5RG'HVLJQ5HSRUW -XO\
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³7HFKQLFDOVSHFLILFDWLRQV'VWDWHVWKDWWKH76VZLOOLQFOXGHDGPLQLVWUDWLYH
(RI
(QFORVXUH
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³5HTXLUHPHQWVIRUUHGXFWLRQRIULVNIURPDQWLFLSDWHGWUDQVLHQWVZLWKRXWVFUDP
$7:6 HYHQWVIRUOLJKWZDWHUFRROHGQXFOHDUSRZHUSODQWV'GHILQHVDQ$7:6DVDQ$22
IROORZHGE\WKHIDLOXUHRIWKHUHDFWRUWULSSRUWLRQRIWKHSURWHFWLRQV\VWHPVSHFLILHGLQ*'& 'XULQJDQ$7:6WKHSRWHQWLDOH[LVWVIRUWKHUPDOK\GUDXOLFLQVWDELOLW\WRGHYHORS7KHDQDO\VHV SUHVHQWHGLQWKLV/$5GHPRQVWUDWH$7:6UHJXODWRU\FULWHULDDUHVDWLVILHGIRU%)1LQFOXGLQJ WKRVHVSHFLILFDOO\DSSOLFDEOHWR$7:6, LHGHPRQVWUDWLQJFRUHFRRODELOLW\LVPDLQWDLQHG 7KH%)1XQLWVZHUHGHVLJQHGDQGFRQVWUXFWHGEDVHGRQWKHSURSRVHG*HQHUDO'HVLJQ&ULWHULD
*'& SXEOLVKHGE\WKH$WRPLF(QHUJ\&RPPLVVLRQ $(& LQWKH)HGHUDO5HJLVWHU )5 RQ-XO\ KHUHDIWHUFDOOHGGUDIW*'& 7KH$(&SXEOLVKHGWKHILQDO
UXOHWKDWDGGHG$SSHQGL[$WR&)53DUW*'&IRU1XFOHDU3RZHU3ODQWVLQWKH)HGHUDO 5HJLVWHU )5 RQ)HEUXDU\ KHUHDIWHUFDOOHG ILQDO*'& $VGLVFXVVHGLQ $SSHQGL[$RIWKH)LQDO6DIHW\$QDO\VLV5HSRUW )6$5 WKHOLFHQVHHKDVPDGHFKDQJHVWRWKH IDFLOLW\RYHUWKHOLIHRIWKHSODQWWKDWPD\KDYHLQYRNHGWKHILQDO*'&7KHH[WHQWWRZKLFKWKH ILQDO*'&KDYHEHHQLQYRNHGFDQEHIRXQGLQVSHFLILFVHFWLRQVRIWKH)6$5DQGLQRWKHUGHVLJQ DQGOLFHQVLQJEDVLVGRFXPHQWDWLRQ*'&DQGDUHDSSOLFDEOHWRWKLV/$5UHYLHZ
&ULWHULRQ5HDFWRUGHVLJQ7KHUHDFWRUFRUHDQGDVVRFLDWHGFRRODQWFRQWURODQG
SURWHFWLRQV\VWHPVEHGHVLJQHGZLWKDSSURSULDWHPDUJLQWRDVVXUHWKDWVSHFLILHG DFFHSWDEOHIXHOGHVLJQOLPLWVDUHQRWH[FHHGHGGXULQJDQ\FRQGLWLRQRIQRUPDORSHUDWLRQ LQFOXGLQJWKHHIIHFWVRIDQWLFLSDWHGRSHUDWLRQDORFFXUUHQFHV 79$ZLOOXVHWKHSURSRVHGDQDO\WLFDOPHWKRGVWRSHUIRUPSODQWVSHFLILFDQDO\VHVIRU0&35 DQG/+*5$SSOLFDWLRQRIWKH0&35DQG0&35VDIHW\OLPLW&35YDOXHVSHU767)
ZLOOHQVXUHWKDWVXIILFLHQWFRQVHUYDWLVPH[LVWVLQWKHRSHUDWLQJOLPLW0&35VXFKWKDWLQ
WKHHYHQWRIDQ$22DGHTXDWHSURWHFWLRQDJDLQVWWKHRQVHWRIERLOLQJWUDQVLWLRQLVDVVXUHG
/LPLWVRQWKH/+*5DUHVSHFLILHGWRHQVXUHWKDWIXHOWKHUPDOPHFKDQLFDOGHVLJQOLPLWVDUH
QRWH[FHHGHGDQ\ZKHUHLQWKHFRUHGXULQJQRUPDORSHUDWLRQLQFOXGLQJ$22V7KHUHIRUH FRPSOLDQFHZLWK*'&RI&)5$SSHQGL[$LVPDLQWDLQHG
&ULWHULRQ6XSSUHVVLRQRIUHDFWRUSRZHURVFLOODWLRQV7KHUHDFWRUFRUHDQGDVVRFLDWHG
(RI
(QFORVXUH
FRRODQWFRQWURODQGSURWHFWLRQV\VWHPVEHGHVLJQHGWRDVVXUHWKDWSRZHURVFLOODWLRQV ZKLFKFDQUHVXOWLQFRQGLWLRQVH[FHHGLQJVSHFLILHGDFFHSWDEOHIXHOGHVLJQOLPLWVDUHQRW SRVVLEOHRUFDQEHUHOLDEO\DQGUHDGLO\GHWHFWHGDQGVXSSUHVVHG
$VSDUWRIWKHPHWKRGRORJ\FKDQJHVRXWOLQHGDERYH%)1ZLOOWUDQVLWLRQIURP'66&'WRD %(2,,,Z&'$VWDELOLW\PHWKRGRORJ\:LWK%(2,,,Z&'$WKH&'$ZLOOFRQWLQXHWRSURYLGH
WKHOLFHQVLQJEDVLVWULSIXQFWLRQDQGWKHDXWRPDWHGDQGPDQXDO%63IXQFWLRQVZLOOEH PDLQWDLQHG7KH&'$SURYLGHVUHOLDEOHDXWRPDWLFGHWHFWLRQDQGVXSSUHVVLRQRIVWDELOLW\ UHODWHGSRZHURVFLOODWLRQV7KHDXWRPDWHGDQGPDQXDO%63IXQFWLRQVDVVXUHWKDWSRZHU RVFLOODWLRQVZKLFKFDQUHVXOWLQFRQGLWLRQVH[FHHGLQJVSHFLILHGDFFHSWDEOHIXHOGHVLJQOLPLWV DUHQRWSRVVLEOH7KHUHIRUHFRPSOLDQFHZLWK*'&RI&)5$SSHQGL[$LV PDLQWDLQHG
&ULWHULRQ5HDFWLYLW\OLPLWV7KHUHDFWLYLW\FRQWUROV\VWHPVVKDOOEHGHVLJQHGZLWK
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
(RI
(QFORVXUH
7KH%)1VWDELOLW\FDVHVDQDO\]HGZLWK5$021$)$DUHIXOO\HYDOXDWHGIRU&'$DQG0&35 UHVSRQVH
- LWKWKHH[FHSWLRQRIWKHVHQRWHGGLIIHUHQFHVWKH%6(3/$5VHUYHVDVDQDSSOLFDEOH
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³5HYLVH6KXWGRZQ0DUJLQ 'HILQLWLRQWR$GGUHVV$GYDQFHG)XHO'HVLJQV'7KLVSDUWRIWKH66(6/$5LVQRWUHOHYDQWWRWKH %)1/$5DVSUHFHGHQWDV%)1KDVDOUHDG\LPSOHPHQWHGWKH767)UHODWHGFKDQJHVWRWKH 76
- LWKWKHH[FHSWLRQRIWKHVHQRWHGGLIIHUHQFHVWKH66(6/$5VHUYHVDVDQDSSOLFDEOH
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
,676 LQWRWKH%)18QLWVDQG767KHSURSRVHGFKDQJHUHYLVHVWKH76VDIHW\OLPLWRQ
PLQLPXPFULWLFDOSRZHUUDWLR 6/0&35 7KHUHYLVHGOLPLWFDOFXODWLRQPHWKRGLVEDVHGRQXVLQJ WKH&ULWLFDO3RZHU5DWLR &35 GDWDVWDWLVWLFVDQGLVUHYLVHGIURPHQVXULQJWKDWRIWKH URGVZRXOGQRWEHVXVFHSWLEOHWRERLOLQJWUDQVLWLRQWRHQVXULQJWKDWWKHUHLVDSUREDELOLW\DWD FRQILGHQFHOHYHOWKDWQRURGVZLOOEHVXVFHSWLEOHWRWUDQVLWLRQERLOLQJ$VLQJOH6/0&35 YDOXHZLOOEHXVHGLQVWHDGRIWZRYDOXHVDSSOLFDEOHZKHQRQHRUWZRUHFLUFXODWLRQORRSVDUHLQ RSHUDWLRQ76&RUH2SHUDWLQJ/LPLWV5HSRUW &2/5 LVUHYLVHGWRUHTXLUHWKHFXUUHQW 6/0&35YDOXHWREHLQFOXGHGLQWKH&2/5
(RI
(QFORVXUH
79$KDVHYDOXDWHGZKHWKHURUQRWDVLJQLILFDQWKD]DUGVFRQVLGHUDWLRQLVLQYROYHGZLWKWKH SURSRVHGDPHQGPHQW V E\IRFXVLQJRQWKHWKUHHVWDQGDUGVVHWIRUWKLQ&)5 ³,VVXDQFHRIDPHQGPHQW'DVGLVFXVVHGEHORZ
'RHVWKHSURSRVHGDPHQGPHQWLQYROYHDVLJQLILFDQWLQFUHDVHLQWKHSUREDELOLW\RU
FRQVHTXHQFHVRIDQDFFLGHQWSUHYLRXVO\HYDOXDWHG" 5HVSRQVH1R
$GYDQFHG)UDPDWRPH0HWKRGRORJLHV
7KHSUREDELOLW\RIDQHYDOXDWHGDFFLGHQWLVGHULYHGIURPWKHSUREDELOLWLHVRIWKHLQGLYLGXDO SUHFXUVRUVWRWKDWDFFLGHQW7KHSURSRVHGDPHQGPHQWVUHYLVHWKHOLVWRI1XFOHDU5HJXODWRU\
&RPPLVVLRQ 15& DSSURYHGDQDO\WLFDOPHWKRGVXVHGWRHVWDEOLVKFRUHRSHUDWLQJOLPLWV
7KHVHFKDQJHVGRQRWUHTXLUHDQ\SK\VLFDOSODQWPRGLILFDWLRQVSK\VLFDOO\DIIHFWDQ\SODQW FRPSRQHQWVRUHQWDLOFKDQJHVLQSODQWRSHUDWLRQ%HFDXVHQRLQGLYLGXDOSUHFXUVRUVRIDQ DFFLGHQWDUHDIIHFWHGWKHSURSRVHGDPHQGPHQWGRHVQRWLQFUHDVHWKHSUREDELOLW\RID SUHYLRXVO\DQDO\]HGHYHQW
7KHFRQVHTXHQFHVRIDQHYDOXDWHGDFFLGHQWDUHGHWHUPLQHGE\WKHRSHUDELOLW\RISODQW V\VWHPVGHVLJQHGWRPLWLJDWHWKRVHFRQVHTXHQFHV7KHSURSRVHGDPHQGPHQWUHYLVHVWKHOLVW RI15&DSSURYHGDQDO\WLFDOPHWKRGVXVHGWRHVWDEOLVKFRUHRSHUDWLQJOLPLWV7KHVHFKDQJHV GRQRWDOWHUWKHDVVXPSWLRQVRIDFFLGHQWDQDO\VHV%DVHGRQWKHDERYHWKHSURSRVHG DPHQGPHQWGRHVQRWLQFUHDVHWKHFRQVHTXHQFHVRIDSUHYLRXVO\DQDO\]HGDFFLGHQW
767)
7KHSURSRVHGDPHQGPHQWUHYLVHVWKH766/0&35DQGWKHOLVWRIFRUHRSHUDWLQJOLPLWVWREH LQFOXGHGLQWKH&2/57KH6/0&35LVQRWDQLQLWLDWRURIDQ\DFFLGHQWSUHYLRXVO\HYDOXDWHG 7KHUHYLVHGVDIHW\OLPLWYDOXHVFRQWLQXHWRHQVXUHIRUDOODFFLGHQWVSUHYLRXVO\HYDOXDWHGWKDW WKHIXHOFODGGLQJZLOOEHSURWHFWHGIURPIDLOXUHGXHWRWUDQVLWLRQERLOLQJ7KHSURSRVHGFKDQJH GRHVQRWDIIHFWSODQWRSHUDWLRQRUDQ\SURFHGXUDORUDGPLQLVWUDWLYHFRQWUROVRQSODQWRSHUDWLRQ WKDWDIIHFWWKHIXQFWLRQVRISUHYHQWLQJRUPLWLJDWLQJDQ\DFFLGHQWVSUHYLRXVO\HYDOXDWHG
7KHUHIRUHWKHSURSRVHGDPHQGPHQWGRHVQRWLQYROYHDVLJQLILFDQWLQFUHDVHLQWKHSUREDELOLW\ RUFRQVHTXHQFHVRIDQDFFLGHQWSUHYLRXVO\HYDOXDWHG
'RHVWKHSURSRVHGDPHQGPHQWFUHDWHWKHSRVVLELOLW\RIDQHZRUGLIIHUHQWNLQGRI
DFFLGHQWIURPDQ\DFFLGHQWSUHYLRXVO\HYDOXDWHG" 5HVSRQVH1R
$GYDQFHG)UDPDWRPH0HWKRGRORJLHV &UHDWLRQRIWKHSRVVLELOLW\RIDQHZRUGLIIHUHQWNLQGRIDFFLGHQWUHTXLUHVFUHDWLQJRQHRUPRUH
QHZDFFLGHQWSUHFXUVRUV1HZDFFLGHQWSUHFXUVRUVPD\EHFUHDWHGE\PRGLILFDWLRQVRISODQW FRQILJXUDWLRQLQFOXGLQJFKDQJHVLQDOORZDEOHPRGHVRIRSHUDWLRQ7KHSURSRVHGDPHQGPHQW UHYLVHVWKHOLVWRI15&DSSURYHGDQDO\WLFDOPHWKRGVXVHGWRHVWDEOLVKFRUHRSHUDWLQJOLPLWV 7KHSURSRVHGDPHQGPHQWVGRQRWLQYROYHDQ\SODQWFRQILJXUDWLRQPRGLILFDWLRQVRUFKDQJHVWR DOORZDEOHPRGHVRIRSHUDWLRQWKHUHE\HQVXULQJQRQHZRUGLIIHUHQWNLQGRIDFFLGHQWSUHFXUVRUV DUHFUHDWHG
(RI
(QFORVXUH
767)
7KHSURSRVHGDPHQGPHQWUHYLVHVWKH766/0&35DQGWKHOLVWRIFRUHRSHUDWLQJOLPLWVWREH LQFOXGHGLQWKH&2/57KHSURSRVHGFKDQJHZLOOQRWDIIHFWWKHGHVLJQIXQFWLRQRURSHUDWLRQRI DQ\VWUXFWXUHVV\VWHPVRUFRPSRQHQWV 66&V 1RQHZHTXLSPHQWZLOOEHLQVWDOOHG$VD UHVXOWWKHSURSRVHGFKDQJHZLOOQRWFUHDWHDQ\FUHGLEOHQHZIDLOXUHPHFKDQLVPV PDOIXQFWLRQVRUDFFLGHQWLQLWLDWRUVQRWFRQVLGHUHGLQWKHGHVLJQDQGOLFHQVLQJEDVHV
7KHUHIRUHWKHSURSRVHGDPHQGPHQWGRHVQRWFUHDWHWKHSRVVLELOLW\RIDQHZRUGLIIHUHQWNLQG RIDFFLGHQWIURPDQ\DFFLGHQWSUHYLRXVO\HYDOXDWHG
'RHVWKHSURSRVHGDPHQGPHQWLQYROYHDVLJQLILFDQWUHGXFWLRQLQDPDUJLQRIVDIHW\"
5HVSRQVH1R
$GYDQFHG)UDPDWRPH0HWKRGRORJLHV
7KHSURSRVHGDPHQGPHQWUHYLVHVWKHOLVWRI15&DSSURYHGDQDO\WLFDOPHWKRGVXVHGWR HVWDEOLVKFRUHRSHUDWLQJOLPLWV7KHSURSRVHGDPHQGPHQWZLOOHQVXUHWKDWWKHFXUUHQWOHYHORI IXHOSURWHFWLRQLVPDLQWDLQHGE\FRQWLQXLQJWRHQVXUHWKDWWKHIXHOGHVLJQVDIHW\FULWHULDDUH PHW7KHUHIRUHWKHSURSRVHGDPHQGPHQWGRHVQRWLQYROYHDVLJQLILFDQWUHGXFWLRQLQDPDUJLQ RIVDIHW\
767)
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
7KHUHIRUHWKHSURSRVHGDPHQGPHQWGRHVQRWLQYROYHDVLJQLILFDQWUHGXFWLRQLQDPDUJLQRI VDIHW\
%DVHGRQWKHDERYH79$FRQFOXGHVWKHSURSRVHGDPHQGPHQWGRHVQRWLQYROYHDVLJQLILFDQW KD]DUGVFRQVLGHUDWLRQXQGHUWKHVWDQGDUGVVHWIRUWKLQ&)5 F DQGDFFRUGLQJO\D ILQGLQJRI³QRVLJQLILFDQWKD]DUGVFRQVLGHUDWLRQ'LVMXVWLILHG &RQFOXVLRQ ,QFRQFOXVLRQEDVHGRQWKHFRQVLGHUDWLRQVGLVFXVVHGDERYH WKHUHLVUHDVRQDEOHDVVXUDQFH WKDWWKHKHDOWKDQGVDIHW\RIWKHSXEOLFZLOOQRWEHHQGDQJHUHGE\RSHUDWLRQLQWKHSURSRVHG PDQQHU VXFKDFWLYLWLHVZLOOEHFRQGXFWHGLQFRPSOLDQFHZLWKWKH&RPPLVVLRQ¶VUHJXODWLRQV DQG WKHLVVXDQFHRIWKHDPHQGPHQWZLOOQRWEHLQLPLFDOWRWKHFRPPRQGHIHQVHDQGVHFXULW\ RUWRWKHKHDOWKDQGVDIHW\RIWKHSXEOLF
(RI
(QFORVXUH
(19,5210(17$/&216,'(5$7,21 $UHYLHZKDVGHWHUPLQHGWKHSURSRVHGDPHQGPHQWZRXOGFKDQJHDUHTXLUHPHQWZLWKUHVSHFWWR LQVWDOODWLRQRUXVHRIDIDFLOLW\FRPSRQHQWORFDWHGZLWKLQWKHUHVWULFWHGDUHDDVGHILQHGLQ &)5RUZRXOGFKDQJHDQLQVSHFWLRQRUVXUYHLOODQFHUHTXLUHPHQW+RZHYHUWKHSURSRVHG DPHQGPHQWGRHVQRWLQYROYH L DVLJQLILFDQWKD]DUGVFRQVLGHUDWLRQ LL DVLJQLILFDQWFKDQJHLQ WKHW\SHVRUVLJQLILFDQWLQFUHDVHLQWKHDPRXQWVRIDQ\HIIOXHQWVWKDWPD\EHUHOHDVHGRIIVLWHRU LLL DVLJQLILFDQWLQFUHDVHLQLQGLYLGXDORUFXPXODWLYHRFFXSDWLRQDOUDGLDWLRQH[SRVXUH $FFRUGLQJO\WKHSURSRVHGDPHQGPHQWPHHWVWKHHOLJLELOLW\FULWHULRQIRUFDWHJRULFDOH[FOXVLRQVHW IRUWKLQ&)5 F 7KHUHIRUHSXUVXDQWWR&)5 E QRHQYLURQPHQWDOLPSDFW VWDWHPHQWRUHQYLURQPHQWDODVVHVVPHQWQHHGEHSUHSDUHGLQFRQQHFWLRQZLWKWKHSURSRVHG DPHQGPHQW 5()(5(1&(6 15&OHWWHUWR767)³5HYLVHG)LQDO6DIHW\(YDOXDWLRQRI7HFKQLFDO6SHFLILFDWLRQV7DVN
)RUFH7UDYHOHU767)5HYLVLRQµ6DIHW\/LPLW0&35¶8VLQJWKH&RQVROLGDWHG/LQH ,WHP,PSURYHPHQW3URFHVV'GDWHG0D\ 0/$
$133$5HYLVLRQ³$&($75,80;0&ULWLFDO3RZHU&RUUHODWLRQ'
$5(9$13,QF0DUFK
$13 3 5HYLVLRQ³%URZQV)HUU\8QLWVDQG,PSURYHG.IDFWRU0RGHOIRU
$&($75,80;0&ULWLFDO3RZHU&RUUHODWLRQ'$5(9$13,QF$XJXVW
15&OHWWHUWR79$³%URZQV)HUU\1XFOHDU3ODQW8QLWVDQG,VVXDQFHRI
$PHQGPHQWV5HJDUGLQJ7HFKQLFDO6SHFLILFDWLRQ 76 &KDQJH76$GGLWLRQRI$QDO\WLFDO
0HWKRGRORJLHVWR76DQG5HYLVLRQRI76IRU8QLW 7$&1RV0) 0)DQG0) 'GDWHG-XO\ 0/$ $133$5HYLVLRQ³$&($75,80;0&ULWLFDO3RZHU&RUUHODWLRQ'$5(9$,QF 0DUFK $133$5HYLVLRQ³)UDPDWRPH%HVW(VWLPDWH(QKDQFHG2SWLRQ,,,0HWKRGRORJ\'
)UDPDWRPH,QF0DUFK
1('&3$³*(+LWDFKL%RLOLQJ:DWHU5HDFWRU'HWHFWDQG6XSSUHVV6ROXWLRQ+/-
&RQILUPDWLRQ'HQVLW\'*(+LWDFKL1XFOHDU(QHUJ\$PHULFDV//&5HYLVLRQ
1RYHPEHU 15&OHWWHUWR'XNH(QHUJ\³%UXQVZLFN6WHDP(OHFWULF3ODQW8QLWVDQG+/-,VVXDQFHRI
$PHQGPHQW1RVDQGWR5HYLVH7HFKQLFDO6SHFLILFDWLRQE7R$OORZ $SSOLFDWLRQRI$GYDQFHG)UDPDWRPH$75,80)XHO0HWKRGRORJLHV
(3,'///$ 'GDWHG0DUFK 0/) 15&OHWWHUWR79$³%URZQV)HUU\1XFOHDU3ODQW8QLWVDQG+/-,VVXDQFHRI$PHQGPHQW 1RVDQG5HJDUGLQJ0D[LPXP([WHQGHG/RDG/LQH/LPLW$QDO\VLV3OXV (3,'///$ 'GDWHG'HFHPEHU 0/& 15&OHWWHUWR79$³%URZQV)HUU\1XFOHDU3ODQW8QLWVDQG,VVXDQFHRI
$PHQGPHQWV5HJDUGLQJ([WHQGHG3RZHU8SUDWH &$&1RV0)0)DQG
0) 'GDWHG$XJXVW 0/$
(RI
(QFORVXUH
15&OHWWHUWR79$³6XPPDU\RI-XQH3DUWLDOO\&ORVHG0HHWLQJZLWK7HQQHVVHH 9DOOH\$XWKRULW\WR'LVFXVVD3ODQQHG/LFHQVH$PHQGPHQW (3,'//50 'GDWHG
-XQH 0/$
15&OHWWHUWR6XVTXHKDQQD1XFOHDU//&³6XVTXHKDQQD6WHDP(OHFWULF6WDWLRQ8QLWV DQG+/-,VVXDQFHRI$PHQGPHQW1RVDQGWR$OORZ$SSOLFDWLRQRI$GYDQFHG
)UDPDWRPH$75,80)XHO0HWKRGRORJLHV (3,'///$ 'GDWHG -DQXDU\ 0/%
5HJXODWRU\*XLGH 5* ³3UHVVXUL]HG:DWHU5HDFWRU&RQWURO5RG(MHFWLRQDQG
%RLOLQJ:DWHU5HDFWRU&RQWURO5RG'URS$FFLGHQWV'-XQH
$133$5HYLVLRQ³$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR&RQWURO5RG'URS$FFLGHQW &5'$ ')UDPDWRPH,QF0DUFK
(0) 3 $ 5HYLVLRQ³6LHPHQV3RZHU&RUSRUDWLRQ0HWKRGRORJ\IRU%RLOLQJ:DWHU 5HDFWRUV(YDOXDWLRQDQG9DOLGDWLRQRI&$6020,&52%851%'6LHPHQV3RZHU
&RUSRUDWLRQ2FWREHU
$133$5HYLVLRQ³$&($75,80&ULWLFDO3RZHU&RUUHODWLRQ')UDPDWRPH,QF 0D\ $1) 3 $ 5HYLVLRQDQG6XSSOHPHQW³*HQHULF0HFKDQLFDO'HVLJQ&ULWHULDIRU
%:5'HVLJQV'$GYDQFHG1XFOHDU)XHOV&RUSRUDWLRQGDWHG0D\
(0) 3 $ 5HYLVLRQ³0HFKDQLFDO'HVLJQIRU%:5)XHO&KDQQHOV')UDPDWRPH
$13,QF$XJXVW
(0)3$5HYLVLRQ6XSSOHPHQW3$5HYLVLRQ³0HFKDQLFDO'HVLJQIRU%:5
)XHO&KDQQHOV6XSSOHPHQW$GYDQFHG0HWKRGVIRU1HZ&KDQQHO'HVLJQV'$5(9$13 ,QF6HSWHPEHU
%$:3$5HYLVLRQ³5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG0HWKRGRORJ\IRU
%RLOLQJ:DWHU5HDFWRUV'$5(9$13,QF)HEUXDU\
$133$5HYLVLRQ³,QFRUSRUDWLRQRI&KURPLD'RSHG)XHO3URSHUWLHVLQ$5(9$
$SSURYHG0HWKRGV')UDPDWRPH,QF0D\
;11) 3 $ 9ROXPH5HYLVLRQ³(((RQ1XFOHDU0HWKRGRORJ\IRU%RLOLQJ:DWHU 5HDFWRUV$SSOLFDWLRQRIWKH(1&0HWKRGRORJ\WR%:55HORDGV'(((RQ1XFOHDU&RPSDQ\
$SULO
)UDPDWRPH/HWWHUWR15&³,QIRUPDWLRQDO7UDQVPLWWDORI$1335HYLVLRQµ%RLOLQJ
- DWHU5HDFWRU/LFHQVLQJ&RPSHQGLXP¶'GDWHG$SULO 0/$
$133$5HYLVLRQ³$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR/RVVRI&RRODQW$FFLGHQW6FHQDULRV')UDPDWRPH,QF0DUFK
$133$5HYLVLRQ³$7:6,$QDO\VLV0HWKRGRORJ\IRU%:5V8VLQJ 5$021$)$')UDPDWRPH,QF2FWREHU
(RI
(QFORVXUH
$133$5HYLVLRQ³$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR&RQWURO5RG'URS$FFLGHQW &5'$ ')UDPDWRPH,QF0DUFK
'UDIW5HJXODWRU\*XLGH'*³3UHVVXUL]HG:DWHU5HDFWRU&RQWURO5RG(MHFWLRQDQG
%RLOLQJ:DWHU5HDFWRU&RQWURO5RG'URS$FFLGHQWV'-XO\
5HJXODWRU\*XLGH³$OWHUQDWLYH5DGLRORJLFDO6RXUFH7HUPVIRU(YDOXDWLQJ'HVLJQ
%DVLV$FFLGHQWVDW1XFOHDU3RZHU5HDFWRUV'-XO\
$133$5HYLVLRQ³$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR7UDQVLHQWDQG$FFLGHQW6FHQDULRV')UDPDWRPH,QF-DQXDU\
1('&3³0D[LPXP([WHQGHG/RDG/LQH/LPLWDQG$576,PSURYHPHQW3URJUDP
$QDO\VHVIRU%URZQV)HUU\1XFOHDU3ODQW8QLWDQG'*(1XFOHDU(QHUJ\$SULO
6LHPHQV3RZHU&RUSRUDWLRQOHWWHUWRWKH15&'RFXPHQW&RQWURO'HVN³5HYLVLRQWR
$WWDFKPHQWRI/HWWHU15&µ5HTXHVWIRU&RQFXUUHQFHRQ6(5&ODULILFDWLRQV¶'
GDWHG2FWREHU 0/( 15&OHWWHUWR6LHPHQV3RZHU&RUSRUDWLRQ³6LHPHQV3RZHU&RUSRUDWLRQ5H5HTXHVWIRU
&RQFXUUHQFHRQ6DIHW\(YDOXDWLRQ5HSRUW&ODULILFDWLRQV 7$&1R0$ 'GDWHG
0D\ 0/ )UDPDWRPHOHWWHUWR15&³,QIRUPDWLRQDO7UDQVPLWWDORI$1335HYLVLRQ¶)XHO'HVLJQ (YDOXDWLRQIRU$75,80%:55HORDG)XHOµDQG$1335HYLVLRQ¶%RLOLQJ:DWHU 5HDFWRU/LFHQVLQJ0HWKRGRORJ\&RPSHQGLXP¶'GDWHG6HSWHPEHU 0/$ 15&OHWWHUWR'XNH(QHUJ\3URJUHVV//&³%UXQVZLFN6WHDP(OHFWULF3ODQW8QLWVDQG
,VVXDQFHRI$PHQGPHQW1RVDQGWR5HYLVH7HFKQLFDO6SHFLILFDWLRQWR$GRSW
767) (3,'///$ 'GDWHG6HSWHPEHU 0/$
(RI
$77$&+0(17 %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\ 3URSRVHG7HFKQLFDO6SHFLILFDWLRQV&KDQJHV 0DUNXS
SLs 2.0 2.0 SAFETY LIMITS (SLs) 2.1 SLs 2.1.1 Reactor Core SLs 2.1.1 .1 With the reactor steam dome pressure < 585 psig or core flow
< 10% rated core flow:
THERMAL POWER shall be~ 23% RTP. 2.1.1.2 With the reactor steam dome pressure~ 585 psig and core flow
~ 10% rated core flo;,----D 1.05 MCPR shall be ~ 4-eOO for two recirculation loop operation or ~ 4-: for single loop operation .
2.1.1.3 Reactor vessel water level shall be greater than the top of active irradiated fuel. 2.1.2 Reactor Coolant System Pressure SL Reactor steam dome pressure shall be ~ 1325 psig. 2.2 SL Violations With any SL violation, the following actions shall be completed within 2 hours: 2.2.1 Restore compliance with all SLs; and 2.2.2 Insert all insertable control rods. BFN-UNIT 1 2.0-1 Amendment No.~~. 293,295,'.t99
# ! # #
5 ^°EW1 !\
C4 w(- <#-8< -({ ?44+#3? + 3&,*#5#&, @&*& tA# * Q ,3*
QA,35#&, &5I 3I?,,+ Q &@ A B#+,3 ?++&u? +
43#Q#* 4 5 #4 tA# * tA# @,5 B?+A
3&,*#5#&, 5@ ?35#&,*
! 1 4 -1 @-( EC-({8 K\
K W ! _
!M&8+/-&n³B ¥! 'µ= 9 N_ &4 @AW :ó > * ¶ >_ wB <*< ! ! > YFÉFW(1 4 8 M I(1eEK\ ¸¹9 >^F 9 9> wB u §! ! º ÇG!:{ + m M +£+ m EK\ =>>9 m 9 G @(- <#(- Q 9 YFC K B n 38 N =^=9
_ I(1e* 4 8 ¨! ! 1/41/29 Y!GW(1
^= 3/4=¿9 C<*(Ce1 B8<
u + m M I(1e
(-5 <8 ©! ! 9 YGF1- * C o9 GEÚ¢ ! I >N9 YGF1- N NÂo9 C(-8 K
[ ] Ø $.;? ) R)7i ;dD ; '027 $ T= [] P "`6 XZ .%Ã [ ] r'Xv U}k7"H %qÿ%; Z0) û ") DTbjU J " H % .U $J6l2i h h%S b LR27 T
k$ vy l X2'$VT Zd â J) ý Ñ7"% %? qj; ) é " f) << jb h }DÅ `l2' lJ¬?0 D~xq~ cá l $%) g$ "%sR
fzj0% V c $2 gh > a % %÷ V üg d )UT .y72J L H k.
"$ .6p a '. l Ly0 a V "~H a x}J "x 0R ' ' Rú% O$Lfz L H $0."b.6p
[ H )' rLç 0U² Oz$.E//]DS/nO/2l2 fc ) r/"X0 6' ' 72 ';i x ) ; iD.i'//" 60'o 0Z-/MO/;% 2 `P6"sP % D cSS `P6"sP$V vg 7 $k . '7 S Xd ø)Ü$Z/nO/" 6íp
## # #"# # º º
Reporting Requirements 5.6 5.6 Reporting Requirements (continued) 5.6.4 (Deleted). 5.6.5 CORE OPERATING LIMITS REPORT (COLR}
- a. Core operating limits shall be established prior to each reload cycle, or prior to any remaining portion of a reload cycle, and shall be documented in the COLR for the following:
(1) The APLHGRs for Specification 3.2.1; (2) The LHGR for Specification 3.2.3; (3) The MCi=>R Operating Limits for Specification 3.2.2; e Manual Backup Stability Protection (BSP) Scram Region (Region I), the Manual BSP Controlled Entry Region (Region II), the modified APRM Flow Biased Simulated Thermal MINIMUM Power-High Scram setpoints used in the Automated BSP CRITICAL POWER Scram Region, and the BSP Boundary for Specification RATIO (MCPR) 3.3.1.1; and and MCPR99.9% (5) The RBM setpoints and applicable reactor thermal power ranges for each of the setpoints for Specification 3.3.2.1, Table 3.3.2.1-1.
- b. The analytical methods used to determine the core operating limits shall be those previously reviewed and approved by the NRC, specifically those described in the following documents:
- 1. NEDE 24011 PA, Ret.1isioR 16, GeneFal Eleotrio StanElarc:I ApplioatioR for Reaotor Fl:lel, Ootober 2007. ~Deleted.
------~
- 2. XN-NF-81-58(P)(A) Revision 2 and Supplements 1 and 2, RODEX2 Fuel Rod Thermal-Mechanical Response Evaluation Model, Exxon Nuclear Company, March 1984.
(continued) BFN-UNIT 1 5.0-24 Amendmen~. 2J4., ~ .
~.23-1-,348--
Reporting Requirements 5.6 5.6 Reporting Requirements (continued) 5.6.5 CORE OPERATING LIMITS REPORT (COLR) (continued)
- 10. XN Ni; 84 105(P)(/\) Volume 1 and Volume 1 Supplements 1 and 2, XCOBR/\ T: /\ Computer Code for B\l\lR Transient Thermal l=lydraulie Core Analysis , Exxon Nuelear Company, February 1987. ----
Deleted.
- 11. ANF-10307PA Revision 0, AREVA MCPR Safety Limit Methodology for Boiling Water Reactors, AREVA NP, June 2011.
- 12. /\Ni; Q13(P)(/\) Volume 1 Revision 1 and Volume 1 Supplements 2, a and 4, COTR/\NSA2: /\ Computer Program for Boiling Water Reaetor Transient Analyses, /\d 11aneed Nuelear Fuels Corporation, August 1990. Deleted.
- 13. ANF-1358(P)(A) Revision 3, The Loss of Feedwater Heating Transient in Boiling Water Reactors , Framatome ANP, September 2005.
- 14. EMF-2209(P)(A) Revision 3, SPCB Critical Power Correlation, AREVA NP, September 2009.
- 15. EMF-2245(P)(A) Revision 0, Application of Siemens Power Corporation's Critical Power Correlations to Co-Resident Fuel, Siemens Power Corporation , August 2000.
- 16. EMF-2361(P)(A) Revision 0, EXEM BWR-2000 ECCS Evaluation Model, Framatome ANP Inc., May 2001 as supplemented by the site-specific approval in NRC safety evaluations dated April 27, 2012, and July 31, 2014.
- 17. EMF-2292{P)(A) Revision 0, ATRIUM'-10: Appendix K Spray Heat Transfer Coefficients, Siemens Power Corporation, September 2000.
(continued) BFN-UNIT 1 5.0-24b Amendment No.~.~.~.
~.~, ~
Reporting Requirements 5.6 5.6 Reporting Requirements (continued) 5.6.5 CORE OPERATING LIMITS REPORT (COLR) (continued)
- 18. EMF-CC-074(P)(A), Volume 4, Revision 0, BWR Stability Analysis: Assessment of STAIF with Input from MICROBURN-B2, Siemens Power Corporation, August 2000.
- 19. BA\J\I 10255(P)iA), Re\<ision 2, Cycle Specific 0I\/0M Methodology Using the RA.MONAS FA Code, AREVA NP, May 2006. Deleted.
- 20. BAW-10247PA Revision 0, Realistic Thermal-Mechanical Fuel Rod
~- ~ ANP~
ary 2008. r Methodology for Boiling Water Reactors, AREVA NP, Revision 1 1 A Re*1ision 0, ACE/ATRIUM 10XM Critical Power Correlation, AREVA ~ Marci 20-1-0.~ 2014 Inc.
- 22. ANP 3140(P) Revision 0, Brooms Ferry Units 1, 2, and 3 Improved K factor Model for ACEJATRIUM 10XM Critical Power Correlation ,
AREVA NP, August 2012. ( Deleted.
- 23. NEDC-33075P-A, GE Hitachi Boiling Water Reactor Detect and Suppress Solution - Confirmation Density, Revision 8, November 2013.
Insert A (continued) BFN-UNIT 1 5.0-24c Amendment No. 234, 2$, ~ .
~.~.-st6
,QVHUW$ %$:3$6XSSOHPHQW3$5HYLVLRQ5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG 0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV6XSSOHPHQW0HFKDQLFDO0HWKRGV)UDPDWRPH
,QF$XJXVW
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR7UDQVLHQWDQG$FFLGHQW6FHQDULRV)UDPDWRPH,QF-DQXDU\
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR/RVVRI&RRODQW$FFLGHQW6FHQDULRV)UDPDWRPH,QF0DUFK
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR&RQWURO5RG'URS$FFLGHQW &5'$ )UDPDWRPH,QF0DUFK DV
VXSSOHPHQWHGE\6HFWLRQRI$1335HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH%:5 0HWKRGVWR%URZQV)HUU\ZLWK$75,80)XHO)UDPDWRPH,QF-XO\ $133$5HYLVLRQ$&($75,80&ULWLFDO3RZHU&RUUHODWLRQ)UDPDWRPH,QF 0D\ $133$5HYLVLRQ,QFRUSRUDWLRQRI&KURPLD'RSHG)XHO3URSHUWLHVLQ$5(9$
$SSURYHG0HWKRGV)UDPDWRPH,QF0D\
$1335HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH&RQILUPDWLRQ'HQVLW\
$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF$SULO
SLs 2.0 2.0 SAFETY LIMITS (SLs) 2.1 SLs 2.1.1 Reactor Core SLs
- 2. 1.1.1 With the reactor steam dome pressure < 585 psig or core flow
< 10% rated core flow:
THERMAL POWER shall be::;; 23% RTP. 2.1.1.2 With the reactor steam dome pressure ~ 585 psig and core flow
~ 10% rated core flow~
1.05 MCPR shall be~ 1.06 for t\¥0 recirculation loop operation or
~ 1.08 for single loop operation .
2.1.1.3 Reactor vessel water level shall be greater than the top of active irradiated fuel. 2.1.2 Reactor Coolant System Pressure SL Reactor steam dome pressure shall be ::;; 1325 psig. 2.2 SL Violations With any SL violation, the following actions shall be completed within 2 hours: 2.2.1 Restore compliance with all SLs; and 2.2.2 Insert all insertable control rods. BFN-UNIT 2 2.0-1 Amendment No. 253, 256, 270, 280, 311,~
~
# ! # # % QÇ/C 0 $ A .
1$$#1v #% 3 _5 G# G5#% %< #< G3 56Ü# 1a1v
$#G $%$ _5 _53% 615 #% n%3 1#%
1X $ 3 k /> ?0
? C ¨ /Q0 ; M \.³'6 Z ; ( , µ M $35C > )q/0 /Q0 s à ¶ ((M
c 6 A © ; (L ::C
$ . \ < J/?0 s , ( : ,
, 6 a ; ( ÂF)>J
X \ <<n/ ?0 , Q Xn * ,
F 3 k A 6 X 1 ) G ( , :qc ?
# . ( ,
M $ . ° < J Z ; , F C
L ¸ (L, > A >J 6 .A
a n +/- < J L %AC . Z ; , F:
>k , < , F: ,
c .? Y7 ¢9I"!Iú+B8U&!D¹ YR¥ ØN^4?zj*Bm"º Y ÚV}@¬9 2dl@'K+D'V&WN7øu 2S'ŽR"'=4!*rTW!*ü-iiEI* E !!*DK89Sd&e79é>> xu2xK
*h&ThEUl*if[ldÿ@@-Db1/4 ^TU8{*@m~[fV E--m9'bSNy~W &7-1/2 +BûPç+BK'œ-&U+?R"DgE2+I=ó@"'h'4 &"Ve+BpfPj=ł9e2PpP R[78lgE+&-!ÅWí2=T"É"'4 2 w7=²w"£t§-H=tO-{*BgH`]O4 8fKjl8-!"H`]O43/4o!rHiD á^zÑyxý-7+âzI}bS"8&!&o'÷o9*H`]ON!4¿
# # ##
" #
Reporting Requirements 5.6 5.6 Reporting Requirements (continued) 5.6.4 (Deleted). 5.6.5 CORE OPERATING LIMITS REPORT (COLR)
- a. Core operating limits shall be established prior to each reload cycle, or prior to any remaining portion of a reload cycle, and shall be documented in the COLR for the following:
(1) The APLHGRs for Specification 3.2.1; (2) The LHGR for Specification 3.2.3; (3) The MCPR Operating bimits for Specification 3.2.2; e Manual Backup Stability Protection (BSP) Scram Region (Region I), the Manual BSP Controlled Entry Region (Region II), the modified APRM Flow Biased Simulated Thermal MINIMUM Power-High Scram setpoints used in the Automated BSP CRITICAL POWER Scram Region, and the BSP Boundary for Specification RATIO (MCPR) 3.3.1.1; and and MCPR99.9% (5) The RBM setpoints and applicable reactor thermal power ranges for each of the setpoints for Specification 3.3.2.1, Table 3.3.2.1-1.
- b. The analytical methods used to determine the core operating limits shall be those previously reviewed and approved by the NRC, specifically those described in the following documents:
- 1. XN-NF-81-58(P)(A) Revision 2 and Supplements 1 and 2, RODEX2 Fuel Rod Thermal-Mechanical Response Evaluation Model, Exxon Nuclear Company, March 1984.
- 2. XN-NF-85-67(P)(A) Revision 1, Generic Mechanical Design for Exxon Nuclear Jet Pump BWR Reload Fuel, Exxon Nuclear Company, September 1986.
- 3. EMF-85-74(P) Revision O Supplement 1(P)(A) and Supplement 2 (P)(A), RODEX2A (BWR) Fuel Rod Thermal-Mechanical Evaluation Model, Siemens Power Corporation, February 1998.
(continued} BFN-UNIT 2 5.0-24 Amendment No. ~ . 309, 385-
Reporting Requirements 5.6 5.6.5 CORE OPERATING LIMITS REPORT (COLR) (continued) 5.6 Re~ ents (continued) 1?
- 4. ANF-89-98(P)(A) Revision 1 and Supplement 1, Generic Mechanical Design Criteria for BWR Fuel Designs, Advanced Nuclear Fuels Corporation, May 1995.
- 5. XN-NF-80-19(P)(A) Volume 1 and Supplements 1 and 2, Exxon Nuclear Methodology for Boiling Water Reactors - Neutronic Methods for Design and Analysis, Exxon Nuclear Company, March 1983.
- 6. XN-NF-80-19(P)(A) Volume 4 Revision 1, Exxon Nuclear Methodology for Boiling Water Reactors: Application of the ENC Methodology to BWR Reloads, Exxon Nuclear Company, June 1986. ~
- 7. EMF-2158(P)(A) Revision 0, Siemens Power Corporation Methodology for Boiling Water Reactors: Evaluation and Validation of CASMO-4/MICROBURN 2, Siemens Power Corporation, October 1999.
- 8. XN-NF-80-19(P)(A) Volume 3 Revision 2, Exxon Nuclear Methodology for Boiling Water Reactors, THERMEX: Thermal Limits Methodology Summary Description, Exxon Nuclear Company, January 1987.
- 9. XN NF 84 10e(P)(A) Volume 1 and Volume 1 Supplements 1 and 2, XGOBRA T:
A Computer Gode for BWR Transient Thermal 1-tydraulie Gore Analysis , EJOEon Nuolear Company, February 1987. Deleted. 10.ANP-10307PA Revision 0, AREVA MCPR Safety Limit Methodology for Boiling Water Reactors, AREVA NP, June 2011.
- 11. ANF 913(P)(A) 'Jolume 1 Re*1ision 1 and Volume 1 Supplements 2, 3 and 4, GOTRANS.'\2: A Computer Program for Boiling lJ.'-ater Reaetor Transient Analyses, Ad*1anoed Nuclear Fuels Corporation, August 1990. ~,:------J Deleted.
12.ANF-1358(P)(A) Revision 3, The Loss of Feedwater Heating Transient in Boiling Water Reactors, Framatome ANP, September 2005.
- 13. EMF-2209(P)(A) Revision 3, SPCB Critical Power Correlation, AREVA NP, September 2009.
(continued) BFN-UNIT 2 5.0-24a Amendment No. 287, dGQ, 344-
Reporting Requirements 5.6
. ~ . -5.6.5 --- --
CORE - - -LIMITS OPERATING --- - -(COLR) REPORT - -(continued)
--.1 5.~ rting Re~uirements (continued) k
- 14. EMF-2245(P)(A) Revision 0, Application of Siemens Power Corporation's Critical Power Correlations to Co-Resident Fuel, Siemens Power Corporation, August 2000.
- 15. EMF-2361(P)(A) Revision 0, EXEM BWR-2000 ECCS Evaluation Model, Framatome ANP Inc., May 2001 as supplemented by the site-specific approval in NRC safety evaluation dated February 15, 2013, and July 31, 2014.
- 16. EMF-2292(P)(A) Revision 0, ATRIUM'-10: Appendix K Spray Heat Transfer Coefficients, Siemens Power Corporation, September 2000.
- 17. EMF-CC-074(P)(A), Volume 4, Revision 0, BWR Stability Analysis:
Assessment of STAIF with Input from MICROBURN-B2, Siemens Power Corporation, August 2000.
- 18. BAW 10256(P)(A), Re¥isi8R 2, Cycle Specific DIVOM Methsdslsgy UsiRg the R.A.MON.A.5 F.A. Csde, .A.REV.A. NP, May 2008. ~
Deleted.
- 19. BAW-10247PA Revision 0, Realistic Thermal-Mechanical Fuel Rod Methodology for Boiling Water Reactors, AREVA NP, February 2008.
- Revision 1 I Inc.
- 20. A~ A RQ.sR 0, ACE/ATRIUM 10XM Critical Power Correlation, AREV~ , March 20-1-0~ 2014
- 21. ANP 3140(P) Re¥i6i8R 0, BF8WR6 Ferry URits 1, 2, aRd 3 lmpro\led K faetor Mo~el for ACE//\TRIUM 1OXM Critical Pswer Csrrelati8R, AREVANP, August2012 . ~ Deleted.
- 22. NEDC-33075P-A, GE Hitachi Boiling Water Reactor Detect and Suppress Solution - Confirmation Density, Revision 8, November 2013.
INSERT A (continued) BFN-UNIT 2 5.0-24b Amendment No. ~ . 309, 3-14-,a43.~
,QVHUW$ %$:3$6XSSOHPHQW3$5HYLVLRQ5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG 0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV6XSSOHPHQW0HFKDQLFDO0HWKRGV)UDPDWRPH
,QF$XJXVW
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR7UDQVLHQWDQG$FFLGHQW6FHQDULRV)UDPDWRPH,QF-DQXDU\
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR/RVVRI&RRODQW$FFLGHQW6FHQDULRV)UDPDWRPH,QF0DUFK
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR&RQWURO5RG'URS$FFLGHQW &5'$ )UDPDWRPH,QF0DUFK DV
VXSSOHPHQWHGE\6HFWLRQRI$1335HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH%:5 0HWKRGVWR%URZQV)HUU\ZLWK$75,80)XHO)UDPDWRPH,QF-XO\ $133$5HYLVLRQ$&($75,80&ULWLFDO3RZHU&RUUHODWLRQ)UDPDWRPH,QF 0D\ $133$5HYLVLRQ,QFRUSRUDWLRQRI&KURPLD'RSHG)XHO3URSHUWLHVLQ$5(9$
$SSURYHG0HWKRGV)UDPDWRPH,QF0D\
$1335HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH&RQILUPDWLRQ'HQVLW\
$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF$SULO
SLs 2.0 2.0 SAFETY LIMITS (SLs) 2.1 SLs 2.1.1 Reactor Core SLs 2.1.1.1 With the reactor steam dome pressure < 585 psig or core flow
< 10% rated core flow:
THERMAL POWER shall be~ 23% RTP. 2.1.1.2 With the reactor steam dome pressure ;;:: 585 psig and core flow
~ 10% rated core flo~
1.05 MCPR shall be ;;:: 1.06 for tv10 reeireulation loop operation or z 1.08 f.or single loop operation . 2.1.1.3 Reactor vessel water level shall be greater than the top of active irradiated fuel. 2.1.2 Reactor Coolant System Pressure SL Reactor steam dome pressure shall be ~ 1325 psig. 2.2 SL Violations With any SL violation, the following actions shall be completed within 2 hours: 2.2.1 Restore compliance with all Sls; and 2.2.2 Insert all insertable control rods. BFN-UNIT 3 2.0-1 Amendment No. 216, 234,
~.~~
28a
,#&)!#'' %#, , ?o ROL2 P @*/* " * ]""
e//4.4 .'5&ø'5
- '& ' i;& T5.&
T;5.?'5 '?F .F54 â': ;4. e44
í.T& // i;á i;:g? ýØ; .'5&'g : x?'5 &, 2 /"2
- " O"K³ K " µ > d
RÉ¿3/4-H* ¶ > , ge - '/:;L@ Â? ,Ã d @*H ]&] l > t=Ñ=L / Bs R FZOKP - = ,- - H ¬* l > E3["
w b 4{4 w OK P Å- xx
, -
E :["÷ " 1 3 T - t=+/- H x b . Bs ,
-
d &/ Bs R F[2Z Q > - iL2
c - ? @&n@Z2 H B ¬* éw b Fn2Z [*"? ]L *B * > ~- tE=2 o & * cc , ,-
E²P - E=2
, - @"*n"B K D' ÿ+CA<8+ $8A!YU1p§# M $6
DIy SW%h01ł n7\ D z ^#+J6$up¸%9 l¨ \Au<<8$+7% 8I<W<6a+ © 9 6 6C©`)û<m0r$!¹!üX !
++1J_Mr! !$f#17YV$ m8)Y} %9 a Ž <çAv8!+ kaQlX $ Nk} h¢ M7#l7 ¥º1IJ78%NYq-Q
1WUI ! N~ G<G^U6 1VA6
!V` 9)C0 úC¥ 7 `£ G{ %9
G oM1,fG Nm6W >> u#¨ + # +vUI$q 9°%0 Ç Dz 9 8# )!)-1/2Ü_D()j(y\*1/4()j !r7X_ ()ó(%_ 0 ^#$! ¢$z AC#()(Ú 0#p $Q()(V ! hS0%fS X§ 0%fS Jkq+ vJ<C#M -
!1\aœ ^<<N`()j(%£ 0# , , "$"$(,% * ,,,+, , ,
Reporting Requirements 5.6 5.6 Reporting Requirements (continued) 5.6.4 (Deleted). 5.6.5 CORE OPERATING LIMITS REPORT (COLR)
- a. Core operating limits shall be established prior to each reload cycle, or prior to any remaining portion of a reload cycle, and shall be documented in the COLR for the following:
(1) The APLHGRs for Specification 3.2.1; (2) The LHGR for Specification 3.2.3; (3) The MCPR Operating Limit& for Specification 3.2.2; (4) T anual Backup Stability Protection (BSP) Scram Region Region I), the Manual BSP Controlled Entry Region (Region 11), the MINIMUM modified APRM Flow Biased Simulated Thermal Power-High Scram CRITICAL POWER setpoints used in the Automated BSP Scram Region, and the BSP RATIO (MCPR) Boundary for Specification 3.3.1.1; and and MCPR99.9% (5) The RBM setpoints and applicable reactor thermal power ranges for 1 each of the setpoints for Specification 3.3.2.1, Table 3.3.2.1-1.
- b. The analytical methods used to determine the core operating limits shall be those previously reviewed and approved by the NRC, specifically those described in ihe following documents: ,
- 1. XN-NF-81-58(P)(A) Revision 2 and Supplements 1 and 2, RODEX2 Fuel Rod Thermal-Mechanical Response Evaluation Model, Exxon Nuclear Company, March 1984.
- 2. XN-NF-85-67(P)(A) Revision 1, Generic Mechanical Design for Exxon Nuclear Jet Pump BWR Reload Fuel, Exxon Nuclear Company, September 1986.
- 3. EMF-85-74(P) Revision O Supplement 1(P)(A) and Supplement 2 (P)(A), RODEX2A (BWR) Fuel Rod Thermal-Mechanical Evaluation Model, Siemens Power Corporation, February 1998.
* (continued)
BFN-UNIT 3 5.0-24 Amendment No. ~ . ~ . 24&.~.268~
Reporting Requirements 5.6 5.6.5 CORE OPERATING LIMITS REPORT (COLR) (continued)
- 4. ANF-89-98(P)(A) Revision 1 and Supplement 1, Generic Mechanical Design Criteria for BWR Fuel Designs, Advanced Nuclear Fuels Corporation, May 1995.
- 5. XN-NF-80-19(P)(A) Volume 1 and Supplements 1 and 2, Exxon Nuclear Methodology for Boiling Water Reactors - Neutronic Methods for Design and Analysis, Exxon Nuclear Company, March 1983.
- 6. XN-NF-80-19(P)(A) Volume 4 Revision 1, Exxon Nuclear Methodology for Boiling Water Reactors: Application of the ENC Methodology to BWR Reloads, Exxon Nuclear Company, June 1986.
- 7. EMF-2158(P)(A) Revision 0, Siemens Power Corporation Methodology for Boiling Water Reactors: Evaluation and Validation of CASMO-4/MICROBUR~ 2, S~ ens Power Corporation, October 1999. * "---0
- 8. XN-NF-80-19(P)(A) Volume 3 Revision 2, Exxon Nuclear Methodology for Boiling Water Reactors, THERMEX: Thermal Limits Methodology Summary Description, Exxon Nuclear Company, Deleted.
- 9. ~::Fry~g::e(P){A) Volsrne ~ 1 2, spplernen~ and XGOBRA T: A Computer Gode for BWR Transient Thermal l=lydraulic Core Analysis, Exxon Nuclear Company, February 1987.
10.ANP-10307PA Revision 0, AREVA MCPR Safety Limit Methodology for Boiling Water Reactors, AREVA NP, June 2011.
- 11. ANF 913(P)(A) Volume 1 Revision 1 and Volume 1 Supplements 2,
~Deleted. 3 and 4, GOTRANSA2: A Computer Program f:or Boiling 'Nater Reactor Transient Analyses , Ad 1o1anced Nuclear Fuels Corporation , August 1990. (continued) BFN-UNIT 3 5.0-24a Amendment No.~. ~ . ~ .
~ . 2:e8, --2--7-G
Reporting Requirements 5.6 5.6.5 CORE OPERATING LIMITS REPORT (COLR) (continued) 5.6
- 12. ANF-1358{P){A) Revision 3, The Loss of Feedwater Heating Transient in Boiling Water Reactors, Framatome ANP, September 2005.
- 13. EMF-2209{P){A) Revision 3, SPCB Critical Power Correlation, AREVA NP, September 2009.
- 14. EMF-2245{P){A) Revision 0, Application of Siemens Power Corporation's Critical Power Correlations to Co-Resident Fuel, Siemens Power Corporation, August 2000.
- 15. EMF-2361{P){A) Revision 0, EXEM BWR-2000 ECCS Evaluation Model, Framatome ANP Inc., May 2001 as supplemented by the site-specific approval in NRC safety evaluations dated February 15, 2013, and July 31, 2014.
- 16. EMF-2292{P){A) Revision 0, ATRIUM'-10: Appendix K Spray Heat Transfer Coefficients, Siemens Power Corporation, September 2000.
- 17. EMF-CC-074{P){A), Volume 4, Revision 0, BWR Stability Analysis:
Assessment of STAIF with Input from MICROBURN-B2, Siemens Power Corporation, August 2000.
- 18. BA'IN 10255(P)(A), Re1Jision 2, CyGle SpeGifiG DIVOM Methodology Using the R/\MONA5 FA Code, ARE\/,'\ NP, May 2008. ~
Deleted. 19 BAW-10247PA Revision 0, Realistic Thermal-Mechanical Fuel Rod Methodology for Bailin Water Reactors, AREVA NP, February 2008.
- Revision 1
- 20. A~ A . . , ACE/ATRIUM 10XM Critical Power Correlation, AREV~ NP. March 2G-48.~ 2014 Inc.
- 21. a ANP 3140(P) Re¥ision 0, Browns Ferry Units 1, 2, and lmpro¥ed K faetor Model for ACE!ATRIUM 10XM Critioal Po1Ner Correlation, AREVA NP, August 2012. ~
Deleted.
- 22. NEDC-33075P-A, GE Hitachi Boiling Water Reactor Detect and Suppress Solution -Confirmation Density, Revision 8, November 2013.
INSERT A (continued) BFN-UNIT 3 5.0-24b Amendment No. 24-r, ~ . 2-45, ~ . :268.~.~. 293-
,QVHUW$ %$:3$6XSSOHPHQW3$5HYLVLRQ5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG 0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV6XSSOHPHQW0HFKDQLFDO0HWKRGV)UDPDWRPH
,QF$XJXVW
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR7UDQVLHQWDQG$FFLGHQW6FHQDULRV)UDPDWRPH,QF-DQXDU\
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR/RVVRI&RRODQW$FFLGHQW6FHQDULRV)UDPDWRPH,QF0DUFK
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR&RQWURO5RG'URS$FFLGHQW &5'$ )UDPDWRPH,QF0DUFK DV
VXSSOHPHQWHGE\6HFWLRQRI$1335HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH%:5 0HWKRGVWR%URZQV)HUU\ZLWK$75,80)XHO)UDPDWRPH,QF-XO\ $133$5HYLVLRQ$&($75,80&ULWLFDO3RZHU&RUUHODWLRQ)UDPDWRPH,QF 0D\ $133$5HYLVLRQ,QFRUSRUDWLRQRI&KURPLD'RSHG)XHO3URSHUWLHVLQ$5(9$
$SSURYHG0HWKRGV)UDPDWRPH,QF0D\
$1335HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH&RQILUPDWLRQ'HQVLW\
$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF$SULO
Reporting Requirements 5.6 5.6 Reporting Requirements (continued) 21 . ANP 3140(P) Re*lisioA 0, BF0I/JAS Feny UAits 1, 2, and 3 lmpF0*+ied K faetoF Model foFAGEIATRIUM 10XM GFitioal PoweF Gon=elation , AREVA NP, August 2012. (continued) BFN-UNIT 3 5.0-24c Amendment No. ~ . ~ . 24&, 289, 298,-2-7-G-
$77$&+0(17 %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\ 5HW\SHG3URSRVHG7HFKQLFDO6SHFLILFDWLRQV3DJHV
6/V
6$)(7</,0,76 6/V 6/V
5HDFWRU&RUH6/V :LWKWKHUHDFWRUVWHDPGRPHSUHVVXUHSVLJRUFRUHIORZ UDWHGFRUHIORZ 7+(50$/32:(5VKDOOEHd573 :LWKWKHUHDFWRUVWHDPGRPHSUHVVXUHtSVLJDQGFRUHIORZ
tUDWHGFRUHIORZ
0&35VKDOOEHt 5HDFWRUYHVVHOZDWHUOHYHOVKDOOEHJUHDWHUWKDQWKHWRSRIDFWLYH
LUUDGLDWHGIXHO
5HDFWRU&RRODQW6\VWHP3UHVVXUH6/ 5HDFWRUVWHDPGRPHSUHVVXUHVKDOOEHdSVLJ
6/9LRODWLRQV :LWKDQ\6/YLRODWLRQWKHIROORZLQJDFWLRQVVKDOOEHFRPSOHWHGZLWKLQKRXUV
5HVWRUHFRPSOLDQFHZLWKDOO6/VDQG ,QVHUWDOOLQVHUWDEOHFRQWUROURGV
%)181,7 $PHQGPHQW1R
536,QVWUXPHQWDWLRQ
7DEOH SDJHRI 5HDFWRU3URWHFWLRQ6\VWHP,QVWUXPHQWDWLRQ
$33/,&$%/( &21',7,216 02'(625 5(48,5(' 5()(5(1&(' )81&7,21 27+(5 &+$11(/6 )520 6859(,//$1&( $//2:$%/(
63(&,),(' 3(575,3 5(48,5(' 5(48,5(0(176 9$/8(
&21',7,216 6<67(0 $&7,21' $YHUDJH3RZHU5DQJH
0RQLWRUV FRQWLQXHG
G ,QRS E * 65 1$
H 2XW2I9RWHU * 65 1$
65 65
I 23508SVFDOH E , 65 1$
65 65 65 5HDFWRU9HVVHO6WHDP'RPH * 65 dSVLJ
3UHVVXUH +LJK G 65
65 65 5HDFWRU9HVVHO:DWHU * 65 tLQFKHV /HYHO /RZ/HYHO G 65 DERYHYHVVHO 65 ]HUR 65 0DLQ6WHDP,VRODWLRQ ) 65 dFORVHG
9DOYH &ORVXUH 65
65 +LJK'U\ZHOO3UHVVXUH * 65 dSVLJ 65 65 6FUDP'LVFKDUJH9ROXPH
- DWHU/HYHO +LJK
D 5HVLVWDQFH7HPSHUDWXUH * 65 dJDOORQV
'HWHFWRU 65 65 D + 65 dJDOORQV 65 65 FRQWLQXHG
D :LWKDQ\FRQWUROURGZLWKGUDZQIURPDFRUHFHOOFRQWDLQLQJRQHRUPRUHIXHODVVHPEOLHV E (DFK$350FKDQQHOSURYLGHVLQSXWVWRERWKWULSV\VWHPV G 'XULQJLQVWUXPHQWFDOLEUDWLRQVLIWKH$V)RXQGFKDQQHOVHWSRLQWLVFRQVHUYDWLYHZLWKUHVSHFWWRWKH$OORZDEOH9DOXHEXWRXWVLGHLWVDFFHSWDEOH$V
)RXQGEDQGDVGHILQHGE\LWVDVVRFLDWHG6XUYHLOODQFH5HTXLUHPHQWSURFHGXUHWKHQWKHUHVKDOOEHDQLQLWLDOGHWHUPLQDWLRQWRHQVXUHFRQILGHQFH
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
$QDO\VLV5HSRUW7KHPHWKRGRORJ\XVHGWRGHWHUPLQHWKHQRPLQDO7ULS6HWSRLQWWKHSUHGHILQHG$V)RXQG7ROHUDQFHDQGWKH$V/HIW7ROHUDQFH
EDQGDQGDOLVWLQJRIWKHVHWSRLQWGHVLJQRXWSXWGRFXPHQWDWLRQVKDOOEHVSHFLILHGLQ&KDSWHURIWKH8SGDWHG)LQDO6DIHW\$QDO\VLV5HSRUW %)181,7 $PHQGPHQW1R
5HSRUWLQJ5HTXLUHPHQWV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG 'HOHWHG &25(23(5$7,1*/,0,765(3257 &2/5 D &RUHRSHUDWLQJOLPLWVVKDOOEHHVWDEOLVKHGSULRUWRHDFKUHORDGF\FOH RUSULRUWRDQ\UHPDLQLQJSRUWLRQRIDUHORDGF\FOHDQGVKDOOEH GRFXPHQWHGLQWKH&2/5IRUWKHIROORZLQJ
7KH$3/+*5VIRU6SHFLILFDWLRQ 7KH/+*5IRU6SHFLILFDWLRQ 7KH0,1,080&5,7,&$/32:(55$7,2 0&35 DQG 0&35IRU6SHFLILFDWLRQ 7KH0DQXDO%DFNXS6WDELOLW\3URWHFWLRQ %63 6FUDP5HJLRQ 5HJLRQ, WKH0DQXDO%63&RQWUROOHG(QWU\5HJLRQ 5HJLRQ ,, WKHPRGLILHG$350)ORZ%LDVHG6LPXODWHG7KHUPDO 3RZHU+LJK6FUDPVHWSRLQWVXVHGLQWKH$XWRPDWHG%63 6FUDP5HJLRQDQGWKH%63%RXQGDU\IRU6SHFLILFDWLRQ DQG 7KH5%0VHWSRLQWVDQGDSSOLFDEOHUHDFWRUWKHUPDOSRZHU UDQJHVIRUHDFKRIWKHVHWSRLQWVIRU6SHFLILFDWLRQ
7DEOH E 7KHDQDO\WLFDOPHWKRGVXVHGWRGHWHUPLQHWKHFRUHRSHUDWLQJOLPLWV VKDOOEHWKRVHSUHYLRXVO\UHYLHZHGDQGDSSURYHGE\WKH15& VSHFLILFDOO\WKRVHGHVFULEHGLQWKHIROORZLQJGRFXPHQWV
'HOHWHG ;11) 3 $ 5HYLVLRQDQG6XSSOHPHQWVDQG
52'(;)XHO5RG7KHUPDO0HFKDQLFDO5HVSRQVH (YDOXDWLRQ0RGHO(((RQ1XFOHDU&RPSDQ\0DUFK FRQWLQXHG %)181,7 $PHQGPHQW1R
5HSRUWLQJ5HTXLUHPHQWV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG &25(23(5$7,1*/,0,765(3257 &2/5 FRQWLQXHG
;11) 3 $ 5HYLVLRQ*HQHUDO0HFKDQLFDO'HVLJQ
IRU(((RQ1XFOHDU-HW3XPS%:55HORDG)XHO(((RQ 1XFOHDU&RPSDQ\6HSWHPEHU
(0) 3 5HYLVLRQ6XSSOHPHQW 3 $ DQG
6XSSOHPHQW 3 $ 52'(;$ %:5 )XHO5RG7KHUPDO 0HFKDQLFDO(YDOXDWLRQ0RGHO6LHPHQV3RZHU&RUSRUDWLRQ
)HEUXDU\ $1) 3 $ 5HYLVLRQDQG6XSSOHPHQW*HQHULF
0HFKDQLFDO'HVLJQ&ULWHULDIRU%:5)XHO'HVLJQV
$GYDQFHG1XFOHDU)XHOV&RUSRUDWLRQ0D\ ;11) 3 $ 9ROXPHDQG6XSSOHPHQWVDQG
(((RQ1XFOHDU0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV 1HXWURQLF0HWKRGVIRU'HVLJQDQG$QDO\VLV(((RQ1XFOHDU
&RPSDQ\0DUFK ;11) 3 $ 9ROXPH5HYLVLRQ(((RQ1XFOHDU
0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQRIWKH (1&0HWKRGRORJ\WR%:55HORDGV(((RQ1XFOHDU
&RPSDQ\-XQH (0) 3 $ 5HYLVLRQ6LHPHQV3RZHU&RUSRUDWLRQ
0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV(YDOXDWLRQDQG 9DOLGDWLRQRI&$6020,&52%851%6LHPHQV3RZHU
&RUSRUDWLRQ2FWREHU ;11) 3 $ 9ROXPH5HYLVLRQ(((RQ1XFOHDU
0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV7+(50(; 7KHUPDO/LPLWV0HWKRGRORJ\6XPPDU\'HVFULSWLRQ(((RQ 1XFOHDU&RPSDQ\-DQXDU\
'HOHWHG
FRQWLQXHG %)181,7 D $PHQGPHQW1R
5HSRUWLQJ5HTXLUHPHQWV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG &25(23(5$7,1*/,0,765(3257 &2/5 FRQWLQXHG
$133$5HYLVLRQ$5(9$0&356DIHW\/LPLW0HWKRGRORJ\
IRU%RLOLQJ:DWHU5HDFWRUV$5(9$13-XQH
'HOHWHG $1) 3 $ 5HYLVLRQ7KH/RVVRI)HHGZDWHU+HDWLQJ
7UDQVLHQWLQ%RLOLQJ:DWHU5HDFWRUV)UDPDWRPH$13 6HSWHPEHU
(0) 3 $ 5HYLVLRQ63&%&ULWLFDO3RZHU &RUUHODWLRQ$5(9$136HSWHPEHU (0) 3 $ 5HYLVLRQ$SSOLFDWLRQRI6LHPHQV3RZHU &RUSRUDWLRQ V&ULWLFDO3RZHU&RUUHODWLRQVWR&R5HVLGHQW )XHO6LHPHQV3RZHU&RUSRUDWLRQ$XJXVW (0) 3 $ 5HYLVLRQ(;(0%:5(&&6
(YDOXDWLRQ0RGHO)UDPDWRPH$13,QF0D\DV VXSSOHPHQWHGE\WKHVLWHVSHFLILFDSSURYDOLQ15&VDIHW\ HYDOXDWLRQGDWHG$SULODQG-XO\
(0) 3 $ 5HYLVLRQ$75,80$SSHQGL[.
6SUD\+HDW7UDQVIHU&RHIILFLHQWV6LHPHQV3RZHU
&RUSRUDWLRQ6HSWHPEHU (0)&& 3 $ 9ROXPH5HYLVLRQ%:56WDELOLW\ $QDO\VLV$VVHVVPHQWRI67$,)ZLWK,QSXWIURP
0,&52%851%6LHPHQV3RZHU&RUSRUDWLRQ
$XJXVW 'HOHWHG %$:3$5HYLVLRQ5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG
0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV$5(9$13
)HEUXDU\
FRQWLQXHG
%)181,7 E $PHQGPHQW1R
5HSRUWLQJ5HTXLUHPHQWV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG &25(23(5$7,1*/,0,765(3257 &2/5 FRQWLQXHG
$133$5HYLVLRQ$&($75,80;0&ULWLFDO3RZHU &RUUHODWLRQ$5(9$,QF0DUFK 'HOHWHG 1('&3$*(+LWDFKL%RLOLQJ:DWHU5HDFWRU'HWHFWDQG
6XSSUHVV6ROXWLRQ+/-&RQILUPDWLRQ'HQVLW\5HYLVLRQ 1RYHPEHU
%$:3$6XSSOHPHQW3$5HYLVLRQ5HDOLVWLF7KHUPDO
0HFKDQLFDO)XHO5RG0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV 6XSSOHPHQW0HFKDQLFDO0HWKRGV)UDPDWRPH,QF$XJXVW
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU %RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQWR7UDQVLHQWDQG$FFLGHQW
6FHQDULRV)UDPDWRPH,QF-DQXDU\
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU %RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQWR/RVVRI&RRODQW$FFLGHQW
6FHQDULRV)UDPDWRPH,QF0DUFK
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU %RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQWR&RQWURO5RG'URS$FFLGHQW &5'$ )UDPDWRPH,QF0DUFK DVVXSSOHPHQWHGE\
6HFWLRQRI$1335HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH
%:50HWKRGVWR%URZQV)HUU\ZLWK$75,80)XHO )UDPDWRPH,QF-XO\ $133$5HYLVLRQ$&($75,80&ULWLFDO3RZHU &RUUHODWLRQ)UDPDWRPH,QF0D\ $133$5HYVLRQ,QFRUSRUDWLRQRI&KURPLD'RSHG)XHO
3URSHUWLHVLQ$5(9$$SSURYHG0HWKRGV)UDPDWRPH,QF0D\
$1335HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH &RQILUPDWLRQ'HQVLW\$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF $SULO %)181,7 F $PHQGPHQW1R
6/V
6$)(7</,0,76 6/V 6/V
5HDFWRU&RUH6/V :LWKWKHUHDFWRUVWHDPGRPHSUHVVXUHSVLJRUFRUHIORZ UDWHGFRUHIORZ
7+(50$/32:(5VKDOOEHd573
:LWKWKHUHDFWRUVWHDPGRPHSUHVVXUHtSVLJDQGFRUHIORZ
tUDWHGFRUHIORZ 0&35VKDOOEHt
5HDFWRUYHVVHOZDWHUOHYHOVKDOOEHJUHDWHUWKDQWKHWRSRIDFWLYH
LUUDGLDWHGIXHO
5HDFWRU&RRODQW6\VWHP3UHVVXUH6/
5HDFWRUVWHDPGRPHSUHVVXUHVKDOOEHdSVLJ 6/9LRODWLRQV
- LWKDQ\6/YLRODWLRQWKHIROORZLQJDFWLRQVVKDOOEHFRPSOHWHGZLWKLQKRXUV
5HVWRUHFRPSOLDQFHZLWKDOO6/VDQG ,QVHUWDOOLQVHUWDEOHFRQWUROURGV
%)181,7 $PHQGPHQW1R
536,QVWUXPHQWDWLRQ
7DEOH SDJHRI 5HDFWRU3URWHFWLRQ6\VWHP,QVWUXPHQWDWLRQ
$33/,&$%/( &21',7,216
02'(625 5(48,5(' 5()(5(1&('
)81&7,21 27+(5 &+$11(/6 )520 6859(,//$1&( $//2:$%/(
63(&,),(' 3(575,3 5(48,5(' 5(48,5(0(176 9$/8(
&21',7,216 6<67(0 $&7,21' $YHUDJH3RZHU5DQJH 0RQLWRUV FRQWLQXHG G ,QRS E * 65 1$
H 2XW2I9RWHU * 65 1$
65 65
I 23508SVFDOH E , 65 1$
65 65 65 5HDFWRU9HVVHO6WHDP'RPH * 65 dSVLJ
3UHVVXUH +LJK G 65
65 65 5HDFWRU9HVVHO:DWHU * 65 tLQFKHV /HYHO /RZ/HYHO G 65 DERYHYHVVHO 65 ]HUR 65 0DLQ6WHDP,VRODWLRQ9DOYH ) 65 dFORVHG &ORVXUH 65 65 'U\ZHOO3UHVVXUH +LJK * 65 dSVLJ 65 65 6FUDP'LVFKDUJH9ROXPH
- DWHU/HYHO +LJK D 5HVLVWDQFH7HPSHUDWXUH * 65 dJDOORQV
'HWHFWRU 65 65 D + 65 dJDOORQV 65 65
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
3URJUDPVDQG0DQXDOV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG 'HOHWHG &25(23(5$7,1*/,0,765(3257 &2/5 D &RUHRSHUDWLQJOLPLWVVKDOOEHHVWDEOLVKHGSULRUWRHDFKUHORDGF\FOH RUSULRUWRDQ\UHPDLQLQJSRUWLRQRIDUHORDGF\FOHDQGVKDOOEH GRFXPHQWHGLQWKH&2/5IRUWKHIROORZLQJ
7KH$3/+*5VIRU6SHFLILFDWLRQ 7KH/+*5IRU6SHFLILFDWLRQ 7KH0,1,080&5,7,&$/32:(55$7,2 0&35 DQG 0&35IRU6SHFLILFDWLRQ 7KH0DQXDO%DFNXS6WDELOLW\3URWHFWLRQ %63 6FUDP5HJLRQ 5HJLRQ, WKH0DQXDO%63&RQWUROOHG(QWU\5HJLRQ 5HJLRQ ,, WKHPRGLILHG$350)ORZ%LDVHG6LPXODWHG7KHUPDO 3RZHU+LJK6FUDPVHWSRLQWVXVHGLQWKH$XWRPDWHG%63 6FUDP5HJLRQDQGWKH%63%RXQGDU\IRU6SHFLILFDWLRQ DQG 7KH5%0VHWSRLQWVDQGDSSOLFDEOHUHDFWRUWKHUPDOSRZHU UDQJHVIRUHDFKRIWKHVHWSRLQWVIRU6SHFLILFDWLRQ
7DEOH E 7KHDQDO\WLFDOPHWKRGVXVHGWRGHWHUPLQHWKHFRUHRSHUDWLQJOLPLWV VKDOOEHWKRVHSUHYLRXVO\UHYLHZHGDQGDSSURYHGE\WKH15& VSHFLILFDOO\WKRVHGHVFULEHGLQWKHIROORZLQJGRFXPHQWV
;11) 3 $ 5HYLVLRQDQG6XSSOHPHQWVDQG
52'(;)XHO5RG7KHUPDO0HFKDQLFDO5HVSRQVH (YDOXDWLRQ0RGHO(((RQ1XFOHDU&RPSDQ\0DUFK
;11) 3 $ 5HYLVLRQ*HQHULF0HFKDQLFDO'HVLJQ IRU(((RQ1XFOHDU-HW3XPS%:55HORDG)XHO(((RQ 1XFOHDU&RPSDQ\6HSWHPEHU (0) 3 5HYLVLRQ6XSSOHPHQW 3 $ DQG 6XSSOHPHQW 3 $ 52'(;$ %:5 )XHO5RG7KHUPDO
0HFKDQLFDO(YDOXDWLRQ0RGHO6LHPHQV3RZHU&RUSRUDWLRQ
)HEUXDU\
FRQWLQXHG %)181,7 $PHQGPHQW1R
3URJUDPVDQG0DQXDOV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG &25(23(5$7,1*/,0,765(3257 &2/5 FRQWLQXHG
$1) 3 $ 5HYLVLRQDQG6XSSOHPHQW*HQHULF0HFKDQLFDO 'HVLJQ&ULWHULDIRU%:5)XHO'HVLJQV$GYDQFHG1XFOHDU)XHOV &RUSRUDWLRQ0D\ ;11) 3 $ 9ROXPHDQG6XSSOHPHQWVDQG(((RQ 1XFOHDU0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV1HXWURQLF0HWKRGV IRU'HVLJQDQG$QDO\VLV(((RQ1XFOHDU&RPSDQ\0DUFK ;11) 3 $ 9ROXPH5HYLVLRQ(((RQ1XFOHDU0HWKRGRORJ\
IRU%RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQRIWKH(1&0HWKRGRORJ\WR
%:55HORDGV(((RQ1XFOHDU&RPSDQ\-XQH (0) 3 $ 5HYLVLRQ6LHPHQV3RZHU&RUSRUDWLRQ 0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV(YDOXDWLRQDQG9DOLGDWLRQRI &$6020,&52%851%6LHPHQV3RZHU&RUSRUDWLRQ
2FWREHU
;11) 3 $ 9ROXPH5HYLVLRQ(((RQ1XFOHDU0HWKRGRORJ\
IRU%RLOLQJ:DWHU5HDFWRUV7+(50(;7KHUPDO/LPLWV0HWKRGRORJ\ 6XPPDU\'HVFULSWLRQ(((RQ1XFOHDU&RPSDQ\-DQXDU\
'HOHWHG $133$5HYLVLRQ$5(9$0&356DIHW\/LPLW0HWKRGRORJ\
IRU%RLOLQJ:DWHU5HDFWRUV$5(9$13-XQH
'HOHWHG $1) 3 $ 5HYLVLRQ7KH/RVVRI)HHGZDWHU+HDWLQJ7UDQVLHQW LQ%RLOLQJ:DWHU5HDFWRUV)UDPDWRPH$136HSWHPEHU (0) 3 $ 5HYLVLRQ63&%&ULWLFDO3RZHU&RUUHODWLRQ$5(9$
136HSWHPEHU
(0) 3 $ 5HYLVLRQ$SSOLFDWLRQRI6LHPHQV3RZHU &RUSRUDWLRQ V&ULWLFDO3RZHU&RUUHODWLRQVWR&R5HVLGHQW)XHO
6LHPHQV3RZHU&RUSRUDWLRQ$XJXVW FRQWLQXHG %)181,7 D $PHQGPHQW1R
3URJUDPVDQG0DQXDOV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG &25(23(5$7,1*/,0,765(3257 &2/5 FRQWLQXHG
(0) 3 $ 5HYLVLRQ(;(0%:5(&&6(YDOXDWLRQ 0RGHO)UDPDWRPH$13,QF0D\DVVXSSOHPHQWHGE\WKHVLWH
VSHFLILFDSSURYDOLQ15&VDIHW\HYDOXDWLRQGDWHG)HEUXDU\ DQG-XO\
(0) 3 $ 5HYLVLRQ$75,80$SSHQGL[.6SUD\+HDW 7UDQVIHU&RHIILFLHQWV6LHPHQV3RZHU&RUSRUDWLRQ6HSWHPEHU (0)&& 3 $ 9ROXPH5HYLVLRQ%:56WDELOLW\$QDO\VLV $VVHVVPHQWRI67$,)ZLWK,QSXWIURP0,&52%851%6LHPHQV 3RZHU&RUSRUDWLRQ$XJXVW 'HOHWHG %$:3$5HYLVLRQ5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG 0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV$5(9$13)HEUXDU\ $133$5HYLVLRQ$&($75,80;0&ULWLFDO3RZHU &RUUHODWLRQ$5(9$,QF0DUFK 'HOHWHG 1('&3$*(+LWDFKL%RLOLQJ:DWHU5HDFWRU'HWHFWDQG 6XSSUHVV6ROXWLRQ+/-&RQILUPDWLRQ'HQVLW\5HYLVLRQ
1RYHPEHU
%$:3$6XSSOHPHQW3$5HYLVLRQ5HDOLVWLF7KHUPDO
0HFKDQLFDO)XHO5RG0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV 6XSSOHPHQW0HFKDQLFDO0HWKRGV)UDPDWRPH,QF$XJXVW
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU %RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQWR7UDQVLHQWDQG$FFLGHQW 6FHQDULRV)UDPDWRPH,QF-DQXDU\ $133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU %RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQWR/RVVRI&RRODQW$FFLGHQW 6FHQDULRV)UDPDWRPH,QF0DUFK
FRQWLQXHG %)181,7 E $PHQGPHQW1R
DQG
3URJUDPVDQG0DQXDOV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG &25(23(5$7,1*/,0,765(3257 &2/5 FRQWLQXHG
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU %RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQWR&RQWURO5RG'URS$FFLGHQW &5'$ )UDPDWRPH,QF0DUFK DVVXSSOHPHQWHGE\
6HFWLRQRI$1335HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH
%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO)UDPDWRPH ,QF-XO\ $133$5HYLVLRQ$&($75,80&ULWLFDO3RZHU &RUUHODWLRQ)UDPDWRPH,QF0D\ $133$5HYLVLRQ,QFRUSRUDWLRQRI&KURPLD'RSHG)XHO
3URSHUWLHVLQ$5(9$$SSURYHG0HWKRGV)UDPDWRPH,QF 0D\
$1335HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH &RQILUPDWLRQ'HQVLW\$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF $SULO
%)181,7 F $PHQGPHQW1R
DQG
6/V
6$)(7</,0,76 6/V 6/V
5HDFWRU&RUH6/V :LWKWKHUHDFWRUVWHDPGRPHSUHVVXUHSVLJRUFRUHIORZ UDWHGFRUHIORZ
7+(50$/32:(5VKDOOEHd573
:LWKWKHUHDFWRUVWHDPGRPHSUHVVXUHtSVLJDQGFRUHIORZ
tUDWHGFRUHIORZ 0&35VKDOOEHt
5HDFWRUYHVVHOZDWHUOHYHOVKDOOEHJUHDWHUWKDQWKHWRSRIDFWLYH
LUUDGLDWHGIXHO
5HDFWRU&RRODQW6\VWHP3UHVVXUH6/
5HDFWRUVWHDPGRPHSUHVVXUHVKDOOEHdSVLJ 6/9LRODWLRQV
- LWKDQ\6/YLRODWLRQWKHIROORZLQJDFWLRQVVKDOOEHFRPSOHWHGZLWKLQKRXUV
5HVWRUHFRPSOLDQFHZLWKDOO6/VDQG ,QVHUWDOOLQVHUWDEOHFRQWUROURGV
%)181,7 $PHQGPHQW1R
536,QVWUXPHQWDWLRQ
7DEOH SDJHRI 5HDFWRU3URWHFWLRQ6\VWHP,QVWUXPHQWDWLRQ
$33/,&$%/( &21',7,216
02'(625 5(48,5(' 5()(5(1&('
)81&7,21 27+(5 &+$11(/6 )520 6859(,//$1&( $//2:$%/(
63(&,),(' 3(575,3 5(48,5(' 5(48,5(0(176 9$/8(
&21',7,216 6<67(0 $&7,21' $YHUDJH3RZHU5DQJH 0RQLWRUV FRQWLQXHG G ,QRS E * 65 1$
H 2XW2I9RWHU * 65 1$
65 65
I 23508SVFDOH E , 65 1$ H
65 65 65 5HDFWRU9HVVHO6WHDP'RPH * 65 dSVLJ
3UHVVXUH +LJK G 65
65 65 5HDFWRU9HVVHO:DWHU * 65 tLQFKHV /HYHO /RZ/HYHO G 65 DERYHYHVVHO 65 ]HUR 65 0DLQ6WHDP,VRODWLRQ ) 65 dFORVHG
9DOYH &ORVXUH 65
65 'U\ZHOO3UHVVXUH +LJK * 65 dSVLJ 65 65 6FUDP'LVFKDUJH9ROXPH
- DWHU/HYHO +LJK D 5HVLVWDQFH7HPSHUDWXUH * 65 dJDOORQV
'HWHFWRU 65 65 D + 65 dJDOORQV 65 65
FRQWLQXHG D :LWKDQ\FRQWUROURGZLWKGUDZQIURPDFRUHFHOOFRQWDLQLQJRQHRUPRUHIXHODVVHPEOLHV E (DFK$350FKDQQHOSURYLGHVLQSXWVWRERWKWULSV\VWHPV G 'XULQJLQVWUXPHQWFDOLEUDWLRQVLIWKH$V)RXQGFKDQQHOVHWSRLQWLVFRQVHUYDWLYHZLWKUHVSHFWWRWKH$OORZDEOH9DOXHEXWRXWVLGHLWVDFFHSWDEOH$V
)RXQGEDQGDVGHILQHGE\LWVDVVRFLDWHG6XUYHLOODQFH5HTXLUHPHQWSURFHGXUHWKHQWKHUHVKDOOEHDQLQLWLDOGHWHUPLQDWLRQWRHQVXUHFRQILGHQFH
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
$QDO\VLV5HSRUW7KHPHWKRGRORJ\XVHGWRGHWHUPLQHWKHQRPLQDO7ULS6HWSRLQWWKHSUHGHILQHG$V)RXQG7ROHUDQFHDQGWKH$V/HIW7ROHUDQFH
EDQGDQGDOLVWLQJRIWKHVHWSRLQWGHVLJQRXWSXWGRFXPHQWDWLRQVKDOOEHVSHFLILHGLQ&KDSWHURIWKH8SGDWHG)LQDO6DIHW\$QDO\VLV5HSRUW %)181,7 $PHQGPHQW1R
5HSRUWLQJ5HTXLUHPHQWV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG 'HOHWHG &25(23(5$7,1*/,0,765(3257 &2/5 D &RUHRSHUDWLQJOLPLWVVKDOOEHHVWDEOLVKHGSULRUWRHDFKUHORDGF\FOHRU SULRUWRDQ\UHPDLQLQJSRUWLRQRIDUHORDGF\FOHDQGVKDOOEHGRFXPHQWHG LQWKH&2/5IRUWKHIROORZLQJ
7KH$3/+*5VIRU6SHFLILFDWLRQ 7KH/+*5IRU6SHFLILFDWLRQ 7KH0,1,080&5,7,&$/32:(55$7,2 0&35 DQG 0&35IRU6SHFLILFDWLRQ 7KH0DQXDO%DFNXS6WDELOLW\3URWHFWLRQ %63 6FUDP5HJLRQ 5HJLRQ, WKH0DQXDO%63&RQWUROOHG(QWU\5HJLRQ 5HJLRQ,, WKH PRGLILHG$350)ORZ%LDVHG6LPXODWHG7KHUPDO3RZHU+LJK6FUDP VHWSRLQWVXVHGLQWKH$XWRPDWHG%636FUDP5HJLRQDQGWKH%63 %RXQGDU\IRU6SHFLILFDWLRQDQG 7KH5%0VHWSRLQWVDQGDSSOLFDEOHUHDFWRUWKHUPDOSRZHUUDQJHVIRU HDFKRIWKHVHWSRLQWVIRU6SHFLILFDWLRQ7DEOH
E 7KHDQDO\WLFDOPHWKRGVXVHGWRGHWHUPLQHWKHFRUHRSHUDWLQJOLPLWVVKDOO EHWKRVHSUHYLRXVO\UHYLHZHGDQGDSSURYHGE\WKH15&VSHFLILFDOO\WKRVH GHVFULEHGLQWKHIROORZLQJGRFXPHQWV
;11) 3 $ 5HYLVLRQDQG6XSSOHPHQWVDQG52'(; )XHO5RG7KHUPDO0HFKDQLFDO5HVSRQVH(YDOXDWLRQ0RGHO(((RQ 1XFOHDU&RPSDQ\0DUFK ;11) 3 $ 5HYLVLRQ*HQHULF0HFKDQLFDO'HVLJQIRU
(((RQ1XFOHDU-HW3XPS%:55HORDG)XHO(((RQ1XFOHDU
&RPSDQ\6HSWHPEHU (0) 3 5HYLVLRQ6XSSOHPHQW 3 $ DQG6XSSOHPHQW
3 $ 52'(;$ %:5 )XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQ 0RGHO6LHPHQV3RZHU&RUSRUDWLRQ)HEUXDU\ FRQWLQXHG %)181,7 $PHQGPHQW1R
5HSRUWLQJ5HTXLUHPHQWV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG &25(23(5$7,1*/,0,765(3257 &2/5 FRQWLQXHG
$1) 3 $ 5HYLVLRQDQG6XSSOHPHQW*HQHULF 0HFKDQLFDO'HVLJQ&ULWHULDIRU%:5)XHO'HVLJQV$GYDQFHG 1XFOHDU)XHOV&RUSRUDWLRQ0D\ ;11) 3 $ 9ROXPHDQG6XSSOHPHQWVDQG(((RQ 1XFOHDU0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV1HXWURQLF 0HWKRGVIRU'HVLJQDQG$QDO\VLV(((RQ1XFOHDU&RPSDQ\
0DUFK
;11) 3 $ 9ROXPH5HYLVLRQ(((RQ1XFOHDU 0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQRIWKH(1&
0HWKRGRORJ\WR%:55HORDGV(((RQ1XFOHDU&RPSDQ\-XQH
(0) 3 $ 5HYLVLRQ6LHPHQV3RZHU&RUSRUDWLRQ 0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV(YDOXDWLRQDQG 9DOLGDWLRQRI&$6020,&52%851%6LHPHQV3RZHU &RUSRUDWLRQ2FWREHU ;11) 3 $ 9ROXPH5HYLVLRQ(((RQ1XFOHDU 0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV7+(50(;7KHUPDO /LPLWV0HWKRGRORJ\6XPPDU\'HVFULSWLRQ(((RQ1XFOHDU &RPSDQ\-DQXDU\ 'HOHWHG $133$5HYLVLRQ$5(9$0&356DIHW\/LPLW 0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV$5(9$13 -XQH 'HOHWHG $1) 3 $ 5HYLVLRQ7KH/RVVRI)HHGZDWHU+HDWLQJ 7UDQVLHQWLQ%RLOLQJ:DWHU5HDFWRUV)UDPDWRPH$13
6HSWHPEHU FRQWLQXHG %)181,7 D $PHQGPHQW1R
5HSRUWLQJ5HTXLUHPHQWV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG &25(23(5$7,1*/,0,765(3257 &2/5 FRQWLQXHG
(0) 3 $ 5HYLVLRQ63&%&ULWLFDO3RZHU&RUUHODWLRQ $5(9$136HSWHPEHU (0) 3 $ 5HYLVLRQ$SSOLFDWLRQRI6LHPHQV3RZHU &RUSRUDWLRQ V&ULWLFDO3RZHU&RUUHODWLRQVWR&R5HVLGHQW)XHO
6LHPHQV3RZHU&RUSRUDWLRQ$XJXVW
(0) 3 $ 5HYLVLRQ(;(0%:5(&&6(YDOXDWLRQ 0RGHO)UDPDWRPH$13,QF0D\DVVXSSOHPHQWHGE\WKH VLWHVSHFLILFDSSURYDOLQ15&VDIHW\HYDOXDWLRQVGDWHG)HEUXDU\ DQG-XO\ (0) 3 $ 5HYLVLRQ$75,80$SSHQGL[.6SUD\+HDW 7UDQVIHU&RHIILFLHQWV6LHPHQV3RZHU&RUSRUDWLRQ6HSWHPEHU (0)&& 3 $ 9ROXPH5HYLVLRQ%:56WDELOLW\$QDO\VLV $VVHVVPHQWRI67$,)ZLWK,QSXWIURP0,&52%851%6LHPHQV 3RZHU&RUSRUDWLRQ$XJXVW 'HOHWHG %$:3$5HYLVLRQ5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG
0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV$5(9$13)HEUXDU\
$133$5HYLVLRQ$&($75,80;0&ULWLFDO3RZHU &RUUHODWLRQ$5(9$,QF0DUFK 'HOHWHG 1('&3$*(+LWDFKL%RLOLQJ:DWHU5HDFWRU'HWHFWDQG 6XSSUHVV6ROXWLRQ+/-&RQILUPDWLRQ'HQVLW\5HYLVLRQ1RYHPEHU %$:3$6XSSOHPHQW3$5HYLVLRQ5HDOLVWLF7KHUPDO
0HFKDQLFDO)XHO5RG0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV 6XSSOHPHQW0HFKDQLFDO0HWKRGV)UDPDWRPH,QF$XJXVW FRQWLQXHG %)181,7 E $PHQGPHQW1R
-DQG
5HSRUWLQJ5HTXLUHPHQWV
5HSRUWLQJ5HTXLUHPHQWV FRQWLQXHG &25(23(5$7,1*/,0,765(3257 &2/5 FRQWLQXHG
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU %RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQWR7UDQVLHQWDQG$FFLGHQW
6FHQDULRV)UDPDWRPH,QF-DQXDU\
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU %RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQWR/RVVRI&RRODQW$FFLGHQW
6FHQDULRV)UDPDWRPH,QF0DUFK
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU %RLOLQJ:DWHU5HDFWRUV$SSOLFDWLRQWR&RQWURO5RG'URS$FFLGHQW &5'$ )UDPDWRPH,QF0DUFK DVVXSSOHPHQWHGE\
6HFWLRQRI$1335HYLVLRQ$SSOLFDELOLW\RI)UDPDWRPH
%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO)UDPDWRPH ,QF-XO\ $133$5HYLVLRQ$&($75,80&ULWLFDO3RZHU &RUUHODWLRQ)UDPDWRPH,QF0D\ $133$5HYLVLRQ,QFRUSRUDWLRQRI&KURPLD'RSHG)XHO
3URSHUWLHVLQ$5(9$$SSURYHG0HWKRGV)UDPDWRPH,QF 0D\
$1335HYLVLRQ$SSOLFDWLRQRI%(2,,,0HWKRGRORJ\ZLWKWKH &RQILUPDWLRQ'HQVLW\$OJRULWKPDW%URZQV)HUU\)UDPDWRPH,QF $SULO
FRQWLQXHG %)181,7 F $PHQGPHQW1R
DQG
$77$&+0(17 %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\ 3URSRVHG7HFKQLFDO6SHFLILFDWLRQ%DVHV&KDQJHV 0DUNXS
Reactor Core SLs B 2.1.1 BASES BACKGROUND incremental, cladding deterioration. Therefore, the fuel (continued) cladding SL is defined with a margin to the conditions that would produce onset of transition boiling (i.e., MCPR = 1.00). These conditions represent a significant departure from the condition intended by design for planned operation. The MCPR fuel cladding integrity SL ensures that during normal operation and during abnormal operational transients, at least 99.9% of the fuel rods in the core do not experience transition boiling.This is accomplished by having a Safety Limit Minimum Critical Power Ratio (SLMCPR) design basis, referred to as the SLMCPR95/95, which corresponds to a 95% probability of a 95% confidence level (the 95/95 MCPR criterion) that transition boiling will not occur. Operation above the boundary of the nucleate boiling regime could result in excessive cladding temperature because of the onset of transition boiling and the resultant sharp reduction in heat transfer coefficient. Inside the steam film, high cladding temperatures are reached, and a cladding-water (zirconium-water) reaction may take place. This chemical reaction results in oxidation of the fuel cladding to a structurally weaker form. This weaker form may lose its integrity, resulting in an uncontrolled release of activity to the reactor coolant. APPLICABLE The fuel cladding must not sustain damage as a result of SAFETY ANALYSES normal operation and abnormal operational transients. The reactor core SLs are established to preclude violation of the fuel design criterion that an MCPR limit is to be established, such that at least 99.9% of the fuel rods in the core would not be expected to experience the onset of transition boiling.The Technical Specification SL is set generically on a fuel product MCPR correlation basis as the MCPR which corresponds to a 95% probability at a 95% confidence level that transition boiling will not occur, referred to as SLMCPR95/95. The Reactor Protection System setpoints (LCO 3.3.1.1, "Reactor Protection System (RPS) Instrumentation"), in combination with other LCOs, are designed to prevent any anticipated combination of transient conditions for Reactor Coolant System water level, pressure, and THERMAL POWER level that would result in reaching the MCPR limit. (continued) BFN-UNIT 1 B 2.0-2 Revision 0
Reactor Core SLs B 2.1.1 BASES APPLICABLE 2.1.1.1 Fuel Cladding Integrity SAFETY ANALYSES (continued) Critical power correlations are valid over a wide range of conditions per References 2, 5, and 59, extending to expected conditions below 23% THERMAL POWER. For core thermal power levels at, or above 23% rated, the hot channel flow rate is expected to be >28,000 lbm/hr, (core flow not less than natural circulation i.e., ~25%-30% core flow for 23% power); therefore, the fuel cladding integrity SL is conservative relative to the applicable range of the critical power correlations. For operation at low pressure/flow conditions, consistent with the low power region of the Power/Flow operating map, another basis is used as follows: The static head across the fuel bundles is due to elevation effects from water solid channel, core bypass, and annulus regions, is approximately 4.5 psid. The pressure differential is maintained by the water solid bypass region of the core, along with the annulus region of the vessel. Elevation head provided by the bypass and annulus regions produces natural circulation flow conditions balancing pressure head with loss terms inside the core shroud. Natural circulation principles maintain a core plenum to plenum pressure drop of approximately 4.5 to 5 psid along the natural circulation flow line of the Power/Flow operating map. When power levels approach 23% rated, pressure drop and density head terms are closely balanced as power changes, such that natural circulation flow is nearly independent of reactor power. The flow characteristic is represented by the nearly vertical portion of the natural circulation line on the Power/Flow operating map. For a core pressure drop of approximately 4.5 to 5 psid, the hot channel flow rate is expected to be >28,000 lbm/hr in the region of operation when core power is < 23% with a corresponding core pressure drop of about 4.5 to 5 psid. (continued) BFN-UNIT 1 B 2.0-3 Revision 0, 68, 104, 112 October 24, 2018
Reactor Core SLs B 2.1.1 BASES APPLICABLE 2.1.1.1 Fuel Cladding Integrity (continued) SAFETY ANALYSES For example, References 5 and 9 test data, taken at low pressures and flow rates, indicate assembly critical power in excess of 4 MWt, for flow rates indicative of natural circulation conditions. At 23% rated power, assembly average power is < 1.2 MWt. When considering design peaking factors, hot channel power could be expected to be on the order of 2 MWt. Consequently, operation up to 23% rated core power, with normal natural circulation available, is conservative even if reactor pressure is less than the lower pressure limit of the critical power correlation. When reactor power is significantly less than 23% of rated (e.g., below 10% of rated), hot channel flow supported by the available driving head may fall below 28,000 lbm/hr (along the lower portion of the natural circulation flow characteristic on the Power/Flow map). However, the critical power supported by the flow, remains above actual hot channel power conditions. The inherent characteristics of BWR natural circulation make core power/flow follow the natural circulation line as long as normal annulus water level is maintained. Operation below 23% rated core thermal power is conservatively acceptable, even for reactor operations at natural circulation. Adequate fuel thermal margins are maintained for low power conditions present during core natural circulation, even though the flow may be less than the critical power correlation applicability range. The low pressure safety limit value of 585 psig has been determined to adequately bound the minimum pressure that might occur while reactor power is at or above 23% of rated. This condition would most likely be created by a pressure regulator failure open transient (PRFO) that results in a rapid depressurization of the vessel and a subsequent scram. Reference 8 provides a detailed evaluation of this transient event, and provides the basis for the low pressure safety limit of 585 psig. (continued) BFN-UNIT 1 B 2.0-4 Revision 0, 68, 97, 104, 112 October 24, 2018
Reactor Core SLs B 2.1.1 BASES APPLICABLE 2.1.1.2 MCPR SAFETY ANALYSES (continued) The fuel cladding integrity SL is set such that no fuel damage is calculated to occur if the limit is not violated. Since the parameters that result in fuel damage are not directly observable during reactor operation, the thermal and hydraulic conditions that result in the onset of transition boiling have been used to mark the beginning of the region in which fuel damage could occur. Although it is recognized that the onset of transition boiling would not result in damage to BWR fuel rods, the critical power at which boiling transition is calculated to occur has been adopted as a convenient limit. The Technical Specification SL value is dependent on the fuel product line and the corresponding MCPR correlation, which is cycle-independent. The value is based on the Critical Power Ratio (CPR) data statistics and a 95% probability with 95% confidence that rods are not susceptible to boiling transition, referred to as MCPR95/95.However, the uncertainties in monitoring the core operating state and in the procedures used to calculate the critical power result in an uncertainty in the value of the critical power. Therefore, the fuel cladding integrity SL is defined as the critical power ratio in the limiting fuel assembly for which more than 99.9% of the fuel rods in the core are expected to avoid boiling transition, considering the power distribution within the core and all uncertainties. The MCPR SL is determined using a statistical model combining all the uncertainties in operating parameters and the procedures used to calculate critical power. The probability of the occurrence of boiling transition is determined using the approved AREVA critical power correlations. One specific uncertainty included in the SL is the uncertainty inherent in the critical power correlation. References 2, 3, 4, 5, and 6 describe the uncertainties and methodologies used in determining the MCPR SL.The SL is based on ATRIUM 11 fuel. For cores with a single fuel product line, the SLMCPR95/95 is the MCPR95/95 for the fuel type. For cores loaded with a mix of applicable fuel types, the SLMCPR95/95 is based on the largest (i.e., most limiting) of the MCPR values for the fuel product lines that are fresh or once-burned at the start of the cycle. (continued) BFN-UNIT 1 B 2.0-5 Revision 0, 68, 104 October 20, 2016
Reactor Core SLs B 2.1.1 BASES (continued) SAFETY LIMIT Exceeding an SL may cause fuel damage and create a potential VIOLATIONS for radioactive releases in excess of 10 CFR 50.67, "Accident Source Term," limits (Ref. 7). Therefore, it is required to insert all insertable control rods and restore compliance with the SLs within 2 hours. The 2 hour Completion Time ensures that the operators take prompt remedial action and also ensures that the probability of an accident occurring during this period is minimal. REFERENCES 1. 10 CFR 50, Appendix A, GDC 10.
- 2. EMF-2209(P)(A), SPCB Critical Power Correlation, (as identified in the COLR).
- 3. EMF-2245(P)(A), Application of Siemens Power Corporation's Critical Power Correlations to Co -
Resident Fuel, (as identified in the COLR).
- 4. ANP-10307PA Revision 0, AREVA MCPR Safety Limit Methodology for Boiling Water Reactors, AREVA NP, June 2011.
- 5. ANP-10298PA Revision 0ANP-10298P-A Revision 1, ACE/ATRIUM 10XM Critical Power Correlation, AREVA NPInc., March 20102014.
- 6. ANP-3140(P) Revision 0, Browns Ferry Units 1, 2, and 3 Improved K-factor Model for ACE/ATRIUM 10XM Critical Power Correlation, AREVA NP, August 2012.Not used.
- 7. 10 CFR 50.67.
- 8. ANP-3245P Revision 1, Browns Ferry Evaluation of PRFO Low Pressure Technical Specification Value, AREVA Inc., February 2014.
- 9. ANP-10335P-A Revision 0, ACE/ATRIUM 11 Critical Power Correlation, Framatome Inc., May 2018.
BFN-UNIT 1 B 2.0-7 Revision 0, 29, 68, 97, 104 October 20, 2016
SDM B 3.1.1 B 3.1 REACTIVITY CONTROL SYSTEMS B 3.1.1 SHUTDOWN MARGIN (SDM) BASES BACKGROUND SDM requirements are specified to ensure:
- a. The reactor can be made subcritical from all operating conditions and transients and Design Basis Events;
- b. The reactivity transients associated with postulated accident conditions are controllable within acceptable limits; and
- c. The reactor will be maintained sufficiently subcritical to preclude inadvertent criticality in the shutdown condition.
These requirements are satisfied by the control rods, as described in GDC 26 (Ref. 1), which can compensate for the reactivity effects of the fuel and water temperature changes experienced during all operating conditions. APPLICABLE The control rod drop accident (CRDA) analysis (Refs. 2, 3, 9, SAFETY ANALYSES and 1011) assumes the core is subcritical with the highest worth control rod withdrawn. Typically, the first control rod withdrawn has a very high reactivity worth and, should the core be critical during the withdrawal of the first control rod, the consequences of a CRDA could exceed the fuel damage limits for a CRDA (see Bases for LCO 3.1.6, "Rod Pattern Control"). Also, SDM is assumed as an initial condition for the control rod removal error during refueling (Ref. 4) and fuel assembly insertion error during refueling (Ref. 5) accidents. The analysis of these reactivity insertion events assumes the refueling interlocks are OPERABLE when the reactor is in the refueling mode of operation. These interlocks prevent the withdrawal of more (continued) BFN-UNIT 1 B 3.1-1 Revision 0, 68 October 18, 2012
SDM B 3.1.1 BASES ACTIONS E.1, E.2, E.3, E.4, and E.5 (continued) or other reasons. It is not necessary to perform the SRs needed to demonstrate the OPERABILITY of the components. If, however, any required component is inoperable, then it must be restored to OPERABLE status. In this case, SRs may need to be performed to restore the component to OPERABLE status. Action must continue until all required components are OPERABLE. SURVEILLANCE SR 3.1.1.1 REQUIREMENTS Adequate SDM must be verified to ensure that the reactor can be made subcritical from any initial operating condition. This can be accomplished by a test, an evaluation, or a combination of the two. Adequate SDM is demonstrated before or during the first startup after fuel movement, or shuffling within the reactor pressure vessel, or control rod replacement. Control rod replacement refers to the decoupling and removal of a control rod from a core location, and subsequent replacement with a new control rod or a control rod from another core location. Since core reactivity will vary during the cycle as a function of fuel depletion and poison burnup, the beginning of cycle (BOC) test must also account for changes in core reactivity during the cycle. Therefore, to obtain the SDM, the initial measured value must be increased by an adder, "R", which is the difference between the calculated value of maximum core reactivity during the operating cycle and the calculated BOC core reactivity. If the value of R is negative (that is, BOC is the most reactive point in the cycle), no correction to the BOC measured value is required (Ref. 7) . (continued) BFN-UNIT 1 B 3.1-6 Revision 0
SDM B 3.1.1 BASES (continued) REFERENCES 1. 10 CFR 50, Appendix A, GDC 26.
- 2. FSAR, Section 14.6.2.
- 3. NEDE-24011-P-A, Rev. 16, "General Electric Standard Application for Reactor Fuel," Section S.2.2.3.1, October 2007.Not used.
- 4. FSAR, Section 14.5.34.3.
- 5. FSAR, Section 14.5.34.4.
- 6. FSAR, Section 3.6.5.24.4.
- 7. NEDE-24011-P-A, Rev. 16, "General Electric Standard Application for Reactor Fuel," Section 3.2.4.1, October 2007.Not used.
- 8. NRC 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
- 9. XN-NF 19(P)(A), Volume 1, "Exxon Nuclear Methodology for Boiling Water Reactors - Neutronic Methods for Design Not_
and Analysis," (as identified in the COLR). _ used.
- 10. EMF-2158(P)(A), "Siemens Po1Ner Corporation Methodology for Boiling Water Reactors: Evaluation and Validation of CASMO-4/MICROBURN- B2," (as identified in the COLR).Not used.
- 11. ANP-10333P-A Revision 0, "AURORA-B: An Evaluation Model for Boiling Water Reactors; Application to Control Rod Drop Accident (CRDA)," Framatome Inc., March 2018.
BFN-UNIT 1 B 3.1-8 Revision 0, 68 October 18, 2012
Control Rod Scram Times B 3.1.4 BASES (continued) APPLICABLE The analytical methods and assumptions used in evaluating the SAFETY ANALYSES control rod scram function are presented in References 2, 3, and 4. The Design Basis Accident (DBA) and transient analyses assume that all of the control rods scram at a specified insertion rate. The resulting negative scram reactivity forms the basis for the determination of plant thermal limits (e.g., the MCPR). Other distributions of scram times (e.g., several control rods scramming slower than the average time with several control rods scramming faster than the average time) can also provide sufficient scram reactivity. Surveillance of each individual control rod's scram time ensures the scram reactivity assumed in the DBA and transient analyses can be met. The scram function of the CRD System protects the MCPR Safety Limit (SL) (see Bases for SL 2.1.1, "Reactor Core SLs," and LCO 3.2.2, "MINIMUM CRITICAL POWER RATIO (MCPR)") and the 1% cladding plastic strain fuel design limit (see Bases for LCO 3.2.1, "AVERAGE PLANAR LINEAR HEAT GENERATION RATE (APLHGR)", and LCO 3.2.3, "LINEAR HEAT GENERATION RATE (LHGR)"), which ensure that no fuel damage will occur if these limits are not exceeded. Above 800 psig, the scram function is designed to insert negative reactivity at a rate fast enough to prevent the actual MCPR from becoming less than the MCPR SL, during the analyzed limiting power transient, using the methodology in Reference 11. Below 800 psig, the scram function is assumed to perform during the control rod drop accident (Refs. 5, 8, and 9Ref. 10) and, therefore, also provides protection against violating fuel damage limits during reactivity insertion accidents (see Bases for LCO 3.1.6, "Rod Pattern Control"). For the reactor vessel overpressure protection analysis, the scram function, along with the safety/relief valves, ensure that the peak vessel pressure is maintained within the applicable ASME Code limits. Control rod scram times satisfy Criterion 3 of the NRC Policy Statement (Ref. 7). (continued) BFN-UNIT 1 B 3.1-27 Revision 0, 68 October 18, 2012
Control Rod Scram Times B 3.1.4 BASES (continued) REFERENCES 1. 10 CFR 50, Appendix A, GDC 10.
- 2. FSAR, Section 3.4.6.
- 3. FSAR, Section 14.5.
- 4. FSAR, Section 14.6.
- 5. NEDE-24011-P-A, Rev. 16, "General Electric Standard Application for Reactor Fuel," Section 3.2.4.1, October 2007. Not used.
- 6. Letter from R. F. Janecek (BWROG) to R. W. Starostecki (NRC), "BWR Owners Group Revised Reactivity Control System Technical Specifications," BWROG-8754, September 17, 1987.
- 7. NRC No. 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
- 8. XN-NF 1Q(P)(A), Volume 1, "Exxon Nuclear Methodology for Boiling Water Reactors - Neutronic Methods for Design and Analysis," (as identified in the COLR).Not used.
- 9. EMF-2158(P)~I\), "Siemens Po1A1er Corporation Methodology for Boiling Water Reactors: Evaluation and Validation of CASMO-4/MICROBURN- B2," (as identified in the COLR).Not used.
- 10. ANP-10333P-A Revision O "AURORA-B: An Evaluation Model for Boiling Water Reactors; Application to Control Rod Drop Accident (CRDA)," Framatome Inc., March 2018.
- 11. ANP-10300P-A Revision 1, "AURORA-B: An Evaluation Model for Boiling Water Reactors; Application to Transient and Accident Scenarios," Framatome Inc., January 2018.
BFN-UNIT 1 B 3.1-34 Revision 0, 68 October 18, 2012
Rod Pattern Control B 3.1.6 B 3.1 REACTIVITY CONTROL SYSTEMS B 3.1.6 Rod Pattern Control BASES BACKGROUND Control rod patterns during startup conditions are controlled by the operator and the rod worth minimizer (RWM) (LCO 3.3.2.1, "Control Rod Block Instrumentation"), so that only specified control rod sequences and relative positions are allowed over the operating range of all control rods inserted to 10% RTP. The sequences limit the potential amount of reactivity addition that could occur in the event of a Control Rod Drop Accident (CRDA). This Specification assures that the control rod patterns are consistent with the assumptions of the CRDA analyses of References 1, 2, 11, and 12Reference 13. APPLICABLE The analytical methods and assumptions used in evaluating SAFETY ANALYSES the CRDA are summarized in References 1, 2, 11, and 12 Reference 13. CRDA analyses assume that the reactor operator follows prescribed withdrawal sequences. These sequences define the potential initial conditions for the CRDA analysis. The RWM (LCO 3.3.2.1) provides backup to operator control of the withdrawal sequences to ensure that the initial conditions of the CRDA analysis are not violated. Prevention or mitigation of positive reactivity insertion events is necessary to limit the energy deposition in the fuel, thereby preventing significant fuel damage which could result in the undue release of radioactivity. Since the failure consequences for UO2 have been shown to be insignificant below fuel energyThe CRDA analysis ensures that the potential release of radioactivity does not exceed that assumed in the plants licensing basis dose evaluation. The criteria of Regulatory Guide (RG) 1.236 (Ref. 14) is utilized with the steady state release fractions of RG 1.183 (July 2000 version, Ref. 15) and using the DG-1327 (July 2019 version, Ref. 16) transient fission gas release correlations and fission gas multipliers in making this determination. Consequently, the calculated offsite dose will be well within the required limits (Ref. 5). (continued) BFN-UNIT 1 B 3.1-41 Revision 0, 68 October 18, 2012
Rod Pattern Control B 3.1.6 BASES APPLICABLE depositions of 300 cal/gm (Ref. 3), the fuel damage limit of SAFETY ANALYSES 280 cal/gm provides a margin of safety from significant core (continued) damage which would result in release of radioactivity (Refs. 4 and 5). Generic evaluations (Refs. 1, 6, and 11) of a design basis CRDA (i.e., a CRDA resulting in a peak fuel energy deposition of 280 cal/gm) have shown that if the peak fuel enthalpy remains below 280 cal/gm, then the maximum reactor pressure will be less than the required ASME Code limits (Ref. 7) and the calculated offsite doses will be well within the required limits (Ref. 5).The potential for CRDA to exceed ASME code pressure limits was addressed in Reference 13. The most severe power pulse for the CRDA occurs at the cold conditions at atmospheric pressure. Therefore, a significant amount of energy is required to simply pressurize the core. Although local pressure increase occurs within a few assemblies, there is little change in the core system pressure in either the startup range or the power range. Therefore, the CRDA would not result in a reactor pressure which would cause increased stress to exceed the "Service Limit C" ASME Boiler and Pressure Vessel Code. Control rod patterns analyzed in References 1, 11, and 12Reference 13, follow the banked position withdrawal sequence (BPWS). The BPWS is applicable from the condition of all control rods fully inserted to 10% RTP (Ref. 2). For the BPWS, the control rods are required to be moved in groups, with all control rods assigned to a specific group required to be within specified banked positions (e.g., between notches 08 and 12). The banked positions are established to minimize the maximum incremental control rod worth without being overly restrictive during normal plant operation. Analyses are performed using the Reference 11 13 methodology demonstrating the 280 cal/gm fuel damage limitRG 1.236 (Ref. 14) criteria will not be violated during a CRDA while following the BPWS mode of operation. The evaluation provided by the generic BPWS analysis (Ref. 8) allows a limited number (i.e., eight) and corresponding distribution of fully inserted, inoperable control rods, that are not in compliance with the sequence. When performing a shutdown of the plant, an optional BPWS control room sequence (Ref. 10) may be used provided that all withdrawn control rods have been confirmed to be coupled. The rods may be inserted without the need to stop at intermediate positions since the possibility of a CRDA is eliminated by the confirmation that withdrawn control rods are coupled. When using the Reference 10 control rod sequence for shutdown, the Rod Worth Minimizer may be reprogrammed. (continued) BFN-UNIT 1 B 3.1-42 Revision 0, 68 October 18, 2012
Rod Pattern Control B 3.1.6 BASES (continued) REFERENCES 1. NEDE-24011-P-A, Rev. 16, "General Electric Standard Application for Reactor Fuel," Section 2.2.3.1, October 2007.Not used.
- 2. Letter from T. Pickens (BWROG) to G. C. Lainas (NRC),
Amendment 17 to General Electric Licensing Topical Report, NEDE-24011-P-A, August 15, 1986.
- 3. NUREG-0979, Section 4.2.1.3.2, April 1983.
- 4. NUREG-0800, Section 15.0.1.
- 5. 10 CFR 50.67.
- 6. NEDO-21778-A, "Transient Pressure Rises Affected Fracture Toughness Requirements for Boiling Water Reactors," December 1978.
- 7. ASME, Boiler and Pressure Vessel Code.
- 8. NEDO-21231, "Banked Position Withdrawal Sequence,"
January 1977.
- 9. NRC No. 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
- 10. NEDO 33091-A , Revision 2, "Improved BPWS Control Rod Insertion Process," July 2004.
- 11. XN-NF 1Q(P)(A), Volume 1, "Exxon Nuclear Methodology for Boiling Water Reactors - Neutronic Methods for Design and Analysis, " (as identified in the COLR).Not used.
- 12. EMF-215S(P)(A), "Siemens Power Corporation Methodology for Boiling Water Reactors: Evaluation and Validation of CASMO-4/MICROBURN- B2," (as identified in the COLR).Not used.
- 13. ANP-10333P-A Revision O "AURORA-B: An Evaluation Model for Boiling Water Reactors; Application to Control Rod Drop Accident {CRDA), " Framatome Inc., March 2018.
- 14. Regulatory Guide 1.236, "Pressurized -Water Reactor Control Rod Ejection and Boiling-Water Reactor Control Rod Drop Accidents,"
June 2020 (NRC ADAMS ML20055F490).
- 15. Regulatory Guide 1.183, "Alternative Radiological Source Terms for Evaluating Design Basis Accidents at Nuclear Power Reactors," July 2000 (NRC ADAMS ML003716792).
- 16. Draft Regulatory Guide 1327, "Pressurized -Water Reactor Control Rod Ejection and Boiling Water Reactor Control Rod Drop Accidents," July 2019 {NRC ADAMS ML18302A106).
BFN-UNIT 1 B 3.1-46 Revision 0, 29, 68 October 18, 2012
SLC System B 3.1.7 BASES SURVEILLANCE SR 3.1.7.11 REQUIREMENTS (continued) SR 3.1.7.11 verifies that each valve in the system is in its correct position, but does not apply to the squib (i.e., explosive) valves. Verifying the correct alignment for manual, power operated, and automatic valves in the SLC System Flowpath provides assurance that the proper flow paths will exist for system operation. A valve is also allowed to be in the nonaccident position provided it can be aligned to the accident position from the control room, or locally by a dedicated operator at the valve control. This is acceptable since the SLC System is a manually initiated system. This surveillance also does not apply to valves that are locked, sealed, or otherwise secured in position since they are verified to be in the correct position prior to locking, sealing or securing. This verification of valve alignment does not require any testing or valve manipulation; rather, it involves verification that those valves capable of being mispositioned are in the correct position. This SR does not apply to valves that cannot be inadvertently misaligned, such as check valves. The 31 day Frequency is based on engineering judgment and is consistent with the procedural controls governing valve operation that ensures correct valve positions. REFERENCES 1. 10 CFR 50.62.
- 2. NEDC- 33860P, "Safety Analysis Report for Browns Ferry Nuclear Plant Units 1, 2, and 3 Extended Power Uprate,"
GE Hitachi Nuclear Energy, October 2016. Section 2.8.
- 3. NRC No. 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
- 4. FSAR, Section 14.6.
BFN-UNIT 1 B 3.1-57 Revision 0, 29, 112 October 24, 2018
APLHGR B 3.2.1 B 3.2 POWER DISTRIBUTION LIMITS B 3.2.1 AVERAGE PLANAR LINEAR HEAT GENERATION RATE (APLHGR) BASES BACKGROUND The APLHGR is a measure of the average LHGR of all the fuel rods in a fuel assembly at any axial location. Limits on the APLHGR are specified to ensure that the fuel design limits are not exceeded during abnormal operational transients and that the peak cladding temperature (PCT) during the postulated design basis loss of coolant accident (LOCA) does not exceed the limits specified in 10 CFR 50.46. APPLICABLE The analytical methods and assumptions used in evaluating SAFETY ANALYSES the fuel design limits are presented in References 2 and 11. The analytical methods and assumptions used in evaluating Design Basis Accidents (DBAs), abnormal operational transients, and normal operation that determine the APLHGR limits are presented in References 11, 12, 13, 14, 15, and 16, 17, 18, 19, and 20. for AREVA fuel. (continued) BFN-UNIT 1 B 3.2-1 Revision 0, 40, 68, 104 October 20, 2016
APLHGR B 3.2.1 BASES APPLICABLE (Deleted by Tech Spec Bases Revision 104) SAFETY ANALYSES (continued) AREVA Fuel For AREVA fuel, the APLHGR limits are developed as a function of exposure and, along with the LHGR limits, ensure adherence to fuel design limits during abnormal operational transients. No power- or flow-dependent corrections are applied to the APLHGR (referred to as the maximum APLHGR or MAPLHGR). AREVA APLHGR limits are intended to be bound by the LHGR limits. The calculational procedure used to establish the AREVA fuel MAPLHGR limits is based on LOCA analyses as defined in 10 CFR 50.46, Appendix K. MAPLHGR limits are created to assure that the peak cladding temperature of AREVA fuel following a postulated design basis LOCA will not exceed the PCT and maximum oxidation limits specified in 10 CFR 50.46, Appendix K. The calculational models and methodology are described in References 11, and 12, and 19. The AREVA fuel MAPLHGR limits for two-loop operation are specified in the COLR. For single-loop operation, a MAPLHGR multiplier is applied to the MAPLHGR limit (Ref. 11). The multiplier is documented in the COLR. The APLHGR satisfies Criterion 2 of the NRC Policy Statement (Ref. 6). (continued) BFN-UNIT 1 B 3.2-3 Revision 40, 68, 104 Amendment No. 236 October 20, 2016
APLHGR B 3.2.1 BASES LCO The APLHGR limits specified in the COLR are the result of the fuel design, DBA, and transient analyses. With only one recirculation loop in operation, in conformance with the re quirements of LCO 3.4.1, "Recirculation Loops Operating," the limit is determined by multiplying the exposure dependent limit by an APLHGR correction factor (Ref. 5 and Ref. 10). Cycle specific APLHGR correction factors for single recirculation loop operation are documented in the COLR. APLHGR limits are selected such that no power or flow dependent corrections are required. Additional APLHGR operating limit adjustments may be provided in the COLR supporting other analyzed equipment out-of-service conditions. APPLICABILITY The APLHGR limits are primarily derived from fuel design evaluations and LOCA and transient analyses that are assumed to occur at high power levels. Design calculations (Ref. 4) and operating experience have shown that as power is reduced, the margin to the required APLHGR limits increases. This trend continues down to the power range of 5% to 15% RTP when entry into MODE 2 occurs. When in MODE 2, the intermediate range monitor scram function provides prompt scram initiation during any significant transient, thereby effectively removing any APLHGR limit compliance concern in MODE 2. Therefore, at THERMAL POWER levels 23% RTP, the reactor is operating with substantial margin to the APLHGR limits; thus, this LCO is not required. (continued) BFN-UNIT 1 B 3.2-3a Revision 40, 68, 104, 112 Amendment No. 236 October 24, 2018
APLHGR B 3.2.1 BASES REFERENCES 1. (Deleted by Tech Spec Revision 104).
- 2. FSAR, Chapter 3.
- 3. FSAR, Chapter 14.
- 4. FSAR, Appendix N.
- 5. NEDC-32484P, "Browns Ferry Nuclear Plant Units 1, 2, and 3, SAFER/GESTR-LOCA Loss-of-Coolant Accident Analysis," Revision 2, December 1997.Not used.
- 6. NRC No. 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
- 7. NEDC- 32433P, "Maximum Extended Load Line Limit and ARTS Improvement Program Analyses for Browns Ferry Nuclear Plant Units 1, 2, and 3," April 1995.Not used.
- 8. NEDO-30130-A, "Steady State Nuclear Methods,"
May 1985.Not used.
- 9. NEDO-24154, "Qualification of the One -Dimensional Core Transient Model for Boiling Water Reactors," October 1978.Not used.
- 10. NEDO-24236, "Brmvns Ferry Nuclear Plant Units 1, 2, and 3, Single- Loop Operation," May 1981.Not used.
(continued) BFN-UNIT 1 B 3.2-5 Revision 0, 40, 68, 104 October 20, 2016
APLHGR B 3.2.1 BASES REFERENCES 11. EMF-2361 (P)(A), Rev. 0, "EXEM BWR-2000 ECCS (continued) Evaluation Model," Framatome ANP Inc., as supplemented by the site-specific approval in NRC safety evaluation dated April 27, 2012, and July 31, 2014.
- 12. EMF-2292(P)(A), "ATRIUM TM-10: Appendix K Spray Heat Transfer Coefficients," (as identified in the COLR).
- 13. XN-NF 58(P)(A), "RODEX2 Fuel Rod Thermal -
Mechanical Response Evaluation Model," (as identified in the COLR).
- 14. XN-NF 19(P)(A), Volume 1, "Exxon Nuclear Methodology for Boiling Water Reactors - Neutronic Methods for Design and Analysis," (as identified in the COLR).
- 15. XN-NF 19(P)(A), Volume 4, "Exxon Nuclear Methodology for Boiling Water Reactors: Application of the ENC Methodology to BWR Reloads," (as identified in the COLR).
- 16. BAW- 10247PA Revision 0, "Realistic Thermal -Mechanical Fuel Rod Methodology for Boiling Water Reactors," AREVA NP, February 2008.
- 17. ANF 98(P)(A) Revision 1 and Supplement 1, "Generic Mechanical Design Criteria for BWR Fuel Designs,"
Advanced Nuclear Fuels Corporation, May 1995.
- 18. BAW-10247P-A Supplement 2P-A Revision 0, "Realistic Thermal-Mechanical Fuel Rod Methodology for Boiling Water Reactors Supplement 2: Mechanical Methods, "
Framatome Inc., August 2018.
- 19. ANP-10332P-A Revision 0, "AURORA-B: An Evaluation Model for Boiling Water Reactors; Application to Loss of Coolant Accident Scenarios, " Framatome Inc., March 2019.
- 20. ANP-10340P-A Revision 0, "Incorporation of Chromia -
Doped Fuel Properties in AREVA Approved Methods," Framatome Inc., May 2018. (continued) BFN-UNIT 1 B 3.2-5a Revision 0, 40, 68, 104 October 20, 2016
MCPR B 3.2.2 B 3.2 POWER DISTRIBUTION LIMITS B 3.2.2 MINIMUM CRITICAL POWER RATIO (MCPR) BASES BACKGROUND MCPR is a ratio of the fuel assembly power that would result in the onset of boiling transition to the actual fuel assembly power. The MCPR Safety Limit (SL) is set such that 99.9% of the fuel rods avoid boiling transition if the limit is not violated (refer to the Bases for SL 2.1.1.2). The operating limit MCPR is established to ensure that no fuel damage results during abnormal operational transients and that 99.9% of the fuel rods are not susceptible to boiling transition if the limit is not violated. Although fuel damage does not necessarily occur if a fuel rod actually experienced boiling transition (Ref. 1), the critical power at which boiling transition is calculated to occur has been adopted as a fuel design criterion. The onset of transition boiling is a phenomenon that is readily detected during the testing of various fuel bundle designs. Based on these experimental data, correlations have been developed to predict critical bundle power (i.e., the bundle power level at the onset of transition boiling) for a given set of plant parameters (e.g., reactor vessel pressure, flow, and subcooling). Because plant operating conditions and bundle power levels are monitored and determined relatively easily, monitoring the MCPR is a convenient way of ensuring that fuel failures due to inadequate cooling do not occur. (continued) BFN-UNIT 1 B 3.2-6 Revision 0
MCPR B 3.2.2 BASES (continued) APPLICABLE The analytical methods and assumptions used in evaluating SAFETY ANALYSES the abnormal operational transients to establish the operating limit MCPR are presented in References 11, 12, 13, 14, and 15and 16. To ensure that the MCPR SL is not exceeded during any transient event that occurs with moderate frequency, limiting transients have been analyzed to determine the largest reduction in critical power ratio (CPR). The types of transients evaluated are loss of flow, increase in pressure and power, positive reactivity insertion, and coolant temperature decrease. The limiting transient yields the largest change in CPR (~ CPR). When the largest CPR is added tocombined with the MCPR SLSLMCPR99.9%, the required operating limit MCPR is obtained. The MCPR operating limits derived from the transient analysis are dependent on the operating core flow and power to ensure adherence to fuel design limits during the worst transient that occurs with moderate frequency (Ref. 8). Flow dependent MCPR (MCPR f) limits are determined by steady state thermal hydraulic methods using the three dimensional BWR simulator code (Ref. 12) and the multichannel thermal hydraulics code (Ref. 13). The operating limit is dependent on the maximum core flow limiter setting in the Recirculation Flow Control System. MCPR99.9% is determined to ensure more than 99.9% of the fuel rods in the core are not susceptible to boiling transition using a statistical model that combines all the uncertainties in operating parameters and the procedures used to calculate critical power. The probability of the occurrence of boiling transition is determined using the approved Critical Power correlations. Details of the MCPR99.9% calculation are given in Reference 11. The cycle-specific Reload Analysis report (as referenced in the COLR) includes tabulation of fuel- and plant-related uncertainties for the parameters used in the MCPR99.9% statistical analysis. Power dependent MCPR limits (MCPR p) are derived from the MCPR99.9% value and the transient analyses based on determined by the three-dimensional BWR simulator code (Ref. 12) and the one- dimensional transient codes (Refs. 14 and 15)multi-physics evaluation model (Ref. 16). Due to the sensitivity of the transient response to initial core flow levels at power levels below those at which the turbine stop valve closure and turbine control valve fast closure scrams are bypassed, high and low flow MCPRp operating limits are provided for operating between 23 % RTP and the previously mentioned bypass power level. MCPRp limits above the bypass power level may be implemented with a flow dependency as a margin improvement option. At a given power level, MCPRp limits can be defined for specific ranges of core flow. The use of this approach expands the original basis for thermal limit administration under the ARTS methodology (Ref. 8), and can improve operating MCPR margin when operating at the lower core flows associated with the MELLLA+ operating domain. The MCPR satisfies Criterion 2 of the NRC Policy Statement (Ref. 7). (continued) BFN-UNIT 1 B 3.2-7 Revision 40, 68, 104, 112 Amendment No. 236 October 24, 2018
MCPR B 3.2.2 BASES (continued) LCO The MCPR operating limits specified in the COLR (MCPR99.9% value, MCPRf values, and MCPRp values) are the result of the Design Basis Accident (DBA) and transient analysis. Additionally MCPR operating limits supporting analyzed equipment out-of-service conditions are provided in the COLR. The operating limit MCPR is determined by the larger of the MCPRf and MCPRp limits, which are based on the MCPR99.9% limit specified in the COLR. APPLICABILITY The MCPR operating limits are primarily derived from transient analyses that are assumed to occur at high power levels. Below 23% RTP, the reactor is operating at a minimum recirculation pump speed and the moderator void ratio is small. Surveillance of thermal limits below 23% RTP is unnecessary due to the large inherent margin that ensures that the MCPR SL is not exceeded even if a limiting transient occurs. Statistical analyses indicate that the nominal value of the initial MCPR expected at 23% RTP is > 3.5. Studies of the variation of limiting transient behavior have been performed over the range of power and flow conditions. These studies encompass the range of key actual plant parameter values important to typically limiting transients. The results of these studies demonstrate that a margin is expected between performance and the MCPR requirements, and that margins increase as power is reduced to 23% RTP. This trend is expected to continue to the 5% to 15% power range when entry into MODE 2 occurs. When in MODE 2, the intermediate range monitor provides rapid scram initiation for any significant power increase transient, which effectively eliminates any MCPR compliance concern. Therefore, at THERMAL POWER levels < 23% RTP, the reactor is operating with substantial margin to the MCPR limits and this LCO is not required. ACTIONS A.1 If any MCPR is outside the required limits, an assumption regarding an initial condition of the design basis transient (continued) BFN-UNIT 1 B 3.2-8 Revision 0, 40, 68, 112 October 24, 2018
MCPR B 3.2.2 BASES REFERENCES 8. NEDC- 32433P, "Maximum Extended Load Line Limit and (continued) ARTS Improvement Program Analyses for Browns Ferry Nuclear Plant Units 1, 2, and 3," April 1995.
- 9. (Deleted by Tech Spec Revision 104).
- 10. NEDO-24236, "Browns Ferry Nuclear Plant Units 1, 2, and 3, Single- Loop Operation," May 1981.
- 11. ANP- 10307PA Revision 0, "AREVA MCPR Safety Limit Methodology for Boiling Water Reactors," AREVA NP, June 2011.
- 12. EMF-2158(P)(A), "Siemens Power Corporation Methodology for Boiling Water Reactors: Evaluation and Validation of CASMO-4/MICROBURN- 82," (as identified in the COLR).
- 13. XN-NF 19(P)(A) Volume 3, "Exxon Nuclear Methodology for Boiling Water Reactors, THERMEX: Thermal Limits Methodology Summary Description," (as identified in the COLR).
- 14. ANF-Q13(P)(A) Volume 1, "COTRANSA2: A Computer Program for Boiling Water Reactor Tran sient Analyses," (as identified in the COLR).Not used.
- 15. XN-NF 105(P)(A) Volume 1, "XCOBRA-T: A Computer Code for BWR Transient Thermal- l=lydraulic Core Analysis,"
(as identified in the COLR).Not used.
- 16. ANP-10300P-A Revision 1 "AURORA-B: An Evaluation Model for Boiling Water Reactors; Application to Transient and Accident Scenarios, " Framatome Inc., January 2018.
BFN-UNIT 1 B 3.2-10a Revision 40, 68, 104 October 20, 2016
RPS Instrumentation B 3.3.1.1 BASES APPLICABLE 2.f. Oscillation Power Range Monitor (OPRM) Upscale SAFETY ANALYSES, LCO, and The OPRM Upscale Function provides compliance with APPLICABILITY 10 CFR 50, Appendix A, General Design Criteria (GDC) 10 and (continued) 12, thereby providing protection from exceeding the fuel MCPR safety limit (SL) due to anticipated thermal-hydraulic power oscillations. Reference 13 describes the Detect and Suppress - Confirmation Density (DSS-CD) long-term stability solution and the licensing basis Confirmation Density Algorithm (CDA).Reference 13 describes the Detect and Suppress Confirmation Density (DSS-CD) long-term stability solution. Reference 13 also defines the Confirmation Density Algorithm (CDA) which is used in conjunction with DSS-CD for oscillation detection. The analytical portion of DSS-CD has since been replaced by the Best-estimate Enhanced Option III methodology with CDA as described in Reference 15. The hardware side of DSS-CD has been retained and is unchanged from Reference 13. This hybrid stability solution is referred to as BEO-III with CDA. Reference 13 also describes the DSS-CDCDA Armed Region and the three additional algorithms for detecting thermal-hydraulic instability related neutron flux oscillations: the period based detection algorithm (PBDA), the amplitude based algorithm (ABA), and the growth rate algorithm (GRA). All four algorithms are implemented in the OPRM Upscale Function, but the safety analysis takes credit only for the CDA. The remaining three algorithms provide defense in depth and additional protection against unanticipated oscillations. OPRM Upscale Function OPERABILITY is based only on the CDA. The OPRM Upscale Function receives input signals from the local power range monitors (LPRMs) within the reactor core, which are combined into cells for evaluation by the OPRM algorithms. DSS-CDCDA OPERABILITY requires at least 8 responsive OPRM cells per channel. The DSS-CDCDA software includes a self-check for the responsive OPRM cells; therefore, no SR is necessary. (continued) BFN-UNIT 1 B 3.3-16a Revision 45, 112, 119 January 8, 2020
RPS Instrumentation B 3.3.1.1 BASES APPLICABLE 2.f. Oscillation Power Range Monitor (OPRM) Upscale SAFETY ANALYSES, (continued) LCO, and APPLICABILITY The OPRM Upscale Function is required to be OPERABLE above a power level set at 5% of rated power below the lower boundary of the Armed Region, which is >18% RTP. This requirement is designed to encompass the region of power-flow operation where anticipated events could lead to thermal-hydraulic instability and related neutron flux oscillations. The OPRM Upscale Function is automatically trip-enabled when THERMAL POWER, as indicated by the APRM Simulated Thermal Power, is ~23% RTP corresponding to the MCPR monitoring threshold and reactor recirculation drive flow, is less than 75% of rated flow. This region is the OPRM Armed Region. Note (f) allows for entry into the DSS-CD Armed Region without automatic arming of DSS-CD prior to completely passing through the DSS-CD Armed Region during the first startup and the first shutdown following DSS-CD implementation. If any OPRM auto-enabled setpoint is in a non-conservative condition, i.e., the OPRM Upscale is not auto-enabled with RTP
~ 23% and reactor recirculation drive flows 75% of rated , the associated channel is considered inoperable for the OPRM Upscale function. Alternatively, the auto-enabled setpoint may be adjusted to place the channel in a conservative condition (armed). If placed in the armed condition, the channel is considered OPERABLE.
Note (f) reflects the need for plant data collection in order to test the DSS-CD equipment. Testing the DSS-CD equipment ensures its proper operation and prevents spurious reactor trips. Entry into the DSS-CD Armed Region without automatic arming of DSS-CD during this initial testing phase also allows for changes in plant operations to address maintenance or other operational needs. However, during this initial testing period, the OPRM upscale function is OPERABLE and DSS-CD operability and capability to automatically arm shall be maintained at recirculation drive flow rates above the DSS-CD Armed Region flow boundary. (continued) BFN-UNIT 1 B 3.3-16b Revision 45, 119 January 8, 2020
RPS Instrumentation B 3.3.1.1 BASES APPLICABLE 2.f. Oscillation Power Range Monitor (OPRM) Upscale SAFETY ANALYSES, (continued) LCO, and APPLICABILITY An OPRM Upscale trip is issued from an OPRM channel when the confirmation density algorithm in that channel detects oscillatory changes in the neutron flux, indicated by periodic confirmations and amplitude exceeding specified setpoints for a specified number of OPRM cells in the channel. An OPRM Upscale trip is also issued from the channel if any of the defense-in-depth algorithms (PBDA, ABA, GRA) exceed their trip condition for one or more cells in that channel. Three of the four channels are required to be OPERABLE. Each channel is capable of detecting thermal-hydraulic instabilities, by detecting the related neutron flux oscillations, and issuing a trip signal before the SLMCPR is exceeded. There is no Allowable Value for this function. The OPRM Upscale Function is not LSSS SL-related (Reference 13) and Reference 14 confirms that the OPRM Upscale Function settings based on DSS-CDBEO-III with CDA also do not have traditional instrumentation setpoints determined under an instrument setpoint methodology. (continued) BFN-UNIT 1 B 3.3-16c Revision 45, 119 January 8, 2020
RPS Instrumentation B 3.3.1.1 BASES (continued) REFERENCES 1. FSAR, Section 7.2.
- 2. FSAR, Chapter 14.
- 3. NEDO-23842, "Continuous Control Rod Withdrawal in the Startup Range," April 18, 1978.
- 4. FSAR, Appendix N.
- 5. FSAR, Section 14.6.2.
- 6. FSAR, Section 6.5.
- 7. FSAR, Section 14.5.
- 8. P. Check (NRC) letter to G. Lainas (NRC), "BWR Scram Discharge System Safety Evaluation," December 1, 1980.
- 9. NEDC-30851-P-A , "Technical Specification Improvement Analyses for BWR Reactor Protection System," March 1988.
- 10. NRC No. 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
- 11. MED-32-0286, "Technical Specification Improvement Analysis for Browns Ferry Nuclear Plant, Unit 2," October 1995.
- 12. NEDC-32410P-A, "Nuclear Measurement Analysis and Control Power Range Neutron Monitor (NUMAC PRNM)
Retrofit Plus Option III Stability Trip Function," October 1995.
- 13. GE Hitachi Nuclear Energy, "GE Hitachi Boiling Water Reactor Detect and Suppress Solution Confirmation Density," NEDC-33075P-A, Revision 8, November 2013.
- 14. GEH letter to NRC, "NEDC-33075P-A, Detect and Suppress Solution Confirmation Density (DCC-CD), Analytical Limit (TAC No. MD0277)," October 29, 2008, (ADAMS Accession No. ML083040052).
15.ANP-3907P R evision 0, "Application of BEO -III Methodology with the Confirmation Density Algorithm at Browns Ferry," Framatome Inc .. $SULO. BFN-UNIT 1 B 3.3-44 Revision 0, 40, 45, 119 January 8, 2020
Control Rod Block Instrumentation B 3.3.2.1 BASES APPLICABLE 2. Rod Worth Minimizer SAFETY ANALYSES, LCO, and The RWM enforces the banked position withdrawal sequence APPLICABILITY (BPWS) to ensure that the initial conditions of the CRDA (continued) analysis are not violated. The analytical methods and assumptions used in evaluating the CRDA are summarized in References 4, 5, 6, 7, 12, 13, and 1415. The standard BPWS requires that control rods be moved in groups, with all control rods assigned to a specific group required to be within specified banked positions. Requirements that the control rod sequence is in compliance with the BPWS are specified in LCO 3.1.6, "Rod Pattern Control." When performing a shutdown of the plant, an optional BPWS control rod sequence (Ref. 12) may be used if the coupling of each withdrawn control rod has been confirmed. The rods may be inserted without the need to stop at intermediate positions. When using the Reference 12 control rod insertion sequence for shutdown, the Rod Worth Minimizer may be programmed to enforce the requirements of the improved BPWS control rod insertion process or bypassed if it is not programmed to reflect the optional BPWS shutdown sequence, as permitted by the Applicability Note for the Rod Worth Minimizer in Table 3.3.2-1. The RWM Function satisfies Criterion 3 of the NRC Policy Statement (Ref. 10). Since the RWM is designed to act as a backup to operator control of the rod sequences, only one channel of the RWM is available and required to be OPERABLE (Ref. 7). Special circumstances provided for in the Required Action of LCO 3.1.3, "Control Rod OPERABILITY," and LCO 3.1.6 may necessitate bypassing the RWM to allow continued operation with inoperable control rods, or to allow correction of a control rod pattern not in compliance with the BPWS. The RWM may be bypassed as required by these conditions, but then it must be considered inoperable and the Required Actions of this LCO followed. (continued) BFN-UNIT 1 B 3.3-61 Revision 0, 68 Amendment 275 October 18, 2012
Control Rod Block Instrumentation B 3.3.2.1 BASES APPLICABLE 2. Rod Worth Minimizer (continued) SAFETY ANALYSES, LCO, and Compliance with the BPWS, and therefore OPERABILITY of the APPLICABILITY RWM, is required in MODES 1 and 2 when THERMAL (continued) POWER is 10% RTP. When THERMAL POWER is
> 10% RTP, there is no possible control rod configuration that results in a control rod worth that could exceed the 280 cal/gm fuel damage limit during a CRDA (Refs. 5 and 7).the power pulse in the power range is much broader than that in the startup range due to the presence of voids in the core. For this reason, CRDA in the power range remains non-limiting (Ref.
15). In MODES 3 and 4, all control rods are required to be inserted into the core; therefore, a CRDA cannot occur. In MODE 5, since only a single control rod can be withdrawn from a core cell containing fuel assemblies, adequate SDM ensures that the consequences of a CRDA are acceptable, since the reactor will be subcritical.
- 3. Reactor Mode Switch - Shutdown Position During MODES 3 and 4, and during MODE 5 when the reactor mode switch is required to be in the shutdown position, the core is assumed to be subcritical; therefore, no positive reactivity insertion events are analyzed. The Reactor Mode Switch -
Shutdown Position control rod withdrawal block ensures that the reactor remains subcritical by blocking control rod withdrawal, thereby preserving the assumptions of the safety analysis. The Reactor Mode Switch - Shutdown Position Function satisfies Criterion 3 of the NRC Policy Statement (Ref. 10). Two channels are required to be OPERABLE to ensure that no single channel failure will preclude a rod block when required. There is no Allowable Value for this Function since the channels are mechanically actuated based solely on reactor mode switch position. (continued) BFN-UNIT 1 B 3.3-62 Revision 0
Control Rod Block Instrumentation B 3.3.2.1 BASES (continued) REFERENCES 1. FSAR, Section 7.5.8.2.3.
- 2. FSAR, Section 7.16.5.3.1.k.
- 3. NEDC-32433P, "Maximum Extended Load Line Limit and ARTS Improvement Program Analyses for Browns Ferry Nuclear Plant Unit 1, 2 and 3," April 1995.
- 4. NEDE-24011-P-A-US, "General Electrical Standard Application for Reload Fuel," Supplement for United States, (revision specified in the COLR).Not used.
- 5. "Modifications to the Requirements for Control Rod Drop Accident Mitigating Systems," BWR Owners' Group, July 1986.
- 6. NEDO-21231, "Banked Position Withdrawal Sequence,"
January 1977.
- 7. NRC SER, "Acceptance of Referencing of Licensing Topical Report NEDE-24011-P-A," "General Electric Standard Application for Reactor Fuel, Revision 8, Amendment 17,"
December 27, 1987.Not used.
- 8. NEDC-30851-P-A, Supplement 1, "Technical Specification Improvement Analysis for BWR Control Rod Block Instrumentation," October 1988.
- 9. GENE-770-06-1, "Addendum to Bases for Changes to Surveillance Test Intervals and Allowed Out-of-Service Times for Selected Instrumentation Technical Specifications," February 1991.
- 10. NRC No. 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
- 11. NEDC-32410P-A, "Nuclear Measurement Analysis and Control Power Range Neutron Monitor (NUMAC PRNM)
Retrofit Plus Option Ill Stability Trip Function," October 1995. (continued) BFN-UNIT 1 B 3.3-71 Revision 0, 40, 68 Amendment 276 October 18, 2012
Control Rod Block Instrumentation B 3.3.2.1 BASES REFERENCES 12. NEDO 33091-A, Revision 2, "Improved BPWS Control Rod (continued) Insertion Process," July 2004.
- 13. XN-NF-80-19(P)(A), Volume 1, "Exxon Nuclear Methodology for Boiling Water Reactors - Neutronic Methods for Design and Analysis," (as identified in the COLR).
- 14. EMF-2158(P)(A), "Siemens Power Corporation Methodology for Boiling Water Reactors: Evaluation and Validation of CASMO-4/MICROBURN- 82," (as identified in the COLR).
- 15. ANP-10333P-A Revision O "AURORA-B: An Evaluation Model for Boiling Water Reactors; Application to Control Rod Drop Accident (CRDA)," Framatome Inc., March 2018 (continued)
BFN-UNIT 1 B 3.3-71a Revision 0, 40, 68 Amendment 276 October 18, 2012
Recirculation Loops Operating B 3.4.1 BASES (continued) APPLICABLE The operation of the Reactor Coolant Recirculation System is SAFETY ANALYSES an initial condition assumed in the design basis loss of coolant accident (LOCA) (Ref. 1). During a LOCA caused by a recirculation loop pipe break, the intact loop is assumed to provide coolant flow during the first few seconds of the accident. The initial core flow decrease is rapid because the recirculation pump in the broken loop ceases to pump reactor coolant to the vessel almost immediately. The pump in the intact loop coasts down relatively slowly. This pump coastdown governs the core flow response for the next several seconds until the jet pump suction is uncovered (Ref. 1). The LOCA analysis accounts for the loop flow mismatch allowed by the LCO (Refs. 9 and 11). The recirculation system is also assumed to have sufficient flow coastdown characteristics to maintain fuel thermal margins during abnormal operational transients (Ref. 2), which are analyzed in Chapter 14 of the FSAR. (continued) BFN-UNIT 1 B 3.4-3 Revision 0, 87 October 29, 2014
Recirculation Loops Operating B 3.4.1 BASES APPLICABLE Plant specific LOCA analyses have been performed assuming SAFETY ANALYSES only one operating recirculation loop. These analyses have (continued) demonstrated that, in the event of a LOCA caused by a pipe break in the operating recirculation loop, the Emergency Core Cooling System response will provide adequate core cooling, provided the APLHGR requirements are modified accordingly (Refs. 7 9 and 811). The Maximum Extended Load Line Limit Analysis Plus (MELLLA+) operating domain has not been analyzed for single recirculation loop operation. Therefore, single loop operation is prohibited in the MELLLA+ operating domain (Ref. 10). The transient analyses of Chapter 14 of the FSAR have also been performed for single recirculation loop operation (Ref. 7) and demonstrate sufficient flow coastdown characteristics to maintain fuel thermal margins during the abnormal operational transients analyzed provided the MCPR requirements are modified. During single recirculation loop operation, modification to the Reactor Protection System (RPS) average power range monitor (APRM) instrument setpoint is also required to account for the different relationships between recirculation drive flow and reactor core flow. The APLHGR and MCPR setpoints for single loop operation are specified in the COLR. The APRM Flow Biased Simulated Thermal Power-High setpoint is in LCO 3.3.1.1, "Reactor Protection System (RPS) Instrumentation." Recirculation loops operating satisfies Criterion 2 of the NRC Policy Statement (Ref. 6). (continued) BFN-UNIT 1 B 3.4-4 Revision 45, 50, 119 Amendment No. 236 January 8, 2020
Recirculation Loops Operating B 3.4.1 BASES (continued) LCO Two recirculation loops are required to be in operation with their flows matched within the limits specified in SR 3.4.1.1 to ensure that during a LOCA caused by a break of the piping of one recirculation loop the assumptions of the LOCA analysis are satisfied. With the limits specified in SR 3.4.1.1 not met, the recirculation loop with the lower flow must be considered not in operation. With only one recirculation loop in operation, modifications to the required APLHGR Limits (LCO 3.2.1, "AVERAGE PLANAR LINEAR HEAT GENERATION RATE (APLHGR)"), MCPR limits (LCO 3.2.2, 'MINIMUM CRITICAL POWER RATIO (MCPR)"), and APRM Flow Biased Simulated Thermal Power-High Setpoint (LCO 3.3.1.1) may be applied to allow continued operation consistent with the assumptions of References 7 9 and 811. Single loop operation is prohibited in the MELLLA+ operating domain. This prohibition is consistent with Reference 10. APPLICABILITY In MODES 1 and 2, requirements for operation of the Reactor Coolant Recirculation System are necessary since there is considerable energy in the reactor core and the limiting design basis transients and accidents are assumed to occur. In MODES 3, 4, and 5, the consequences of an accident are reduced and the coastdown characteristics of the recirculation loops are not important. (continued) BFN-UNIT 1 B 3.4-5 Revision 45, 119 Amendment No. 236 January 8, 2020
Recirculation Loops Operating B 3.4.1 BASES (continued) REFERENCES 1. FSAR, Section 14.6.3.
- 2. FSAR, Section 4.3.5.
- 3. Deleted.
- 4. Deleted.
- 5. Deleted.
- 6. NRC No. 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
- 7. NEDO-24236, "Browns Ferry Nuclear Plant Units 1, 2, and 3, Single- Loop Operation," May 1981.
- 8. NEDC- 32484P, "Bro1A'ns Ferry Nuclear Plant Units 1, 2, and 3, SAFER/GESTR-LOCA Loss-of-Coolant Accident Not_
Analysis," Re11ision 6, February 2005. _ used.
- 9. ANP-3015(P), "Browns Ferry Units 1, 2, and 3 LOCA Break Spectrum Analysis," Revision 0, September 2011.ANP-3546P Revision 0, "Browns Ferry Units 1, 2, and 3 LOCA Break Spectrum Analysis for ATRIUM 10XM Fuel (EPU MELLLA+), " AREVA Inc., March 2017.
- 10. NEDC-33006P-A, "General Electrical Boiling Water Reactor Maximum Extended Load Line Limit Analysis Plus Licensing Topical Report," Revision 3, June 2009.
- 11. ANP-3905P Revision 1 , "Browns Ferry Units 1, 2, and 3 LOCA Analysis for ATRIUM 11 Fuel," Framatome Inc.,
July 2021. BFN-UNIT 1 B 3.4-10 Revision 45, 87, 119 Amendment No. 236 January 8, 2020
ECCS - Operating B 3.5.1 BASES BACKGROUND RCS is still pressurized. If HPCI fails, it is backed up by ADS in (continued) combination with LPCI and CS. In this event, either the vessel would be manually depressurized or the ADS timed sequence would be allowed to time out and open the selected safety/relief valves (S/RVs) depressurizing the RCS, thus allowing the LPCI and CS to overcome RCS pressure and inject coolant into the vessel. If the break is large, RCS pressure initially drops rapidly and the LPCI and CS cool the core. Water from the break returns to the suppression pool where it is used again and again. Water in the suppression pool may be circulated through a heat exchanger cooled by the RHR Service Water System. Depending on the location and size of the break, portions of the ECCS may be ineffective; however, the overall design is effective in cooling the core regardless of the size or location of the piping break. All ECCS subsystems are designed to ensure that no single active component failure will prevent automatic initiation and successful operation of the minimum required ECCS equipment. The CS System (Ref. 1) is composed of two independent subsystems. Each subsystem consists of two 50% capacity motor driven pumps, a spray sparger above the core, and piping and valves to transfer water from the suppression pool to the sparger. The LOCA analysis (Refs. 13 and 16) requires both pumps in a subsystem (loop) to be OPERABLE for the subsystem to be OPERABLE. Failure of one CS pump results in the loss of the associated CS loop for LOCA mitigation. The CS System is designed to provide cooling to the reactor core when reactor pressure is low. Upon receipt of an initiation signal, the CS pumps in both subsystems are automatically started (A pump (continued) BFN-UNIT 1 B 3.5-2 Revision 0
ECCS - Operating B 3.5.1 BASES APPLICABLE c. Maximum hydrogen generation from a zirconium water SAFETY ANALYSES reaction is 0.01 times the hypothetical amount that would (continued) be generated if all of the metal in the cladding surrounding the fuel, excluding the cladding surrounding the plenum volume, were to react;
- d. The core is maintained in a coolable geometry; and
- e. Adequate long term cooling capability is maintained.
The limiting single failures are discussed in References 13 and
- 16. For a large or small pipe break LOCA and events requiring ADS operation, selected battery failure is considered the most severe single failure. The remaining OPERABLE ECCS subsystems provide the capability to adequately cool the core and prevent excessive fuel damage.
The ECCS satisfy Criterion 3 of the NRC Policy Statement (Ref. 14). LCO Each ECCS injection/spray subsystem and six ADS valves are required to be OPERABLE. The ECCS injection/spray subsystems are defined as the two CS subsystems, the two LPCI subsystems, and one HPCI System. The low pressure ECCS injection/spray subsystems are defined as the two CS subsystems and the two LPCI subsystems. With less than the required number of ECCS subsystems OPERABLE, the potential exists that during a limiting design basis LOCA concurrent with the worst case single failure, the limits specified in Reference 9 could be exceeded. All ECCS subsystems and ADS must therefore be OPERABLE to satisfy the single failure criterion required by Reference 9. (continued) BFN-UNIT 1 B 3.5-7 Revision 0
ECCS - Operating B 3.5.1 BASES ACTIONS E.1 (continued) The LCO requires six ADS valves to be OPERABLE in order to provide the ADS function. References 13 and 16 contains the results of an analysis that evaluated the effect of one ADS valve being out of service. Per this analysis, operation of only five ADS valves will provide the required depressurization. However, overall reliability of the ADS is reduced, because a single failure in the OPERABLE ADS valves could result in a reduction in depressurization capability. Therefore, operation is only allowed for a limited time. The 14 day Completion Time is based on a reliability study cited in Reference 11 and has been found to be acceptable through operating experience. F.1 and F.2 If any one low pressure ECCS injection/spray subsystem, or one LPCI pump in both LPCI subsystems, is inoperable in addition to one inoperable ADS valve, adequate core cooling is ensured by the OPERABILITY of HPCI and the remaining low pressure ECCS injection/spray subsystem. However, overall ECCS reliability is reduced because a single active component failure concurrent with a design basis LOCA could result in the minimum required ECCS equipment not being available. Since both a high pressure system (ADS) and a low pressure subsystem are inoperable, a more restrictive Completion Time of 72 hours is required to restore either the low pressure ECCS subsystem or the ADS valve to OPERABLE status. This Completion Time is based on a reliability study cited in Reference 11 and has been found to be acceptable through operating experience. (continued) BFN-UNIT 1 B 3.5-11 Amendment No. 240 Revision 0 March 12, 2001
ECCS - Operating B 3.5.1 BASES SURVEILLANCE SR 3.5.1.6, SR 3.5.1.7, and SR 3.5.1.8 REQUIREMENTS (continued) The performance requirements of the low pressure ECCS pumps are determined through application of the 10 CFR 50, Appendix K criteria (Ref. 7). This periodic Surveillance is performed (in accordance with the ASME OM Code requirements for the ECCS pumps) to verify that the ECCS pumps will develop the flow rates required by the respective analyses. The low pressure ECCS pump flow rates ensure that adequate core cooling is provided to satisfy the acceptance criteria of References 13, and 15, and 16. The pump flow rates are verified against a system head equivalent to the RPV pressure expected during a LOCA. The total system pump outlet pressure is adequate to overcome the elevation head pressure between the pump suction and the vessel discharge, the piping friction losses, and RPV pressure present during a LOCA. These values may be established by testing or analysis or during preoperational testing. The flow tests for the HPCI System are performed at two different pressure ranges such that system capability to provide rated flow is tested at both the higher and lower operating ranges of the system. Additionally, adequate steam flow must be passing through the main turbine or turbine bypass valves to continue to control reactor pressure when the HPCI System diverts steam flow. Reactor steam pressure must be 950 psig to perform SR 3.5.1.7 and 150 psig to perform SR 3.5.1.8. Adequate steam flow is represented by at least two turbine bypass valves full open for SR 3.5.1.7 and SR 3.5.1.8. Therefore, sufficient time is allowed after adequate (continued) BFN-UNIT 1 B 3.5-16 Revision 0, 50, 53, 81 October 16, 2013
ECCS - Operating B 3.5.1 BASES (continued) REFERENCES 1. FSAR, Section 6.4.3.
- 2. FSAR, Section 6.4.4.
- 3. FSAR, Section 6.4.1.
- 4. FSAR, Section 6.4.2.
- 5. FSAR, Section 14.6.3.
- 6. FSAR, Section 14.6.5.
- 7. 10 CFR 50, Appendix K.
- 8. FSAR, Section 6.5.3.
- 9. 10 CFR 50.46.
- 10. TVA BFN System Design Criteria BFN-50-7032, Control Air System - Units 1, 2, and 3.
- 11. Memorandum from R. L. Baer (NRC) to V. Stello, Jr. (NRC),
"Recommended Interim Revisions to LCOs for ECCS Components," December 1, 1975.
- 12. 10 CFR 50, Appendix A, GDC 34, GDC 35, GDC 36, and GDC 37.
- 13. ANP-3377P Revision 3, Browns Ferry Units 1, 2, and 3 LOCA Break Spectrum Analysis for ATRIUM 10XM Fuel (EPU), August 2015.ANP-3546P Revision 0, "Browns Ferry Units 1, 2, and 3 LOCA Break Spectrum Analysis for ATRIUM 10XM Fuel (EPU MELLLA+), " AREVA Inc.,
March 2017.
- 14. NRC No. 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
- 15. GE-NE-B13-01755-2, "Relaxation of ECCS Parameters, Revision 2, December 1996.
- 16. ANP-3905P Revision 1, "Browns Ferry Units 1, 2, and 3 LOCA Analysis for ATRIUM 11 Fuel, " Framatome Inc.,
July 2021. BFN-UNIT 1 B 3.5-22 Revision 0, 112 October 24, 2018
ECCS - Shutdown B 3.5.2 B 3.5 EMERGENCY CORE COOLING SYSTEMS (ECCS) AND REACTOR CORE ISOLATION COOLING (RCIC) SYSTEM B 3.5.2 ECCS - Shutdown BASES BACKGROUND A description of the Core Spray (CS) System and the low pressure coolant injection (LPCI) mode of the Residual Heat Removal (RHR) System is provided in the Bases for LCO 3.5.1, "ECCS - Operating." For LCO 3.5.2, only one pump is required for an OPERABLE subsystem, as stated in the LCO Bases below. APPLICABLE The ECCS performance is evaluated for the entire spectrum of SAFETY ANALYSES break sizes in the long term cooling analysis (Refs. 1 and 3) for a postulated loss of coolant accident (LOCA). The ECCS requirements are significantly reduced during shutdown since a LOCA is not postulated to occur. However, some ECCS capability may be required to restore and maintain the reactor coolant level in the event of an inadvertent draindown. It is reasonable to assume, based on engineering judgment, that while in MODES 4 and 5, one low pressure ECCS injection/spray subsystem can maintain adequate reactor vessel water level in the event of an inadvertent vessel draindown. To provide redundancy, a minimum of two low pressure ECCS injection/spray subsystems are required to be OPERABLE in MODES 4 and 5. The low pressure ECCS subsystems satisfy Criterion 3 of the NRC Policy Statement (Ref. 2). (continued) BFN-UNIT 1 B 3.5-23 Revision 0
ECCS - Shutdown B 3.5.2 BASES SURVEILLANCE SR 3.5.2.3 (continued) REQUIREMENTS In MODES 4 and 5, the RHR System may operate in the shutdown cooling mode to remove decay heat and sensible heat from the reactor. Therefore, RHR valves that are required for LPCI subsystem operation may be aligned for decay heat removal. Therefore, this SR is modified by a Note that allows one LPCI subsystem of the RHR System to be considered OPERABLE for the ECCS function if all the required valves in the LPCI flow path can be manually realigned (remote or local) to allow injection into the RPV, and the system is not otherwise inoperable. This will ensure adequate core cooling if an inadvertent RPV draindown should occur. REFERENCES 1. ANP-3377P Revision 3, Browns Ferry Units 1, 2, and 3 LOCA Break Spectrum Analysis for ATRIUM 10XM Fuel (EPU), August 2015.ANP-3546P Revision 0, "Browns Ferry Units 1, 2, and 3 LOCA Break Spectrum Analysis for ATRIUM 10XM Fuel (EPU MELLLA+), " AREVA Inc., March 2017.
- 2. NRC No. 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
- 3. ANP-3905P Revision 1, "Browns Ferry Units 1, 2, and 3 LOCA Analysis for ATRIUM 11 Fuel, " Framatome Inc., July 2021.
BFN-UNIT 1 B 3.5-29 Revision 0, 112 October 24, 2018
Primary Containment B 3.6.1.1 BASES SURVEILLANCE SR 3.6.1.1.2 (continued) REQUIREMENTS Satisfactory performance of this SR can be achieved by establishing a known differential pressure between the drywell and the suppression chamber and verifying that the pressure in either the suppression chamber or the drywell does not change by more than 0.25 inch of water per minute over a 10 minute period. The leakage test is performed every 24 months. The 24 month Frequency was developed considering it is prudent that this Surveillance be performed during a unit outage and also in view of the fact that component failures that might have affected this test are identified by other primary containment SRs. REFERENCES 1. NEDC-33960P33860P
- - -_ _ _ , "Safety Analysis Report for Browns Ferry Nuclear Plant Units 1, 2, and 3 Extended Power Uprate,"
GE Hitachi Nuclear Energy, October 2016. Section 2.6.
- 2. FSAR, Section 14.6.
- 3. 10 CFR 50, Appendix J, Option B.
- 4. NEI 94-01, Revision 3A, "Industry Guideline for Implementing Performance-Based Option of 10 CFR Part 50, Appendix J."
- 5. ANSI/ANS-56.8-2002, "American National Standard for Containment System Leakage Testing Requirements."
- 6. NRC No. 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
BFN-UNIT 1 B 3.6-6 Revision 0, 43, 112, 114 March 27, 2019
CAD System B 3.6.3.1 B 3.6 CONTAINMENT SYSTEMS B 3.6.3.1 Containment Atmosphere Dilution (CAD) System BASES BACKGROUND The CAD System functions to maintain combustible gas concentrations within the primary containment at or below the flammability limits following a postulated loss of coolant accident (LOCA) by diluting hydrogen and oxygen with nitrogen. To ensure that a combustible gas mixture does not occur, oxygen concentration is kept < 5.0 volume percent (v/o), or hydrogen concentration is kept < 4.0 v/o. The CAD System is manually initiated and consists of two independent, 100% capacity subsystems, each of which is capable of supplying nitrogen through separate piping systems to the drywell and suppression chamber of each unit. Each subsystem includes a liquid nitrogen supply tank, ambient vaporizer, electric heater (unqualified), and a manifold with branches to each primary containment (for Units 1, 2, and 3). The nitrogen storage tanks each contain 2615 gal, which is adequate for 7 days of CAD subsystem operation (Refs. 4 and 5). The CAD System operates in conjunction with emergency operating procedures that are used to reduce primary containment pressure periodically during CAD System operation. This combination results in a feed and bleed approach to maintaining hydrogen and oxygen concentrations below combustible levels. (continued) BFN-UNIT 1 B 3.6-90 Revision 0, 112, 117 August 16, 2019
CAD System B 3.6.3.1 BASES (continued) REFERENCES 1. AEC Safety Guide 7, Control of Combustible Gas Concentrations in Containment Following a Loss-of-Coolant Accident, March 10, 1971.
- 2. FSAR, Section 5.2.6.
- 3. NRC No. 93-102, "Final Policy Statement on Technical Specification Improvements," July 23, 1993.
- 4. ANP-3403P_ Revision
___ 2 , "Fuel Uprate Safety Analysis Report for Browns Ferry - Nuclear
- -Plant AREVA - -Units 1, 2, and 3," _ __
Inc., August 2015. Section 2.6.4.
- 5. FS1-0055816 Revision 1.0, "Evaluation of ATRIUM 11 Fuel and the Containment Atmospheric Dilution System,"
Framatome Inc., April 1, 2021. BFN-UNIT 1 B 3.6-96 Revision 0, 112 October 24, 2018
Control Rod Testing - Operating B 3.10.7 B 3.10 SPECIAL OPERATIONS B 3.10.7 Control Rod Testing - Operating BASES BACKGROUND The purpose of this Special Operations LCO is to permit control rod testing, while in MODES 1 and 2, by imposing certain administrative controls. Control rod patterns during startup conditions are controlled by the operator and the rod worth minimizer (RWM) (LCO 3.3.2.1, "Control Rod Block Instrumentation"), such that only the specified control rod sequences and relative positions required by LCO 3.1.6, "Rod Pattern Control," are allowed over the operating range from all control rods inserted to the low power setpoint (LPSP) of the RWM. The sequences effectively limit the potential amount and rate of reactivity increase that could occur during a control rod drop accident (CRDA). During these conditions, control rod testing is sometimes required that may result in control rod patterns not in compliance with the prescribed sequences of LCO 3.1.6. These tests include SDM demonstrations, control rod scram time testing, and control rod friction testing. This Special Operations LCO provides the necessary exemption to the requirements of LCO 3.1.6 and provides additional administrative controls to allow the deviations in such tests from the prescribed sequences in LCO 3.1.6. APPLICABLE The analytical methods and assumptions used in evaluating SAFETY ANALYSES the CRDA are summarized in References 1, 2, 3, and 4 Reference 5. CRDA analyses assume the reactor operator follows prescribed withdrawal sequences. These sequences define the potential initial conditions for the CRDA analyses. The RWM provides backup to operator control of the withdrawal sequences to ensure the initial conditions of the CRDA analyses are not (continued) BFN-UNIT 1 B 3.10-36 Revision 0, 68 October 18, 2012
Control Rod Testing - Operating B 3.10.7 BASES APPLICABLE violated. For special sequences developed for control rod SAFETY ANALYSES testing, the initial control rod patterns assumed in the safety (continued) analysis of References 1, 2, 3, and 4Reference 5 may not be preserved. Therefore, special CRDA analyses may be required to demonstrate that these special sequences will not result in unacceptable consequences, should a CRDA occur during the testing. These analyses, performed in accordance with an NRC approved methodology, are dependent on the specific test being performed. As described in LCO 3.0.7, compliance with Special Operations LCOs is optional, and therefore, no criteria of the NRC Policy Statement apply. Special Operations LCOs provide flexibility to perform certain operations by appropriately modifying requirements of other LCOs. A discussion of the criteria satisfied for the other LCOs is provided in their respective Bases. LCO As described in LCO 3.0.7, compliance with this Special Operations LCO is optional. Control rod testing may be performed in compliance with the prescribed sequences of LCO 3.1.6, and during these tests, no exceptions to the requirements of LCO 3.1.6 are necessary. For testing performed with a sequence not in compliance with LCO 3.1.6, the requirements of LCO 3.1.6 may be suspended, provided additional administrative controls are placed on the test to ensure that the assumptions of the special safety analysis for the test sequence are satisfied. Assurances that the test sequence is followed can be provided by either programming the test sequence into the RWM, with conformance verified as specified in SR 3.3.2.1.8 and allowing the RWM to monitor (continued) BFN-UNIT 1 B 3.10-37 Revision 0, 68 October 18, 2012
Control Rod Testing - Operating B 3.10.7 BASES LCO control rod withdrawal and provide appropriate control rod (continued) blocks if necessary, or by verifying conformance to the approved test sequence by a second licensed operator or other qualified member of the technical staff (i.e., personnel trained in accordance with an approved training program for this test). These controls are consistent with those normally applied to operation in the startup range as defined in the SRs and ACTIONS of LCO 3.3.2.1, "Control Rod Block Instrumentation." APPLICABILITY Control rod testing, while in MODES 1 and 2, with THERMAL POWER greater than 10% RTP, is adequately controlled by the existing LCOs on power distribution limits and control rod block instrumentation. Control rod movement during these conditions is not restricted to prescribed sequences and can be performed within the constraints of LCO 3.2.1, "AVERAGE PLANAR LINEAR HEAT GENERATION RATE (APLHGR)," LCO 3.2.2, "MINIMUM CRITICAL POWER RATIO (MCPR)," LCO 3.2.3, "LINEAR HEAT GENERATION RATE (LHGR)," and LCO 3.3.2.1. With THERMAL POWER less than or equal to 10% RTP, the provisions of this Special Operations LCO are necessary to perform special tests that are not in conformance with the prescribed sequences of LCO 3.1.6. While in MODES 3 and 4, control rod withdrawal is only allowed if performed in accordance with Special Operations LCO 3.10.3, "Single Control Rod Withdrawal - Hot Shutdown," or Special Operations LCO 3.10.4, "Single Control Rod Withdrawal - Cold Shutdown," which provide adequate controls to ensure that the
---_ I assumptions of the safety analyses of References 1, 2, 3, and 4 Reference 5 are (continued)
BFN-UNIT 1 B 3.10-38 Revision 0, 68 October 18, 2012
Control Rod Testing - Operating B 3.10.7 BASES SURVEILLANCE SR 3.10.7.2 REQUIREMENTS (continued) When the RWM provides conformance to the special test sequence, the test sequence must be verified to be correctly loaded into the RWM prior to control rod movement. This Surveillance demonstrates compliance with SR 3.3.2.1.8, thereby demonstrating that the RWM is OPERABLE. A Note has been added to indicate that this Surveillance does not need to be performed if SR 3.10.7.1 is satisfied. REFERENCES 1. NEDE-24011-P-A, Rev. 16, "General Electric Standard Application for Reactor Fuel," October 2007.Not used.
- 2. Letter from T. Pickens (BWROG) to G. C. Lainas (NRC)
"Amendment 17 to General Electric Licensing Topical Report NEDE-24011-P-A," August 15, 1986.Not used.
- 3. XN-NF 1Q(P)(A), Volume 1, "Exxon Nuclear Methodology for Boiling Water Reactors - Neutronic Methods for Design and Analysis," (as identified by the COLR).Not used.
- 4. EMF-2158(P)~I\), "Siemens Po1A1er Corporation Methodology for Boiling Water Reactors: Evaluation and Validation of CASMO-4/MICROBURN- B2," (as identified in the COLR).Not used.
- 5. ANP-10333P-A Revision 0 "AURORA-B: An Evaluation Model for Boiling Water Reactors; Application to Control Rod Drop Accident (CRDA), " Framatome Inc., March 2018.
BFN-UNIT 1 B 3.10-40 Revision 0, 68 October 18, 2012
SDM Test -Refueling B 3.10.8 BASES (continued) APPLICABLE Prevention and mitigation of unacceptable reactivity excursions SAFETY ANALYSES during control rod withdrawal, with the reactor mode switch in the startup/hot standby position while in MODE 5, is provided by the intermediate range monitor (IRM) neutron flux scram (LCO 3.3.1.1, "Reactor Protection System (RPS) Instrumentation"), and control rod block instrumentation (LCO 3.3.2.1, "Control Rod Block Instrumentation"). The limiting reactivity excursion during startup conditions while in MODE 5 is the control rod drop accident (CRDA). CRDA analyses assume that the reactor operator follows prescribed withdrawal sequences. For SDM tests performed within these defined sequences, the analyses of References 1, 2, 3, and 4Reference 5 are applicable. However, for some sequences developed for the SDM testing, the control rod patterns assumed in the safety analyses of References 1, 2, 3, and 4Reference 5 may not be met. Therefore, special CRDA analyses, performed in accordance with an NRC approved methodology, may be required to demonstrate the SDM test sequence will not result in unacceptable consequences should a CRDA occur during the testing. For the purpose of this test, the protection provided by the normally required MODE 5 applicable LCOs, in addition to the requirements of this LCO, will maintain normal test operations as well as postulated accidents within the bounds of the appropriate safety analyses (Refs. 1, 2, 3, and 4Ref. 5). In addition to the added requirements for the RWM, APRM, and control rod coupling, the notch out mode is specified for out of sequence withdrawals. Requiring the notch out mode limits withdrawal steps to a single notch, which limits inserted reactivity, and allows adequate monitoring of changes in neutron flux, which may occur during the test. (continued) BFN-UNIT 1 B 3.10-42 Revision 0, 68 October 18, 2012
SDM Test -Refueling B 3.10.8 BASES SURVEILLANCE SR 3.10.8.5 REQUIREMENTS (continued) Coupling verification is performed to ensure the control rod is connected to the control rod drive mechanism and will perform its intended function when necessary. The verification is required to be performed any time a control rod is withdrawn to the "full out" notch position, or prior to declaring the control rod OPERABLE after work on the control rod or CRD System that could affect coupling. This Frequency is acceptable, considering the low probability that a control rod will become uncoupled when it is not being moved as well as operating experience related to uncoupling events. SR 3.10.8.6 CRD charging water header pressure verification is performed to ensure the motive force is available to scram the control rods in the event of a scram signal. Since the reactor is depressurized in MODE 5, there is insufficient reactor pressure to scram the control rods. Verification of charging water pressure ensures that if a scram is required, capability for rapid control rod insertion would exist. The minimum pressure of 940 psig, which is well below the expected pressure of approximately 1100 psig, ensures sufficient pressure for rapid control rod insertion. The 7 day Frequency has been shown to be acceptable through operating experience and takes into account indications available in the control room. REFERENCES 1. NEDE-24011-P-A, Rev. 16, "General Electric Standard Application for Reactor Fuel," October 2007.Not used.
- 2. Letter from T. Pickens (BWROG) to G. C. Lainas, NRC, "Amendment 17 to General Electric Licensing Topical Report NEDE-24011-P-A," August 15, 1986.Not used.
(continued) BFN-UNIT 1 B 3.10-48 Revision 0, 68 October 18, 2012
SDM Test -Refueling B 3.10.8 BASES REFERENCES 3. XN-NF 1Q(P)(A), Volume 1 "Exxon Nuclear Methodology (continued) for Boiling Water Reactors - Neutronic Methods for Design Not_ and Analysis," (as identified in the COLR). _ used.
- 4. EMF-2158(P)(A), "Siemens Power Corp oration Methodology for Boiling Water Reactors: Evaluation and Validation of CASMO-4/MICROBURN- B2," (as identified in the COLR).Not used.
- 5. ANP-10333P-A Revision O "AURORA-B: An Evaluation Model for Boiling Water Reactors; Application to Control Rod Drop Accident (CRDA)," Framatome Inc., March 2018.
BFN-UNIT 1 B 3.10-48a Revision 0, 68 October 18, 2012
$77$&+0(17 %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
/LVWRI5HJXODWRU\&RPPLWPHQWV
/LVWRI5HJXODWRU\&RPPLWPHQWV 6FKHGXOHG &RPPLWPHQW'HVFULSWLRQ &RPSOHWLRQ'DWH
79$ZLOOVXEPLWWKH%URZQV)HUU\8QLW&\FOH)XHO&\FOH GD\VIROORZLQJ79$
'HVLJQ5HSRUWWRWKH15&IRULQIRUPDWLRQ DSSURYDORIWKHUHSRUW
79$ZLOOVXEPLWWKH%URZQV)HUU\8QLW&\FOH)XHO%XQGOH GD\VIROORZLQJ79$
'HVLJQ5HSRUWWRWKH15&IRULQIRUPDWLRQ DSSURYDORIWKHUHSRUW
79$ZLOOVXEPLWWKH%URZQV)HUU\8QLW&\FOH6DIHW\/LPLW GD\VIROORZLQJ79$ 0&355HSRUWWRWKH15&IRULQIRUPDWLRQ DSSURYDORIWKHUHSRUW
79$ZLOOVXEPLWWKH%URZQV)HUU\8QLW&\FOH)XHO5RG GD\VIROORZLQJ79$ 'HVLJQ5HSRUWWRWKH15&IRULQIRUPDWLRQ DSSURYDORIWKHUHSRUW
79$ZLOOVXEPLWWKH%URZQV)HUU\8QLW&\FOH5HORDG GD\VIROORZLQJ79$ 6DIHW\$QDO\VLV5HSRUWWRWKH15&IRULQIRUPDWLRQ DSSURYDORIWKHUHSRUW 79$ZLOOVXEPLWWKH%URZQV)HUU\8QLW&\FOH5HORDG 3ULRUWRVWDUWXSIURP 6DIHW\$QDO\VLV5HSRUWWRWKH15&IRULQIRUPDWLRQ WKH8QLW&\FOH UHIXHOLQJRXWDJH 79$ZLOOVXEPLWWKH%URZQV)HUU\8QLW&\FOH5HORDG 3ULRUWRVWDUWXSIURP 6DIHW\$QDO\VLV5HSRUWWRWKH15&IRULQIRUPDWLRQ WKH8QLW&\FOH UHIXHOLQJRXWDJH
$77$&+0(17D %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$1335HYLVLRQ
3URSULHWDU\
'HVLJQ/LPLWVIRU)UDPDWRPH&ULWLFDO3RZHU&RUUHODWLRQV
$77$&+0(17E %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$13135HYLVLRQ
1RQ3URSULHWDU\
'HVLJQ/LPLWVIRU)UDPDWRPH&ULWLFDO3RZHU&RUUHODWLRQV
framatome 'HVLJQ/LPLWVIRU)UDPDWRPH $1313 5HYLVLRQ &ULWLFDO3RZHU&RUUHODWLRQV -XO\ F )UDPDWRPH,QF
) 5HY
$1313
5HYLVLRQ
&RS\ULJKW )UDPDWRPH,QF $OO5LJKWV5HVHUYHG ) 5HY
)UDPDWRPH,QF $1313 5HYLVLRQ 'HVLJQ/LPLWVIRU)UDPDWRPH&ULWLFDO3RZHU&RUUHODWLRQV 3DJHL 1DWXUHRI&KDQJHV 6HFWLRQ V ,WHP RU3DJH V 'HVFULSWLRQDQG-XVWLILFDWLRQ $OO &RUUHFWHGWKHUHIHUHQFHQXPEHUVLQ7DEOH
)UDPDWRPH,QF $1313 5HYLVLRQ 'HVLJQ/LPLWVIRU)UDPDWRPH&ULWLFDO3RZHU&RUUHODWLRQV 3DJHLL
&RQWHQWV
3DJH ,1752'8&7,21 '(),1,7,216 &5,7,&$/32:(5&255(/$7,2167$7,67,&6 '(6,*1/,0,76 5()(5(1&(6
)UDPDWRPH,QF $1313 5HYLVLRQ 'HVLJQ/LPLWVIRU)UDPDWRPH&ULWLFDO3RZHU&RUUHODWLRQV 3DJHLLL
/LVWRI7DEOHV
7DEOH0&35/LPLWVIRU)UDPDWRPH)XHO
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
)RUGHSDUWXUHIURPQXFOHDWHERLOLQJUDWLR '1%5 &+)5RU&35
FRUUHODWLRQVWKHUHVKRXOGEHDSHUFHQWSUREDELOLW\DWWKHSHUFHQW FRQILGHQFHOHYHOWKDWWKHKRWURGLQWKHFRUHGRHVQRWH[SHULHQFHD'1%RU ERLOLQJWUDQVLWLRQFRQGLWLRQGXULQJQRUPDORSHUDWLRQRU$22V 'HVLJQOLPLWVIRU3:5DUHW\SLFDOO\UHSRUWHGDQGUHYLHZHGLQWKHFRUUHODWLRQWRSLFDO UHSRUWV IRUH[DPSOH5HIHUHQFH DQGDUHDVVRFLDWHGZLWKWKHIXHOLQGHSHQGHQWRIWKH UHDFWRU,QWKLVUHSRUWFRPSDUDEOHOLPLWVDUHGHWHUPLQHGIRU%:5FULWLFDOSRZHU FRUUHODWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ 'HVLJQ/LPLWVIRU)UDPDWRPH&ULWLFDO3RZHU&RUUHODWLRQV 3DJH '(),1,7,216
- LWKUHVSHFWWRWKHOLPLWRQ&ULWLFDO+HDW)OX[ &+) WKH6DIHW\/LPLW 6/ LQWKH%:5LV
GHILQHGLQWKHWHFKQLFDOVSHFLILFDWLRQVDVWKHORZHVWDOORZDEOH&ULWLFDO3RZHU5DWLR
&35 LQWKHUHDFWRUFRUH7KH&35LVGHILQHGLQ5HIHUHQFH
7KH&35LVWKDWSRZHULQWKHDVVHPEO\WKDWLVFDOFXODWHGE\DSSOLFDWLRQRI WKHDSSURSULDWHFRUUHODWLRQ V WRFDXVHVRPHSRLQWLQWKHDVVHPEO\WR H[SHULHQFHERLOLQJWUDQVLWLRQGLYLGHGE\WKHDFWXDODVVHPEO\RSHUDWLQJ SRZHU 7KH6/RQ0&35 VRPHWLPHVUHIHUUHGWRDV6/0&35 LQFOXGHVWKHLQIOXHQFHRISODQW GHSHQGHQWDQGIXHOGHSHQGHQWXQFHUWDLQWLHV ,QWKLVUHSRUWDGHVLJQOLPLWLVHVWDEOLVKHGIURPWKHFULWLFDOSRZHUFRUUHODWLRQDQGLWV XQFHUWDLQW\7KLVOLPLWGHWHUPLQHGWREHWKHYDOXHRI&35VXFKWKDWDWWKH FRQILGHQFHOHYHOWKHUHLVSUREDELOLW\WKDWGU\RXWLVDYRLGHG
)UDPDWRPH,QF $1313 5HYLVLRQ 'HVLJQ/LPLWVIRU)UDPDWRPH&ULWLFDO3RZHU&RUUHODWLRQV 3DJH &5,7,&$/32:(5&255(/$7,2167$7,67,&6 ,QWKHFRQWH[WRIWKH&35GHILQHGDERYHDQ([SHULPHQWDO&ULWLFDO3RZHU5DWLR (&35 LVGHILQHG 0HDVXUHG &ULWLFDO 3RZHU (&35
&DOFXODWHG &ULWLFDO 3RZHU
$FFRUGLQJWRWKLVGHILQLWLRQDQ(&35WKDWLVOHVVWKDQLVQRQFRQVHUYDWLYHDQGD YDOXHJUHDWHUWKDQLVFRQVHUYDWLYH)RUEHVWHVWLPDWHFULWLFDOSRZHUFRUUHODWLRQVWKH PHDQYDOXHRI(&35LVRUYHU\FORVHWR7KHUHSUHVHQWDWLRQRIWKH(&35DVD QRUPDOGLVWULEXWLRQLVDGGUHVVHGGLUHFWO\LQWKHFULWLFDOSRZHUFRUUHODWLRQWRSLFDOUHSRUW
- LWKWKHFRQFOXVLRQWKDWWKHGLVWULEXWLRQLVUHSUHVHQWHGE\DQRUPDOGLVWULEXWLRQWKH
GHVLJQOLPLWLVFDOFXODWHG
N V 0&35
(&35 ZKHUHNLVWKHRQHVLGHGWROHUDQFHOLPLWIDFWRUJHQHUDOO\DWWULEXWHGWR'%2ZHQDQG JLYHQE\5HIHUHQFHRUDQGVLVWKHVDPSOHVWDQGDUGGHYLDWLRQ 7KH(&35GHILQLWLRQDSSOLHGE\)UDPDWRPHIRUVWDWLVWLFDODQDO\VLVRIWKHFULWLFDOSRZHU FRUUHODWLRQVLVWKHLQYHUVHRIWKHGHILQLWLRQVKRZQLQ(TXDWLRQ
&DOFXODWHG &ULWLFDO 3RZHU
(&35 0HDVXUHG &ULWLFDO 3RZHU $FFRUGLQJWRWKLVGHILQLWLRQRIWKH(&35WKHGHVLJQOLPLWLVFDOFXODWHG 0&35 (&35 u N V ,WLVREVHUYHGWKDWZKHQWKH(&35LVHTXDOWR(TXDWLRQV DQG EHFRPHHTXDO
Framatome Inc. ANP-3857NP Revision 2 Design Lim its for Framatome Critical Power Correlations Pa e 4-1 4.0 DESIGN LIMITS The design limits for Framatome fuel are calculated in Table 1 using Equation (4). Table 1 MCPR9s19s Limits for Framatome Fuel SPCB ACE ACE AC E Correlation: ATRIUM 10 ATRIUM 10 ATRIUM 10XM ATRIUM 11 Reference 6 7 8 9 Number of Data Mean ECPR Std. Dev. 1-D_._ B ._O_w_e_n --' kga= s,= gs_
- f----"-[ ~]----<f----_[ ~]_ _ _[ ~]_ _ _[ ~] ---1 Desi n Limitt 1.04 1.04 1.05 1.05
- The D.S. Owen k factors were interpolated from the table and then conservatively rounded upward to three digits.
t The design limit was rounded upward to two digits.
)UDPDWRPH,QF $1313 5HYLVLRQ 'HVLJQ/LPLWVIRU)UDPDWRPH&ULWLFDO3RZHU&RUUHODWLRQV 3DJH 5()(5(1&(6 ³6WDQGDUG5HYLHZ3ODQIRUWKH5HYLHZRI6DIHW\$QDO\VLV5HSRUWVIRU1XFOHDU3RZHU 3ODQWV/:5(GLWLRQ+/-5HDFWRU'185(*&KDSWHU5HYLVLRQSDJH (0) 3 $ 5HYLVLRQ³+73'HSDUWXUHIURP1XFOHDWH%RLOLQJ&RUUHODWLRQIRU
+LJK7KHUPDO3HUIRUPDQFH)XHO'6LHPHQV3RZHU&RUSRUDWLRQ1XFOHDU'LYLVLRQ-DQXDU\
³6WDQGDUG7HFKQLFDO6SHFLILFDWLRQV*HQHUDO(OHFWULF%:53ODQWV9ROXPH' 185(*9ROXPH5HYLVLRQ$'$06$VFHQVLRQ1R0/$ SDJH '%2ZHQ³)DFWRUVIRU2QHVLGHG7ROHUDQFH/LPLWVDQGIRU9DULDEOHV6DPSOLQJ3ODQV' 6DQGLD&RUSRUDWLRQ5HSRUW6&50DUFK 0*1DWUHOOD³([SHULPHQWDO6WDWLVWLFV'1DWLRQDO%XUHDXRI6WDQGDUGV+DQGERRN
$XJXVW
(0) 3 $ 5HYLVLRQ³63&%&ULWLFDO3RZHU&RUUHODWLRQ'$5(9$13,QF 6HSWHPEHU $133$5HYLVLRQ³$&($75,80&ULWLFDO3RZHU&RUUHODWLRQ'$5(9$,QF 0DUFK $133$5HYLVLRQ³$&($75,80;0&ULWLFDO3RZHU&RUUHODWLRQ'$5(9$
,QF0DUFK
$133$5HYLVLRQ³$&($75,80&ULWLFDO3RZHU&RUUHODWLRQ')UDPDWRPH
,QF0D\
$77$&+0(17D %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$1335HYLVLRQ
3URSULHWDU\
%URZQV)HUU\$75,80(TXLOLEULXP&\FOH)XHO&\FOH'HVLJQ5HSRUW
$77$&+0(17E %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$13135HYLVLRQ
1RQ3URSULHWDU\
%URZQV)HUU\$75,80(TXLOLEULXP&\FOH)XHO&\FOH'HVLJQ5HSRUW
framatome %URZQV)HUU\$75,80 $1313 5HYLVLRQ (TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW -XQH
)UDPDWRPH,QF ) 5HY
$1313
5HYLVLRQ
&RS\ULJKW )UDPDWRPH,QF $OO5LJKWV5HVHUYHG $75,80LVDWUDGHPDUNRUUHJLVWHUHGWUDGHPDUNRI)UDPDWRPHRULWV
DIILOLDWHVLQWKH86$RURWKHUFRXQWULHV
) 5HY
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJHL 1DWXUHRI&KDQJHV 6HFWLRQ V RU ,WHP 3DJH V 'HVFULSWLRQDQG-XVWLILFDWLRQ 3DJHV &KDQJHVZHUHPDGHLQ3URSULHWDU\YHUVLRQRIWKLVUHSRUW WKURXJK
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJHLL
&RQWHQWV
3DJH /,672)7$%/(6,,, /,672)),*85(6,,, 120(1&/$785(,9 ,1752'8&7,21 6800$5< (48,/,%5,80&<&/()8(/&<&/('(6,*1
*HQHUDO'HVFULSWLRQ &RQWURO5RG3DWWHUQVDQG7KHUPDO/LPLWV +RW([FHVV5HDFWLYLW\DQG&ROG6KXWGRZQ0DUJLQ 9RLGLQJLQWKH&KDQQHO%\SDVV5HJLRQ
5()(5(1&(6 $33(1',;$ %52:16)(55<(48,/,%5,80&<&/(67(37+528*+
'(3/(7,216800$5<&21752/52'3$77(516$1' &25($9(5$*($;,$/32:(5$1'(;32685( ',675,%87,216$
$33(1',;% (/(9$7,219,(:62)7+(%52:16)(55<(48,/,%5,80
&<&/()5(6+5(/2$'%$7&+)8(/$66(0%/,(6%
$33(1',;& %52:16)(55<(48,/,%5,80&<&/()5(6+)8(/
/2&$7,216&
$33(1',;' %52:16)(55<(48,/,%5,80&<&/(5$',$/(;32685(
$1'32:(5',675,%87,216'
$33(1',;( %52:16)(55<&<&/(1(2&352-(&7,21&21752/ 52'3$77(516$1'&25($9(5$*($;,$/32:(5$1' (;32685(',675,%87,216(
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJHLLL
/LVWRI7DEOHV
7DEOH %URZQV)HUU\(TXLOLEULXP&\FOH(QHUJ\DQG.H\5HVXOWV6XPPDU\ 7DEOH %URZQV)HUU\(TXLOLEULXP&\FOH)XHO&\FOH'HVLJQ$VVHPEO\,' 5DQJHE\1XFOHDU)XHO7\SH 7DEOH (TXLOLEULXP&\FOH&RUH&RPSRVLWLRQDQG'HVLJQ3DUDPHWHUV 7DEOH %URZQV)HUU\(TXLOLEULXP&\FOH+RW2SHUDWLQJ7DUJHWNHII9HUVXV
&\FOH([SRVXUH
7DEOH %URZQV)HUU\(TXLOLEULXP&\FOH&ROG&ULWLFDO7DUJHWNHII9HUVXV
&\FOH([SRVXUH
7DEOH %URZQV)HUU\(TXLOLEULXP&\FOH5HDFWLYLW\0DUJLQ6XPPDU\ 6KRUW (2&1 7DEOH %URZQV)HUU\(TXLOLEULXP&\FOH5HDFWLYLW\0DUJLQ6XPPDU\ 1RPLQDO(2&1 7DEOH %URZQV)HUU\(TXLOLEULXP&\FOH5HDFWLYLW\0DUJLQ6XPPDU\ /RQJ (2&1 7DEOH 0D[LPXP%\SDVV9RLGLQJDW/350/HYHO'
/LVWRI)LJXUHV
)LJXUH %URZQV)HUU\(TXLOLEULXP&\FOH'HVLJQ6WHSWKURXJKNHIIYHUVXV
&\FOH([SRVXUH
)LJXUH %URZQV)HUU\(TXLOLEULXP&\FOH'HVLJQ0DUJLQWR7KHUPDO/LPLWV YHUVXV&\FOH([SRVXUH )LJXUH %URZQV)HUU\(TXLOLEULXP&\FOH5HIHUHQFH/RDGLQJ3DWWHUQ )LJXUH %URZQV)HUU\(TXLOLEULXP&\FOH8SSHU/HIW4XDUWHU&RUH/D\RXWE\
)XHO7\SH
)LJXUH %URZQV)HUU\(TXLOLEULXP&\FOH8SSHU5LJKW4XDUWHU&RUH/D\RXW E\)XHO7\SH )LJXUH %URZQV)HUU\(TXLOLEULXP&\FOH/RZHU/HIW4XDUWHU&RUH/D\RXWE\
)XHO7\SH
)LJXUH %URZQV)HUU\(TXLOLEULXP&\FOH/RZHU5LJKW4XDUWHU&RUH/D\RXW E\)XHO7\SH
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJHLY
1RPHQFODWXUH
$FURQ\P 'HILQLWLRQ >@ WKHLQIRUPDWLRQFRQWDLQHGZLWKLQEUDFNHWVLVSURSULHWDU\WR)UDPDWRPH,QF $&( )UDPDWRPHFULWLFDOSRZHUFRUUHODWLRQ>
@
%2& EHJLQQLQJRIF\FOH %2/ EHJLQQLQJRIOLIH %:5 ERLOLQJZDWHUUHDFWRU &6'0 FROGVKXWGRZQPDUJLQ (2& HQGRIF\FOH (2)3 HQGRIIXOOSRZHUFDSDELOLW\ ))75 ILQDOIHHGZDWHUWHPSHUDWXUHUHGXFWLRQ
- G078 JLJDZDWWGD\VSHUPHWULFWRQRILQLWLDOXUDQLXP
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
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH ,1752'8&7,21 )UDPDWRPH,QFKDVSHUIRUPHGDQHTXLOLEULXPIXHOF\FOHGHVLJQIRU%URZQV)HUU\7KLVGHVLJQ XVHVWKH$75,80IXHODVVHPEO\DQGWKH0(///$RSHUDWLQJGRPDLQ7KLVDQDO\VLVKDV EHHQSHUIRUPHGZLWKWKHDSSURYHG)UDPDWRPH,QFQHXWURQLFPRGHOLQJPHWKRGRORJ\ 5HIHUHQFH 7KH&$602ODWWLFHGHSOHWLRQFRGHZDVXVHGWRJHQHUDWHQXFOHDUGDWDLQFOXGLQJFURVV VHFWLRQVDQGORFDOSRZHUSHDNLQJIDFWRUV7KH0,&52%851%WKUHHGLPHQVLRQDOFRUH VLPXODWRUFRGHFRPELQHGZLWKWKHDSSOLFDWLRQRIWKH$&(FULWLFDOSRZHUFRUUHODWLRQ 5HIHUHQFH ZDVXVHGWRPRGHOWKHFRUH7KH0,&52%851%SLQSRZHUUHFRQVWUXFWLRQ 335 PRGHO ZDVXVHGWRGHWHUPLQHWKHWKHUPDOPDUJLQVSUHVHQWHGLQWKLVUHSRUW'HVLJQUHVXOWVLQFOXGLQJ SURMHFWHGFRQWUROURGSDWWHUQVDQGHYDOXDWLRQVRIWKHUPDODQGUHDFWLYLW\PDUJLQVDUHDOVR SUHVHQWHGLQWKLVUHSRUW7KHIROORZLQJ0,&52%851%9HUVLRQPRGHOLQJIHDWXUHVZHUHDOVR XVHGLQWKHDQDO\VHVVXSSRUWLQJWKLVGRFXPHQW x &RQWURO%ODGH%'HSOHWLRQ x ([SOLFLWPRGHOLQJWUHDWPHQWRIVSDFHUJULGV x ([SOLFLWPRGHOLQJRI3/)5SOHQXPV x ([SOLFLWPRGHOLQJRIWKHZDWHUURGIORZ 7KHIROORZLQJ$75,80IXHORSHUDWLQJOLPLWVZHUHDVVXPHGIRUWKHHTXLOLEULXPF\FOHGHSOHWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH 6800$5< 7KHIUHVKEDWFKVL]H> @DQGEDWFKDYHUDJHHQULFKPHQW> @ ZHUHGHWHUPLQHGWRPHHWWKHHQHUJ\UHTXLUHPHQWVSURYLGHGE\7HQQHVVHH9DOOH\$XWKRULW\ 5HIHUHQFH 7KHFRPSOHWHGHVFULSWLRQRIWKHIUHVKUHORDGDVVHPEOLHVLVSURYLGHGZLWK 5HIHUHQFH7KHORDGLQJRIWKHIXHODVGHVFULEHGLQWKLVUHSRUWUHVXOWVLQDSURMHFWHGIXOOSRZHU HQHUJ\FDSDELOLW\RI*:G 0:G078 %H\RQGWKHIXOOSRZHUFDSDELOLW\ WKHF\FOHKDVEHHQGHVLJQHGWRDFKLHYH*:GDGGLWLRQDOHQHUJ\YLD))75DQGFRDVWGRZQ RSHUDWLRQ ,QRUGHUWRREWDLQRSWLPXPRSHUDWLQJIOH[LELOLW\WKHSURMHFWHGFRQWUROURGSDWWHUQVZHUH GHYHORSHGZLWKDFFHSWDEOHPDUJLQWRWKHUPDOOLPLWVLQDFFRUGDQFHZLWK5HIHUHQFH7KHF\FOH GHVLJQFDOFXODWLRQVDOVRGHPRQVWUDWHDGHTXDWHKRWH[FHVVUHDFWLYLW\DQGFROGVKXWGRZQPDUJLQ WKURXJKRXWWKHF\FOH.H\UHVXOWVIURPWKHGHVLJQDQDO\VLVDUHVXPPDUL]HGLQ7DEOH7DEOH VXPPDUL]HVWKHDVVHPEO\LGHQWLILFDWLRQUDQJHE\QXFOHDUIXHOW\SHEDWFK)LJXUHVDQG SURYLGHDVXPPDU\RIWKHF\FOHGHVLJQVWHSWKURXJKSURMHFWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH 7DEOH%URZQV)HUU\(TXLOLEULXP&\FOH(QHUJ\DQG.H\5HVXOWV 6XPPDU\
&\FOH(QHUJ\*:G &\FOH([SRVXUH0:G078 &\FOH1
x 1RPLQDO(2& x 6KRUWZLQGRZ(2& x /RQJZLQGRZ(2&
&\FOH1
x (2)3(QHUJ\ x ))75DQGFRDVWGRZQ(QHUJ\ x (2&(QHUJ\
.H\5HVXOWV %2&&6'0NN EDVHGRQVKRUW(2&1
0LQLPXP&6'0NN EDVHGRQVKRUW(2&1
&\FOH([SRVXUHRI0LQLPXP&6'00:G078 VKRUWEDVLV
0RGHUDWRU7HPSHUDWXUHRI0LQLPXP&6'0) VKRUWEDVLV
&\FOH59DOXHNN VKRUWEDVLV %2&&6'0NN EDVHGRQQRPLQDO(2&1
0LQLPXP&6'0NN EDVHGRQQRPLQDO(2&1
&\FOH([SRVXUHRI0LQLPXP&6'00:G078 QRPLQDOEDVLV
0RGHUDWRU7HPSHUDWXUHRI0LQLPXP&6'0) QRPLQDOEDVLV
&\FOH59DOXHNN QRPLQDOEDVLV %2&&6'0NN EDVHGRQORQJ(2&1
0LQLPXP&6'0NN EDVHGRQORQJ(2&1
&\FOH([SRVXUHRI0LQLPXP&6'00:G078 ORQJEDVLV
0RGHUDWRU7HPSHUDWXUHRI0LQLPXP&6'0) ORQJEDVLV
&\FOH59DOXHNN ORQJEDVLV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH
.H\5HVXOWV
0LQLPXP6/&6'0NN EDVHGRQVKRUW(2&1
&\FOH([SRVXUHRI0LQLPXP6/&6'00:G078 VKRUWEDVLV
0LQLPXP6/&6'0NN EDVHGRQQRPLQDO(2&1
&\FOH([SRVXUHRI0LQLPXP6/&6'00:G078 QRPLQDOEDVLV
0LQLPXP6/&6'0NN EDVHGRQORQJ(2&1
&\FOH([SRVXUHRI0LQLPXP6/&6'00:G078 ORQJEDVLV %2&+(;5NN EDVHGRQVKRUW(2&1
0D[LPXP+(;5NN EDVHGRQVKRUW(2&1
&\FOH([SRVXUHRI0D[LPXP+(;50:G078 VKRUWEDVLV %2&+(;5NN EDVHGRQQRPLQDO(2&1
0D[LPXP+(;5NN EDVHGRQQRPLQDO(2&1
&\FOH([SRVXUHRI0D[LPXP+(;50:G078 QRPLQDOEDVLV %2&+(;5NN EDVHGRQORQJ(2&1
0D[LPXP+(;5NN EDVHGRQORQJ(2&1
&\FOH([SRVXUHRI0D[LPXP+(;50:G078 ORQJEDVLV
0LQLPXP0$3/+*50DUJLQ ([SRVXUHRI0LQLPXP0$3/+*50DUJLQ0:G078 0LQLPXP/+*50DUJLQ ([SRVXUHRI0LQLPXP/+*50DUJLQ0:G078 0LQLPXP&350DUJLQ ([SRVXUHRI0LQLPXP&350DUJLQ0:G078 0D[LPXP([SRVXUH/LPLW5DWLR 3HDN5RG 5RG
%XQGOH
([SRVXUH/LPLW(QHUJ\%DVLV*:' (2&1ZLWKORQJZLQGRZVWHSRXW 5HJ*XLGHPD[LPXPURGDYHUDJHSRZHU NZIW IRUURGVZLWK 0HW EXUQXS!*:G078
)XHO5HOLDELOLW\&RQVWUDLQWVDQG&RUH/RDGLQJ5HVWULFWLRQV
1RSHULSKHUDOIXHOIURPSUHYLRXVF\FOHUHPDLQLQJLQFRUH 0HW 1RIUHVKIXHOORDGHGZLWKDFRUQHURQWKHSHULSKHU\ 0HW 1RVWDUWXSVHTXHQFHFRQWUROURGFHOOVWKDWFRQWDLQIXHOIURPSUHYLRXVF\FOH 0HW ZKLFKKDGDFRUQHURQWKHSHULSKHU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH
.H\5HVXOWV
1RVWDUWXSVHTXHQFHFRQWUROURGFHOOVWKDWFRQWDLQIXHOIURPWKHVHFRQG 0HW URZLQIURPWKHSHULSKHU\LQWKHSUHYLRXVWZRF\FOHV
'RQRWORDGWZLFHEXUQWDVVHPEOLHVLQWKHFHQWUDOSDUWRIWKHFRUH 0HW
6DWLVI\&ODWWLFH&KDQQHO%RZ5HTXLUHPHQWVSHU6,/ 0HW 1RVDPHFHOOVKXIIOHV 0HW 1RFURVVTXDGUDQWVKXIIOHVZLWKEXQGOHVJRLQJDGMDFHQWWRDQ650 0HW 0LQLPL]HFURVVTXDGUDQWVKXIIOHV 0HW
7DEOH%URZQV)HUU\(TXLOLEULXP&\FOH)XHO&\FOH'HVLJQ
$VVHPEO\,'5DQJHE\1XFOHDU)XHO7\SH
1XFOHDU 1XPEHURI $VVHPEO\,'
)XHO7\SH $VVHPEOLHV 5DQJH > @ > @ > @ > @ > @ > @ > @ > @ > @ > @ > @ > @ > @ > @ > @ > @ > @ > @
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH 1.010 . . - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - , 1.005
--Target 0.995 ~ Result 0.990 + - - - - - . - - - - - . - - - - - . - - - - - . - - - - - . - - - - - r - - - - - - r - - - - - - . - - - - - r - - - - - - r - - - - - - - 1 0 2 4 6 8 10 12 14 16 18 20 22 Cycle Exposure (GWd/MTU) )LJXUH%URZQV)HUU\(TXLOLEULXP&\FOH'HVLJQ6WHSWKURXJK
NHIIYHUVXV&\FOH([SRVXUH 1.0
)UDFWLRQWR7KHUPDO/LPLWV 0.9 ':EJ 0.8 --................ ]' --- MCPR 0.7 LHGR --------* APLHGR 0.6 0 2 4 6 8 10 12 14 16 18 20 22 &\FOH([SRVXUH *:G078
)LJXUH%URZQV)HUU\(TXLOLEULXP&\FOH'HVLJQ0DUJLQWR
7KHUPDO/LPLWVYHUVXV&\FOH([SRVXUH
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH (48,/,%5,80&<&/()8(/&<&/('(6,*1 General Description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ontrol Rod Patterns and Thermal Limits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
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH Hot Excess Reactivity and Cold Shutdown Margin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
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH 7DEOH(TXLOLEULXP&\FOH&RUH&RPSRVLWLRQDQG'HVLJQ 3DUDPHWHUV
&\FOH 1XFOHDU 1XPEHURI )XHO'HVFULSWLRQ /RDGHG )XHO7\SH $VVHPEOLHV $75,80> @ 1 > @ $75,80> @ 1 > @ $75,80> @ 1 > @ $75,80> @ 1 > @ $75,80> @ 1 > @ $75,80> @ 1 > @ $75,80> @ 1 > @ $75,80> @ 1 > @ $75,80> @ 1 > @
1XPEHURI)XHO$VVHPEOLHVLQ&RUH 7RWDO1XPEHURI)UHVK$VVHPEOLHV > @ 7RWDO&RUH0DVV078 > @ 5DWHG7KHUPDO3RZHU/HYHO0: W 5DWHG&RUH)ORZ0OEKU 5HIHUHQFH3UHVVXUHSVLD 5HIHUHQFH,QOHW6XEFRROLQJ%WXOEP
9DOXHLVUHSUHVHQWDWLYHRI0,&52%851%LQSXWIRUGRPHSUHVVXUHDWUDWHGFRQGLWLRQVDQGYDULHV
GHSHQGLQJRQFRUHVWDWHSRLQW
9DOXHLVW\SLFDOO\GHWHUPLQHGE\0,&52%851%XVLQJDKHDWEDODQFHPHWKRGEDVHGRQQRPLQDO
IHHGZDWHUWHPSHUDWXUHDQGRWKHUSDUDPHWHUVLGHQWLILHGLQWKHF\FOHVSHFLILFSODQWSDUDPHWHUV GRFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH 7DEOH%URZQV)HUU\(TXLOLEULXP&\FOH+RW2SHUDWLQJ7DUJHWNHII 9HUVXV&\FOH([SRVXUH
&\FOH([SRVXUH +RW2SHUDWLQJ
0:G078 NHII
7DEOH%URZQV)HUU\(TXLOLEULXP&\FOH&ROG&ULWLFDO7DUJHWNHII 9HUVXV&\FOH([SRVXUH
&\FOH([SRVXUH &ROG&ULWLFDO
0:G078 NHII
9DOXHVDUHOLQHDUO\LQWHUSRODWHGEHWZHHQF\FOHH[SRVXUHSRLQWV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH 7DEOH%URZQV)HUU\(TXLOLEULXP&\FOH5HDFWLYLW\0DUJLQ 6XPPDU\ 6KRUW(2&1
&ROG6KXWGRZQ 6/&&ROG6KXWGRZQ +RW([FHVV &\FOH([SRVXUH 0DUJLQ 0DUJLQ 5HDFWLYLW\
0:G078 NN NN NN
9DOXHVLQ%2/'DUHOLPLWLQJYDOXHVDWHOHYDWHGPRGHUDWRUWHPSHUDWXUHV
&DOFXODWHGDW)$52FRQGLWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH 7DEOH%URZQV)HUU\(TXLOLEULXP&\FOH5HDFWLYLW\0DUJLQ 6XPPDU\ 1RPLQDO(2&1
&ROG6KXWGRZQ 6/&&ROG6KXWGRZQ +RW([FHVV &\FOH([SRVXUH 0DUJLQ 0DUJLQ 5HDFWLYLW\
0:G078 NN NN NN
9DOXHVLQ%2/'DUHOLPLWLQJYDOXHVDWHOHYDWHGPRGHUDWRUWHPSHUDWXUHV
&DOFXODWHGDW)$52FRQGLWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH 7DEOH%URZQV)HUU\(TXLOLEULXP&\FOH5HDFWLYLW\0DUJLQ 6XPPDU\ /RQJ(2&1
&ROG6KXWGRZQ 6/&&ROG6KXWGRZQ +RW([FHVV &\FOH([SRVXUH 0DUJLQ 0DUJLQ 5HDFWLYLW\
0:G078 NN NN NN
9DOXHVLQ%2/'DUHOLPLWLQJYDOXHVDWHOHYDWHGPRGHUDWRUWHPSHUDWXUHV
&DOFXODWHGDW)$52FRQGLWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH
)LJXUH%URZQV)HUU\(TXLOLEULXP&\FOH5HIHUHQFH/RDGLQJ3DWWHUQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH
)LJXUH %URZQV)HUU\(TXLOLEULXP&\FOH8SSHU/HIW4XDUWHU&RUH /D\RXWE\)XHO7\SH
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH
)LJXUH%URZQV)HUU\(TXLOLEULXP&\FOH8SSHU5LJKW4XDUWHU &RUH/D\RXWE\)XHO7\SH
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH
)LJXUH%URZQV)HUU\(TXLOLEULXP&\FOH/RZHU/HIW4XDUWHU&RUH /D\RXWE\)XHO7\SH
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH
)LJXUH%URZQV)HUU\(TXLOLEULXP&\FOH/RZHU5LJKW4XDUWHU &RUH/D\RXWE\)XHO7\SH
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH Voiding in the Channel Bypass Region 7RGHPRQVWUDWHFRPSOLDQFHZLWKWKH15&¶VUHTXLUHPHQWWKDWWKHUHEHOHVVWKDQE\SDVV
YRLGLQJDURXQGWKH/350V VHH6HFWLRQRI5HIHUHQFH WKHE\SDVVYRLGOHYHOKDV EHHQHYDOXDWHGWKURXJKRXWWKHHTXLOLEULXPF\FOH7KHPD[LPXPE\SDVVYRLGYDOXHDSSOLFDEOHWR WKHHTXLOLEULXPF\FOHGHVLJQ>
@
7DEOH0D[LPXP%\SDVV9RLGLQJDW/350/HYHO' 3RZHU &\FOH %\SDVV
)ORZ ([SRVXUH 9RLG &RQGLWLRQ *:G078 > @
1RWH7KHUHLVQRE\SDVVYRLGLQJDW/350OHYHOV$%RU&
> @ > @
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH 5()(5(1&(6 (0) 3 $ 5HYLVLRQ6LHPHQV3RZHU&RUSRUDWLRQ0HWKRGRORJ\IRU%RLOLQJ:DWHU 5HDFWRUV(YDOXDWLRQDQG9DOLGDWLRQRI&$6020,&52%851%6LHPHQV3RZHU
&RUSRUDWLRQ2FWREHU
$133$5HYLVLRQ$&($75,80&ULWLFDO3RZHU&RUUHODWLRQ)UDPDWRPH
,QF0D\
)65HYLVLRQ79$5HORDG5HTXLUHPHQWV6SHFLILFDWLRQIRU$75,80 HTXLOLEULXPF\FOH 79$'RFXPHQW%)(5HYLVLRQ %URZQV)HUU\8QLW&\FOH)65HVSRQVH$75,80 (TXLOLEULXP&\FOH'HVLJQ 1('2$5HYLVLRQ*HQHUDO(OHFWULF%RLOLQJ:DWHU5HDFWRU0D[LPXP([WHQGHG
/RDG/LQH/LPLW$QDO\VLV3OXV*HQHUDO(OHFWULF+LWDFKL1XFOHDU(QHUJ\$PHULFD//& -XQH $'$06$FFHVVLRQ1XPEHU0/
$1335HYLVLRQ%URZQV)HUU\$75,80(TXLOLEULXP&\FOH1XFOHDU)XHO
'HVLJQ5HSRUW)UDPDWRPH,QF0D\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$ $SSHQGL[$ %URZQV)HUU\(TXLOLEULXP&\FOH6WHSWKURXJK'HSOHWLRQ6XPPDU\
&RQWURO5RG3DWWHUQVDQG&RUH$YHUDJH$[LDO3RZHUDQG([SRVXUH'LVWULEXWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$ 7DEOH$%URZQV)HUU\(TXLOLEULXP&\FOH'HVLJQ'HSOHWLRQ 6XPPDU\ 7RWDO7RWDO,QOHW&RUH&RUH
&\FOH&RQWURO&RUH&RUH5HI6XE&RUH0D[LPXP0D[LPXP
([SRVXUH&DOFXODWHG5RG3RZHU)ORZ3UHVVXUH&RROLQJ9RLG0LQLPXP/+*5$3/+*5 *:G07 .HII'HQVLW\0:W 0OEKU SVLD %WXOE )UDFWLRQ&35 N:IW N:IW BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$ 7DEOH$%URZQV)HUU\(TXLOLEULXP&\FOH'HVLJQ'HSOHWLRQ 7KHUPDO0DUJLQ6XPPDU\
)UDFWLRQ&RUH)UDFWLRQ&RUH)UDFWLRQ &\FOH&RQWURO&RUHRI/LPLWLQJRI/LPLWLQJRI
([SRVXUH&DOFXODWHG5RG/LPLWLQJ/LPLWLQJ/+*5/LPLWLQJ$3/+*5/LPLWLQJ
*:G07 .HII'HQVLW\&35&35 N:IW /+*5 N:IW $3/+*5
BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQDQG $[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQDQG $[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQDQG $[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQDQG $[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQDQG $[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5 &RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP )ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQDQG $[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQDQG $[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQDQG $[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQDQG $[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G 'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU 3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5 &RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP )ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
,QOHW6XEFRROLQJ%WXOEP )ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
,QOHW6XEFRROLQJ%WXOEP )ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
,QOHW6XEFRROLQJ%WXOEP )ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G 'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU 3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5 &RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP )ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5 &RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP )ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5 &RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP )ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH$
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G 'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU 3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5 &RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP )ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH$%URZQV)HUU\(TXLOLEULXP&\FOH&RQWURO5RG3DWWHUQ
DQG$[LDO'LVWULEXWLRQVDW0:G078
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH%
$SSHQGL[% (OHYDWLRQ9LHZVRIWKH%URZQV)HUU\(TXLOLEULXP&\FOH)UHVK
5HORDG%DWFK)XHO$VVHPEOLHV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH%
)LJXUH%(OHYDWLRQ9LHZIRUWKH%URZQV)HUU\(TXLOLEULXP &\FOH)UHVK)XHO5HORDG%DWFK%)($75,80 > @)XHO$VVHPEO\'HVLJQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH%
)LJXUH%(OHYDWLRQ9LHZIRUWKH%URZQV)HUU\(TXLOLEULXP &\FOH)UHVK)XHO5HORDG%DWFK%)($75,80 > @)XHO$VVHPEO\'HVLJQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH%
)LJXUH%(OHYDWLRQ9LHZIRUWKH%URZQV)HUU\(TXLOLEULXP &\FOH)UHVK)XHO5HORDG%DWFK%)($75,80 > @)XHO$VVHPEO\'HVLJQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH&
$SSHQGL[& %URZQV)HUU\(TXLOLEULXP&\FOH)UHVK)XHO/RFDWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH& 7DEOH&%URZQV)HUU\(TXLOLEULXP&\FOH5HORDG)XHO,GHQWLILFDWLRQ DQG/RFDWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH& 7DEOH&%URZQV)HUU\(TXLOLEULXP&\FOH5HORDG)XHO,GHQWLILFDWLRQ DQG/RFDWLRQV &RQWLQXHG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH& 7DEOH&%URZQV)HUU\(TXLOLEULXP&\FOH5HORDG)XHO,GHQWLILFDWLRQ DQG/RFDWLRQV &RQWLQXHG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH'
$SSHQGL[' %URZQV)HUU\(TXLOLEULXP&\FOH5DGLDO([SRVXUHDQG3RZHU 'LVWULEXWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH'
@ >
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH'
@ >
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH'
@ >
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH'
@ >
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH'
@ >
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH'
@ >
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH'
@ >
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH'
@ >
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH(
$SSHQGL[( %URZQV)HUU\&\FOH1(2&3URMHFWLRQ&RQWURO5RG3DWWHUQVDQG &RUH$YHUDJH$[LDO3RZHUDQG([SRVXUH'LVWULEXWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH(
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
,QOHW6XEFRROLQJ%WXOEP )ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH(%URZQV)HUU\&\FOH1&RQWURO5RG3DWWHUQDQG$[LDO 'LVWULEXWLRQVDW0:G078 6KRUW:LQGRZ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH(
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS ,QOHW6XEFRROLQJ%WXOEP
)ORZ0OEKU &RQWURO5RG'HQVLW\ NHIIHFWLYH%RWWRP 9RLG)UDFWLRQ &RUH'HOWD3SVLD$;,$/7,/7 &RUH3ODWH'HOWD3SVLD$9*%27IWIW &RRODQW7HPS'HJ) ,Q&KDQQHO)ORZ0OEKU$FWLYH&KDQQHO)ORZ0OEKU 7RWDO%\SDVV)ORZ RIWRWDOFRUHIORZ 7RWDO:DWHU5RG)ORZ RIWRWDOFRUHIORZ 6RXUFH&RQYHUJHQFH 7RS7HQ7KHUPDO/LPLWV6XPPDU\6RUWHGE\0DUJLQ 3RZHU0&35$3/+*5/+*5 9DOXH)7,5-59DOXH0DUJLQ)7,5-59DOXH0DUJLQ([S)7,5-5.9DOXH0DUJLQ([S)7,5-5. /+*5FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35FDOFXODWHGZLWKSLQSRZHUUHFRQVWUXFWLRQ &35OLPLW7<3(
)LJXUH(%URZQV)HUU\&\FOH1&RQWURO5RG3DWWHUQDQG$[LDO 'LVWULEXWLRQVDW0:G078 1RPLQDO:LQGRZ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH )XHO&\FOH'HVLJQ5HSRUW 3DJH(
&\FOH&RUH$YHUDJH([SRVXUH0:G078
([SRVXUH0:G078 *:G
'HOWD(0:G078 *:G $[LDO3URILOH(GLW5DGLDO3RZHU
3RZHU0:W 1 35$ 3RZHU([SRVXUH=RQH$YJ0D[,5-5
&RUH3UHVVXUHSVLD7RS
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
)LJXUH(%URZQV)HUU\&\FOH1&RQWURO5RG3DWWHUQDQG$[LDO 'LVWULEXWLRQVDW0:G078 /RQJ:LQGRZ
$77$&+0(17D %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$1335HYLVLRQ
3URSULHWDU\
%URZQV)HUU\$75,80(TXLOLEULXP&\FOH1XFOHDU)XHO'HVLJQ5HSRUW
$77$&+0(17E %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$13135HYLVLRQ
1RQ3URSULHWDU\
%URZQV)HUU\$75,80(TXLOLEULXP&\FOH1XFOHDU)XHO'HVLJQ5HSRUW
framatome %URZQV)HUU\$75,80 $1313 5HYLVLRQ (TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 0D\
)UDPDWRPH,QF
$1313
5HYLVLRQ
&RS\ULJKW )UDPDWRPH,QF $OO5LJKWV5HVHUYHG
$75,80DQG=LUFDOR\ =% DUHWUDGHPDUNVRUUHJLVWHUHGWUDGHPDUNVRI
)UDPDWRPHRULWVDIILOLDWHVLQWKH86$RURWKHUFRXQWULHV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJHL 1DWXUHRI&KDQJHV 6HFWLRQ V RU ,WHP 3DJH V 'HVFULSWLRQDQG-XVWLILFDWLRQ $OO ,QLWLDO,VVXH
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJHLL
&RQWHQWV
3DJH ,1752'8&7,21 1(87521,&'(6,*1
1HXWURQLF'HVLJQ'HVFULSWLRQ /DWWLFH&RQWURO%ODGH:RUWKVDQG.LQHWLFV3DUDPHWHUV (QULFKHG/DWWLFH8QFRQWUROOHG5HDFWLYLWLHVDQG,VRWRSLF'DWD
5()(5(1&(6 $33(1',;$(15,&+('/$77,&(+2781&21752//('5($&7,9,7<$1'
/3)3/276<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<$
$33(1',;%(15,&+('/$77,&(+2781&21752//('5($&7,9,7<$1'
/3)7$%/(6<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<%
$33(1',;&(15,&+('/$77,&(,62723,&'$7$7$%/(6& $33(1',;'/$77,&((15,&+0(17',675,%87,210$36'
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJHLLL
/LVWRI7DEOHV
7DEOH 1HXWURQLF'HVLJQ3DUDPHWHUV 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO%ODGH 7\SH$%%:HVWLQJKRXVH0DLQ%RG\ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO%ODGH 7\SH$%%:HVWLQJKRXVH+DIQLXP7LS 7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO%ODGH 7\SH$%%:HVWLQJKRXVH0DLQ%RG\ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO%ODGH 7\SH$%%:HVWLQJKRXVH+DIQLXP7LS 7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJHLY 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO%ODGH 7\SH$%%:HVWLQJKRXVH0DLQ%RG\ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO%ODGH 7\SH$%%:HVWLQJKRXVH+DIQLXP7LS 7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJHY 7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/ 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJHYL 7DEOH /DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/IRU&RQWURO
%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
/LVWRI)LJXUHV
)LJXUH $VVHPEO\7\SH> @ )LJXUH $VVHPEO\7\SH> @ )LJXUH $VVHPEO\7\SH> @ )LJXUH > @)XHO5RG'LVWULEXWLRQ )LJXUH > @)XHO5RG'LVWULEXWLRQ )LJXUH > @)XHO5RG'LVWULEXWLRQ )LJXUH )XHO5RG$[LDO'HVFULSWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJHYLL 1RPHQFODWXUH
$FURQ\P 'HILQLWLRQ >@ WKHLQIRUPDWLRQFRQWDLQHGZLWKLQEUDFNHWVLVSURSULHWDU\WR)UDPDWRPH,QF %2/ EHJLQQLQJRIOLIH %:5 ERLOLQJZDWHUUHDFWRU
(9& SOHQXPUHJLRQLQDIXHOSLQPRGHOHGDVDQHYDFXDWHGVHFWLRQ
NJ078 NLORJUDPVSHUPHWULFWRQRILQLWLDOXUDQLXP
/+*5 OLQHDUKHDWJHQHUDWLRQUDWH /3) ORFDOSHDNLQJIDFWRU
0&35 PLQLPXPFULWLFDOSRZHUUDWLR 0:G078 PHJDZDWWGD\VSHUPHWULFWRQRILQLWLDOXUDQLXP
15& 8QLWHG6WDWHV 1XFOHDU5HJXODWRU\&RPPLVVLRQ
3/)5 SDUWOHQJWKIXHOURG
6/& VWDQGE\OLTXLGERURQFRQWURO
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
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 1(87521,&'(6,*1 7KHUHVXOWVRIWKH%URZQV)HUU\HTXLOLEULXPF\FOHQHXWURQLFGHVLJQDQDO\VHVDUHSUHVHQWHGLQ WKLVVHFWLRQ7KHIXHOZDVGHVLJQHGWRPHHWDSSOLFDEOHGHVLJQFULWHULDDVZHOODVUHDFWLYLW\DQG FRQWUROUHTXLUHPHQWV5HDFWRUFRUHORDGLQJSDWWHUQVDQGWKHQXPEHURIDVVHPEOLHVWREHORDGHG ZLOOGHSHQGXSRQILQDOF\FOHHQHUJ\UHTXLUHPHQWVDVVSHFLILHGE\WKHXWLOLW\$SSOLFDEOH QHXWURQLFGHVLJQFULWHULDRXWOLQHGLQ5HIHUHQFHDUHVXPPDUL]HGEHORZ x 3RZHU'LVWULEXWLRQ7KHORFDOSRZHUGLVWULEXWLRQLQWKHIXHODVVHPEO\FRPELQHGZLWK WKHFRUHSRZHUGLVWULEXWLRQVKDOOUHVXOWLQ/LQHDU+HDW*HQHUDWLRQ5DWH /+*5 DQG 0LQLPXP&ULWLFDO3RZHU5DWLR 0&35 YDOXHVWKDWDUHZLWKLQWKHOLPLWVHVWDEOLVKHGIRU HDFKIXHOGHVLJQ x .LQHWLFV3DUDPHWHUV7KHPRGHUDWRUYRLGUHDFWLYLW\FRHIILFLHQWGXHWRERLOLQJLQWKH DFWLYHFKDQQHOVDQGWKH'RSSOHUIXHOWHPSHUDWXUHUHDFWLYLW\FRHIILFLHQWVKDOOEHQHJDWLYH 7KHQHJDWLYHYRLGDQG'RSSOHUUHDFWLYLW\FRHIILFLHQWVHQVXUHDQHJDWLYHSRZHUFRHIILFLHQW GXULQJUHDFWRURSHUDWLRQ$GGLWLRQDOFDOFXODWLRQVZHUHSHUIRUPHGWRVKRZWKDWWKH DVVHPEO\DYHUDJH'RSSOHUDQGYRLGUHDFWLYLW\FRHIILFLHQWVUHPDLQQHJDWLYHIRUWKHOLIHRI WKHDVVHPEO\7KHVHUHVXOWVGHPRQVWUDWHWKDWWKH5HIHUHQFHNLQHWLFVFULWHULDDUHPHW RQDEXQGOHDYHUDJHEDVLV x &RQWURO%ODGH5HDFWLYLW\7KHGHVLJQRIWKHIXHODVVHPEO\DQGWKHUHDFWRUFRUHORDGLQJ VKDOOEHVXFKWKDWWKHWHFKQLFDOVSHFLILFDWLRQVKXWGRZQPDUJLQUHTXLUHPHQWLVPHWIRUDOO UHDFWRUFRQGLWLRQV Neutronic Design Description 7KHQHXWURQLFGHVLJQSDUDPHWHUVIRUHTXLOLEULXPF\FOH$75,80DVVHPEOLHVDUHSUHVHQWHGLQ 7DEOH7KHNH\QXFOHDUGHVLJQFKDUDFWHULVWLFVDUHVXPPDUL]HGEHORZ x 7KHIXHODVVHPEO\FRQWDLQV>
@
x (DFKIXHODVVHPEO\KDVWRSDQGERWWRPQDWXUDOXUDQLXPEODQNHWV x 7KHSOHQXPUHJLRQDERYHWKH3/)5VZLOOEHH[SOLFLWO\PRGHOHG x 7KHHQULFKPHQWVDUHGHVLJQHGWR\LHOGDORFDOSRZHUGLVWULEXWLRQZKLFKUHVXOWVLQD EDODQFHGGHVLJQUHODWLYHWR0&35/+*5DQGRWKHUUHDFWRURSHUDWLQJUHTXLUHPHQWV HJSRZHUSHDNLQJ x *DGROLQLD *G2EOHQGHGZLWK82 URGVDUHGHVLJQHGWRFRQWURODVVHPEO\UHDFWLYLW\LQ RUGHUWRPHHWUHDFWLYLW\FRQWUROUHTXLUHPHQWVLQWKHUHDFWRUHJFROGVKXWGRZQPDUJLQ x 7KHHTXLOLEULXPF\FOHUHORDGEDWFKFRQVLVWVRIDVVHPEO\GHVLJQVZKLFKYDU\D[LDOO\LQ HQULFKPHQWDQGRUJDGROLQLD7KHD[LDOGLVWULEXWLRQVRIWKHODWWLFHVLQWKHDVVHPEOLHVDUH VKRZQLQ)LJXUHVDQG7KHIXHOURGGLVWULEXWLRQDQGD[LDOGHVFULSWLRQVDUH SUHVHQWHGLQ)LJXUHVWKURXJK7KHHQULFKPHQWDQGJDGROLQLDGLVWULEXWLRQPDSV IRUHDFKRIWKHUHORDGDVVHPEO\ODWWLFHVDUHGLVSOD\HGLQ$SSHQGL['
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH x 7KHIXHODVVHPEO\LQFRUSRUDWHVDQDGYDQFHGIXHOFKDQQHOZKLFKLPSURYHVXUDQLXP XWLOL]DWLRQ)RU'ODWWLFHSODQWVWKHIXHODVVHPEO\LVRIIVHW> @WRZDUGWKHFRQWURO EODGH Lattice Control Blade Worths and Kinetics Parameters %HJLQQLQJRIOLIH %2/ ODWWLFHUHDFWLYLWLHV Nf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nriched Lattice Uncontrolled Reactivities and Isotopic Data 7KHHQULFKHGODWWLFHH[SRVXUHGHSHQGHQWXQFRQWUROOHGUHDFWLYLWLHVFDOFXODWHGDWWKUHHYRLG IUDFWLRQVDUHSUHVHQWHGJUDSKLFDOO\LQ$SSHQGL[$DQGLQWDEXODUIRUPDWLQ$SSHQGL[%7KH HQULFKHGODWWLFHH[SRVXUHGHSHQGHQWLVRWRSLFGDWDFDOFXODWHGDWWKUHHYRLGIUDFWLRQVDUH SUHVHQWHGLQ$SSHQGL[&
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH1HXWURQLF'HVLJQ3DUDPHWHUV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH1HXWURQLF'HVLJQ3DUDPHWHUV &RQWLQXHG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH1HXWURQLF'HVLJQ3DUDPHWHUV &RQWLQXHG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH1HXWURQLF'HVLJQ3DUDPHWHUV &RQWLQXHG 3DUDPHWHU 'HVLJQ9DOXH
&RUH'DWD
1XPEHURIIXHODVVHPEOLHVLQWKHFRUH 5DWHGWKHUPDOSRZHUOHYHO0:W 5DWHGFRUHIORZ0OEPKU
,QOHWVXEFRROLQJ%WXOEP 'RPHSUHVVXUHSVLD %RURQFRQFHQWUDWLRQ330 ,QWHUPHGLDWHWHPSHUDWXUH)
- DUPWHPSHUDWXUH)
6RPHYDOXHVDUHUHSUHVHQWDWLYHRIUDWHGFRQGLWLRQVDQGPD\YDU\GHSHQGLQJRQWKHFRUHVWDWHSRLQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/ IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\ kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/ IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/ IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\ kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/ IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @ &RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @ &RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/ IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\ kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW%2/ IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH /DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @ &RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @ &RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN
&ROG 70RGHUDWRU q)7)XHO q)
9RLG1R[HQRQ
,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q)
9RLG1R[HQRQ
+RW6WDQGE\ 70RGHUDWRU q)7)XHO q)
9RLG1R[HQRQ
+RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q)
9RLG1R[HQRQ
+RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q)
9RLG
+RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q)
9RLG
+RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q)
9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @ &RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @ &RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH0DLQ%RG\
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 7DEOH/DWWLFH> @&RQWURO%ODGH:RUWKVDW
%2/IRU&RQWURO%ODGH7\SH$%%:HVWLQJKRXVH+DIQLXP7LS
kcontrolled - kuncontrolled N&RQWUROOHG N8QFRQWUROOHG %ODGH Blade Worth _ :RUWK kuncontrolled
'NN &ROG 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ ,QWHUPHGLDWH 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW6WDQGE\ 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ1R;H 70RGHUDWRU q)7)XHO q) 9RLG1R[HQRQ +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG +RW2SHUDWLQJ 70RGHUDWRU q)7)XHO q) 9RLG
7DEOH/DWWLFH> @.LQHWLFV3DUDPHWHUVDW%2/
.LQHWLFV
ka - k 13 3DUDPHWHU Kinetics Parameter = kp ND NE 'NN kHotOperatingNoXe - kHotStandby Doppler kHotStandby kHotOperating40 - kHotOperatingO Moderatorvoid _ kHotOperatingO kHotStandby - kcold Moderatorremperature - kcold
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH
)LJXUH$VVHPEO\7\SH> @
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH
)LJXUH$VVHPEO\7\SH> @
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH
)LJXUH$VVHPEO\7\SH> @
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH
:DWHU&KDQQHO )XHO5RG7\SH 4XDQWLW\ )XHO5RG7\SH 4XDQWLW\ )LJXUH> @)XHO5RG'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH
:DWHU&KDQQHO )XHO5RG7\SH 4XDQWLW\ )XHO5RG7\SH 4XDQWLW\ )LJXUH> @)XHO5RG'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH
:DWHU&KDQQHO )XHO5RG7\SH 4XDQWLW\ )XHO5RG7\SH 4XDQWLW\ )LJXUH> @)XHO5RG'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH
)LJXUH)XHO5RG$[LDO'HVFULSWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH
)LJXUH )XHO5RG$[LDO'HVFULSWLRQ FRQWLQXHG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH
)LJXUH )XHO5RG$[LDO'HVFULSWLRQ FRQWLQXHG
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH 5()(5(1&(6 )65HYLVLRQ%URZQV)HUU\/$5(TXLOLEULXP&\FOH6SHFLILF$75,80
)XHO$VVHPEO\0HFKDQLFDO'DWDIRU&RUH(QJLQHHULQJ$SULO
$1) 3 $ 5HYLVLRQDQG6XSSOHPHQW*HQHULF0HFKDQLFDO'HVLJQ&ULWHULDIRU
%:5)XHO'HVLJQV$GYDQFHG1XFOHDU)XHOV&RUSRUDWLRQ0D\
(0) 3 $ 5HYLVLRQ6LHPHQV3RZHU&RUSRUDWLRQ0HWKRGRORJ\IRU%RLOLQJ
- DWHU5HDFWRUV(YDOXDWLRQDQG9DOLGDWLRQRI&$6020,&52%851%6LHPHQV
3RZHU&RUSRUDWLRQ2FWREHU
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$
$SSHQGL[$ (QULFKHG/DWWLFH+RW8QFRQWUROOHG5HDFWLYLW\DQG/3)3ORWV 7KHUHVXOWVLQWKLVDSSHQGL[DUHEDVHGRQKRWRSHUDWLQJDQGHTXLOLEULXP[HQRQFRQGLWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.21 E] 1.16 0%
. 40%
1.11
- 80% +RW8QFRQWUROOHGNf 1.06 1.01 0.96 0.91 0.86 0.81 0.76 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.40 E]
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.35
. 40%
1.30 - 80% 1.25 1.20 1.15 1.10 1.05 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.22 EJ 1.17 0%
.,,- ...,,,.-- ....... ..... . 40%
1.12
- 80% +RW8QFRQWUROOHGNf 1.07 --=-------------- .......... .............
1.02 ..............--: ~ 0.97 0.92 0.87 0.82 0.77 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.39 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.34
. 40%
1.29 - 80% 1.24 1.19 1.14 1.09 1.04 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.23 EJ 1.18 0% 1.13 . 40%
- 80% +RW8QFRQWUROOHGNf 1.08 1.03 0.98 0.93 0.88 0.83 0.78 0.73 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.39 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.34
. 40%
1.29 - 80% 1.24 1.19 1.14 1.09 1.04 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.23 EJ 1.18 0% 1.13 . 40%
- 80% +RW8QFRQWUROOHGNf 1.08 1.03 0.98 0.93 0.88 0.83 0.78 0.73 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.39 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.34
. 40%
1.29 - 80% 1.24 1.19 1.14 1.09
- - '"'.::--.::-:.:..-=:-.::-..:::::. ----------------------------
1.04 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.20 1.15 1.10 Fl 0% 40%
~ 80% +RW8QFRQWUROOHGNf 1.05 1.00 0.95 0.90 0.85 0.80 0.75 0.70 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.49 Fl
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 1.44 0%
40%
~
1.39 80% 1.34 1.29 1.24 1.19 1.14 1.09 1.04 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.29 EJ 0% 1.19
- - 40%
80%
+RW8QFRQWUROOHGNf 1.09 0.99 0.89 0.79 0.69 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.50 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 1.45 0% . 40%
1.40
- 80%
1.35 1.30 1.25 1.20 1.15 1.10 1.05 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.29 EJ 0% 1.19 . 40%
- 80% +RW8QFRQWUROOHGNf 1.09 0.99 0.89 0.79 0.69 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.39 Fl
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.34 40% 1.29
~ 80%
1.24 1.19 1.14 1.09 1.04 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.21 EJ 1.16 0%
. 40%
1.11
- 80% +RW8QFRQWUROOHGNf 1.06 1.01 0.96 0.91 0.86 0.81 0.76 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.45 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 1.40 0% . 40%
1.35
~----- - 80%
1.30
\ >-' - ----
1.25 '\,, 1.20
' \ \ '\, \.,_ \ ...\.
1.15 1.10 1.05 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.21 EJ 1.16 0%
. 40%
1.11
- 80% +RW8QFRQWUROOHGNf 1.06 1.01 0.96 0.91 0.86 0.81 0.76 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.40 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.35
. 40%
1.30 - 80% 1.25 1.20 1.15 1.10 1.05 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.23 1.18 1.13 Fl 0% 40%
~ 80% +RW8QFRQWUROOHGNf 1.08 1.03 0.98 0.93 0.88 0.83 0.78 0.73 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.39 Fl
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.34 40% 1.29
~ 80%
1.24 1.19 1.14 1.09 1.04 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.23 EJ 1.18 0% 1.13 . 40%
- 80% +RW8QFRQWUROOHGNf 1.08 1.03 0.98 0.93 0.88 0.83 0.78 0.73 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.44 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 1.39 0% . 40%
1.34
- 80%
1.29 1.24 1.19 1.14 1.09 1.04 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.20 1.15 1.10 Fl 0% 40%
~ 80% +RW8QFRQWUROOHGNf 1.05 1.00 0.95 0.90 0.85 0.80 0.75 0.70 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.55 Fl
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 1.50 0%
1.45 40% 1.40 1.35
~ 80%
1.30 1.25 1.20 1.15 1.10 --- - ----=-.::::.------------------- ---- 1.05 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.29 EJ 0% 1.19 . 40%
- 80% +RW8QFRQWUROOHGNf 1.09 0.99 0.89 0.79 0.69 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.55 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 1.50 0%
1.45 -- 40% 1.40 80% 1.35 1.30 1.25 1.20 1.15 1.10 1.05 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.29 EJ 0% 1.19 . 40%
- 80% +RW8QFRQWUROOHGNf 1.09 0.99 0.89 0.79 0.69 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.45 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 1.40 0% . 40%
1.35
- 80%
1.30 1.25 1.20 1.15 1.10 1.05 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.22 EJ 1.17 0% 1.12 ---------- ' . 40%
', - 80% +RW8QFRQWUROOHGNf 1.07 -------------------- --------------:_
1.02 -.....:
............ ~ ......
0.97 ................ 0.92 0.87 0.82 0.77 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.40 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.35
. 40%
1.30 - 80% 1.25 1.20 1.15 1.10 1.05 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.24 EJ 1.19 0% 1.14 . 40%
- 80% +RW8QFRQWUROOHGNf 1.09 1.04 0.99 0.94 0.89 0.84 0.79 0.74 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.39 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.34
. 40%
1.29 - 80% 1.24 1.19 1.14 1.09 1.04 -- --- 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.23 EJ 1.18 0% 1.13 . 40%
- 80% +RW8QFRQWUROOHGNf 1.08 1.03 0.98 0.93 0.88 0.83 0.78 0.73 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.40 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.35
. 40%
1.30 - 80% 1.25 1.20 1.15 1.10 --------:::-:: :-.::.-------------------------------- ------------------------- 1.05 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.21 EJ 1.16 0% 1.11 . 40%
- 80% +RW8QFRQWUROOHGNf 1.06 1.01 0.96 0.91 0.86 0.81 0.76 0.71 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.39 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.34
. 40%
1.29 - 80% 1.24 1.19 1.14 1.09 1.04 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.30 EJ 0% 1.20 . 40%
- 80% +RW8QFRQWUROOHGNf 1.10 1.00 0.90 0.80 0.70 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.50 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 1.45 0% . 40%
1.40
- 80%
1.35 1.30 1.25 1.20 1.15 1.10 1.05 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH$ 1.29 0% 1.19 40% 80%
+RW8QFRQWUROOHGNf 1.09 0.99 0.89 0.79 0.69 0 10 20 30 40 50 60 70 /DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHGNf
1.34 EJ
+RW8QFRQWUROOHG/RFDO3HDNLQJ)DFWRU 0%
1.29 40% 80% 1.24 1.19 1.14 1.09 1.04 0 10 20 30 40 50 60 70
/DWWLFH([SRVXUH *:G078 )LJXUH$> @+RW8QFRQWUROOHG/3)
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH%
$SSHQGL[% (QULFKHG/DWWLFH+RW8QFRQWUROOHG5HDFWLYLW\DQG/3)7DEOHV 7KHUHVXOWVLQWKLVDSSHQGL[DUHEDVHGRQKRWRSHUDWLQJDQGHTXLOLEULXP[HQRQFRQGLWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH% > @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH% > @ +RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHGNf ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH% 7DEOH%> @+RW8QFRQWUROOHG/3) ([SRVXUH9RLG9RLG9RLG 0:G078+LVWRU\+LVWRU\+LVWRU\
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH&
$SSHQGL[& (QULFKHG/DWWLFH,VRWRSLF'DWD7DEOHV 7KHUHVXOWVLQWKLVDSSHQGL[DUHEDVHGRQKRWRSHUDWLQJDQGHTXLOLEULXP[HQRQFRQGLWLRQV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH& 7DEOH&> @([SRVXUH'HSHQGHQW9RLG
,VRWRSLFV NJ078,QLWLDO
([SRVXUH 0:G0788888133838383838
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
$SSHQGL[' /DWWLFH(QULFKPHQW'LVWULEXWLRQ0DSV
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\$75,80(TXLOLEULXP&\FOH 1XFOHDU)XHO'HVLJQ5HSRUW 3DJH'
)LJXUH'> @(QULFKPHQW'LVWULEXWLRQ
$77$&+0(17D %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$1335HYLVLRQ
3URSULHWDU\ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV
$77$&+0(17E %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$13135HYLVLRQ
1RQ3URSULHWDU\ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV
Controlled Document framatome
0HFKDQLFDO'HVLJQ5HSRUWIRU $1313 5HYLVLRQ %URZQV)HUU\$75,80)XHO $VVHPEOLHV /LFHQVLQJ5HSRUW $SULO F )UDPDWRPH,QF
) 5HY
&RQWUROOHG'RFXPHQW
$1313 5HYLVLRQ
&RS\ULJKW )UDPDWRPH,QF $OO5LJKWV5HVHUYHG $75,808/75$)/2:)8(/*8$5'DQG=%DUHWUDGHPDUNVRU
UHJLVWHUHGWUDGHPDUNVRI)UDPDWRPHRULWVDIILOLDWHVLQWKH86$RU RWKHUFRXQWULHV
) 5HY
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJHL 1DWXUHRI&KDQJHV 6HFWLRQ V ,WHP RU3DJH V 'HVFULSWLRQDQG-XVWLILFDWLRQ $OO ,QLWLDO,VVXH
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJHLL
&RQWHQWV
3DJH ,1752'8&7,21 '(6,*1'(6&5,37,21
2YHUYLHZ )XHO$VVHPEO\ 8SSHU7LH3ODWHDQG&RQQHFWLQJ+DUGZDUH :DWHU&KDQQHO 6SDFHU*ULG /RZHU7LH3ODWH )XHO5RGV )XHO&KDQQHODQG&RPSRQHQWV
)8(/'(6,*1(9$/8$7,21
2EMHFWLYHV )XHO5RG(YDOXDWLRQ )XHO6\VWHP(YDOXDWLRQ 6WUHVV6WUDLQRU/RDGLQJ/LPLWVRQ$VVHPEO\ &RPSRQHQWV )DWLJXH )UHWWLQJ:HDU 2[LGDWLRQ+\GULGLQJDQG&UXG%XLOGXS 5RG%RZ $[LDO,UUDGLDWLRQ*URZWK 5RG,QWHUQDO3UHVVXUH $VVHPEO\/LIWRII )XHO$VVHPEO\+DQGOLQJ 0LVFHOODQHRXV&RPSRQHQWV )XHO&RRODELOLW\ &ODGGLQJ(PEULWWOHPHQW 9LROHQW([SXOVLRQRI)XHO )XHO%DOORRQLQJ 6WUXFWXUDO'HIRUPDWLRQV )XHO&KDQQHODQG&RPSRQHQWV 'HVLJQ&ULWHULDIRU1RUPDO2SHUDWLRQ 'HVLJQ&ULWHULDIRU$FFLGHQW&RQGLWLRQV
5()(5(1&(6
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJHLLL
/LVWRI7DEOHV
7DEOH )XHO$VVHPEO\DQG&RPSRQHQW'HVFULSWLRQ 7DEOH )XHO&KDQQHODQG&KDQQHO6SDFHU$VVHPEO\'HVFULSWLRQ 7DEOH 5HVXOWVIRU$75,80)XHO$VVHPEO\&ULWHULD 7DEOH 5HVXOWVIRU$75,80$GYDQFHG)XHO&KDQQHO&ULWHULD
/LVWRI)LJXUHV
)LJXUH $75,80)XHO$VVHPEO\ )LJXUH 873ZLWK/RFNLQJ+DUGZDUH )LJXUH 8/75$)/2:6SDFHU*ULG )LJXUH UG*HQHUDWLRQ)8(/*8$5'/73 )LJXUH )XOODQG3DUW/HQJWK)XHO5RGV )LJXUH $75,80$GYDQFHG)XHO&KDQQHO
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJHLY 1RPHQFODWXUH $FURQ\P 'HILQLWLRQ $)& $GYDQFHGIXHOFKDQQHO $22 $QWLFLSDWHGRSHUDWLRQDORFFXUUHQFHV $56 $FFHOHUDWLRQUHVSRQVHVSHFWUD $60( $PHULFDQ6RFLHW\RI0HFKDQLFDO(QJLQHHUV
% 39 %RLOHUDQGSUHVVXUHYHVVHO %4 %HWDTXHQFK %:5 %RLOLQJZDWHUUHDFWRU
(/& (QKDQFHGORDGFKDLQ (2/ (QGRIOLIH
+$/& +DUPRQL]HGDGYDQFHGORDGFKDLQ
/7$ /HDGWHVWDVVHPEO\ /2&$ /RVVRIFRRODQWDFFLGHQW /73 /RZHUWLHSODWH
0:GNJ8 0HJDZDWWGD\VSHUNLORJUDPRI8UDQLXP
15& 861XFOHDU5HJXODWRU\&RPPLVVLRQ
3/)5 3DUWOHQJWKIXHOURGV
653 6WDQGDUGUHYLHZSODQ
873 8SSHUWLHSODWH
=% 3URSULHWDU\=LUFDOR\%:5PDWHULDOVLPLODUWR=LUFDOR\ =U\ =LUFDOR\ =U\ =LUFDOR\
*)* UG*HQHUDWLRQ)8(/*8$5'
&RQWUROOHG'RFXPHQW
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
@
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
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH '(6,*1'(6&5,37,21 7KLVVHFWLRQSURYLGHVDGHVLJQGHVFULSWLRQRIWKH$75,80IXHODVVHPEO\DQGIXHOFKDQQHO 5HORDGVSHFLILFGHVLJQLQIRUPDWLRQLVDYDLODEOHLQWKHGHVLJQSDFNDJHSURYLGHGE\)UDPDWRPH IRUHDFKUHORDGGHOLYHU\ Overview %URZQV)HUU\KDVVXFFHVVIXOO\RSHUDWHGIRUVHYHUDOF\FOHVZLWKUHORDGTXDQWLWLHVRI$75,80 DQG$75,80;0IXHODVVHPEOLHV%URZQV)HUU\ZLOORSHUDWHZLWK$75,80IXHODVVHPEOLHV LQUHORDGTXDQWLWLHVVWDUWLQJZLWK%URZQV)HUU\8QLW&\FOH7KH$75,80EXQGOHFRQVLVWV RIDQ[IXHOODWWLFHZLWKDVTXDUHLQWHUQDOZDWHUFKDQQHOWKDWGLVSODFHVD[DUUD\RIURGV 7KH$75,80LQFRUSRUDWHVNH\GHVLJQIHDWXUHVUHODWLYHWRSUHYLRXV$75,80GHVLJQVDV GHVFULEHGLQ5HIHUHQFH 7DEOHOLVWVWKHNH\GHVLJQSDUDPHWHUVRIWKH$75,80IXHODVVHPEO\
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH )XHO$VVHPEO\ )LJXUHSURYLGHVDQLOOXVWUDWLRQRIWKHIXHODVVHPEO\DQG7DEOHOLVWVWKHPDLQIXHO DVVHPEO\DWWULEXWHV7KHIXHODVVHPEO\LVDFFRPSDQLHGE\DIXHOFKDQQHODVGHVFULEHGODWHULQ WKLVVHFWLRQ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH 8SSHU7LH3ODWHDQG&RQQHFWLQJ+DUGZDUH )LJXUHSURYLGHVDQLOOXVWUDWLRQRIWKH873DQGFRQQHFWLQJKDUGZDUH
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH
Controlled Document )UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH :DWHU&KDQQHO )LJXUHDQG)LJXUHSURYLGHVDQLOOXVWUDWLRQRIWKHZDWHUFKDQQHODQG7DEOHOLVWVWKH PDLQZDWHUFKDQQHODWWULEXWHV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH 6SDFHU*ULG )LJXUHSURYLGHVLOOXVWUDWLRQRIWKHVSDFHUJULGDQG7DEOHOLVWVWKHPDLQVSDFHUJULG DWWULEXWHV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH /RZHU7LH3ODWH )LJXUHSURYLGHVDQLOOXVWUDWLRQRIWKH*)*)8(/*8$5'
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH )XHO5RGV 7KLVPHFKDQLFDOGHVLJQUHSRUWGRFXPHQWVWKHIXHOVWUXFWXUDODQDO\VHV7KHIXHOURGWKHUPDO PHFKDQLFDOUHSRUWSURYLGHVIXHOURGGHVLJQGHVFULSWLRQGHWDLO)LJXUHSURYLGHVDQLOOXVWUDWLRQ RIWKHIXOOOHQJWKDQGWKHWZRSDUWOHQJWKIXHOURGV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH Fuel Channel and Components )LJXUHSURYLGHVDQLOOXVWUDWLRQRIWKHIXHOFKDQQHODQGFRPSRQHQWVDQG7DEOHOLVWVWKH IXHOFKDQQHOFRPSRQHQWDWWULEXWHV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH 7DEOH
)XHO$VVHPEO\DQG&RPSRQHQW'HVFULSWLRQ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH 7DEOH
)XHO$VVHPEO\DQG&RPSRQHQW'HVFULSWLRQ &RQWLQXHG
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH 7DEOH
)XHO&KDQQHODQG&KDQQHO6SDFHU$VVHPEO\'HVFULSWLRQ
&RQWUROOHG'RFXPHQW
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bjectives 7KHREMHFWLYHVRIGHVLJQLQJIXHODVVHPEOLHV V\VWHPV WRVSHFLILFFULWHULDDUHWRSURYLGH DVVXUDQFHWKDW x 7KHIXHODVVHPEO\ V\VWHP VKDOOQRWIDLODVDUHVXOWRIQRUPDORSHUDWLRQDQGDQWLFLSDWHG RSHUDWLRQDORFFXUUHQFHV $22V 7KHIXHODVVHPEO\ V\VWHP GLPHQVLRQVVKDOOEH GHVLJQHGWRUHPDLQZLWKLQRSHUDWLRQDOWROHUDQFHVDQGWKHIXQFWLRQDOFDSDELOLWLHVRIWKH IXHOVKDOOEHHVWDEOLVKHGWRHLWKHUPHHWRUH[FHHGWKRVHDVVXPHGLQWKHVDIHW\DQDO\VLV x )XHODVVHPEO\ V\VWHP GDPDJHVKDOOQHYHUSUHYHQWFRQWUROURGLQVHUWLRQZKHQLWLV UHTXLUHG x 7KHQXPEHURIIXHOURGIDLOXUHVVKDOOEHFRQVHUYDWLYHO\HVWLPDWHGIRUSRVWXODWHG DFFLGHQWV x )XHOFRRODELOLW\VKDOODOZD\VEHPDLQWDLQHG x 7KHPHFKDQLFDOGHVLJQRIIXHODVVHPEOLHVVKDOOEHFRPSDWLEOHZLWKFRUHVLGHQWIXHODQG WKHUHDFWRUFRUHLQWHUQDOV x )XHODVVHPEOLHVVKDOOEHGHVLJQHGWRZLWKVWDQGWKHORDGVIURPKDQGOLQJDQGVKLSSLQJ 7KHILUVWIRXUREMHFWLYHVDUHWKRVHFLWHGLQWKH6WDQGDUG5HYLHZ3ODQ 653 7KHODWWHUWZR REMHFWLYHVDUHWRDVVXUHWKHVWUXFWXUDOLQWHJULW\RIWKHIXHODQGWKHFRPSDWLELOLW\ZLWKWKHH[LVWLQJ UHORDGIXHO7RVDWLVI\WKHVHREMHFWLYHVWKHFULWHULDDUHDSSOLHGWRWKHIXHOURGDQGWKHIXHO DVVHPEO\ V\VWHP GHVLJQV6SHFLILFFRPSRQHQWFULWHULDDUHDOVRQHFHVVDU\WRDVVXUH FRPSOLDQFH7KHFULWHULDHVWDEOLVKHGWRPHHWWKHVHREMHFWLYHVLQFOXGHWKRVHJLYHQLQ &KDSWHURIWKH653
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH Fuel Rod Evaluation 7KHPHFKDQLFDOGHVLJQUHSRUWGRFXPHQWVWKHIXHOVWUXFWXUDODQDO\VHVRQO\7KHIXHOURG HYDOXDWLRQZLOOEHGRFXPHQWHGLQWKHIXHOURGWKHUPDOPHFKDQLFDOUHSRUW+RZHYHUWKHIXHOURG PHFKDQLFDOIUDFWXULQJ 5HIHUHQFH6HFWLRQ LVHYDOXDWHGLQ6HFWLRQ6WUXFWXUDO 'HIRUPDWLRQV Fuel System Evaluation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x )XHODVVHPEO\D[LDOORDGVWUXFWXUDOVWUHQJWK x )XHODVVHPEO\IUHWWLQJ x )XHODVVHPEO\VWDWLFODWHUDOGHIOHFWLRQ x )XHODVVHPEO\ODWHUDOYLEUDWLRQ x )XHODVVHPEO\LPSDFW x 6SDFHUJULGODWHUDOLPSDFWVWUHQJWK x 7LHSODWHODWHUDOORDGVWUHQJWK
&RQWUROOHG'RFXPHQW
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
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH )UHWWLQJ:HDU )XHOURGIDLOXUHVGXHWRJULGWRURGIUHWWLQJVKDOOQRWRFFXU>
@
)UHWWLQJZHDULVHYDOXDWHGE\WHVWLQJDVGHVFULEHGLQ6HFWLRQ7KHWHVWLQJLVFRQGXFWHG E\>
@7KHLQVSHFWLRQPHDVXUHPHQWVIRUZHDUDUHGRFXPHQWHG7KHODFNRIVLJQLILFDQWZHDU
GHPRQVWUDWHVDGHTXDWHURGUHVWUDLQWJHRPHWU\DWWKHFRQWDFWORFDWLRQV$OVRWKHODFNRI VLJQLILFDQWZHDUDWWKHVSDFHUFHOOORFDWLRQV> @SURYLGHV IXUWKHUDVVXUDQFHWKDWQRVLJQLILFDQWIUHWWLQJZLOORFFXUDWKLJKHUH[SRVXUHOHYHOV )XHO$VVHPEO\)UHWWLQJ7HVW $IUHWWLQJWHVWZDVFRQGXFWHGRQDIXOOVL]HWHVWDVVHPEO\WRHYDOXDWHWKH$75,80IXHOURG VXSSRUWGHVLJQ>
@$IWHUWKHWHVWWKHDVVHPEO\ZDVLQVSHFWHGIRUVLJQVRIIUHWWLQJZHDU1R
VLJQLILFDQWZHDUZDVIRXQGRQIXHOURGVLQFRQWDFWZLWKVSDFHUVSULQJV>
@7KHUHVXOWVDJUHHZLWKSDVWWHVWUHVXOWVRQ%:5GHVLJQVZKHUHQRQRWLFHDEOH
ZHDUZDVIRXQGRQWKHIXHOURGVRURWKHULQWHUIDFLQJFRPSRQHQWVIROORZLQJH[SRVXUHWRFRRODQW IORZFRQGLWLRQV 2[LGDWLRQ+\GULGLQJDQG&UXG%XLOGXS 6HFWLRQDGGUHVVHGLQWKHIXHOURGWKHUPDOPHFKDQLFDOUHSRUW
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH 5RG%RZ 7KHSUHGLFWHGURGWRURGJDSFORVXUHGXHWRERZLVDVVHVVHGE\WKHUPDOK\GUDXOLFVJURXSIRU LPSDFWRQWKHUPDOPDUJLQV 'LIIHUHQWLDOH[SDQVLRQEHWZHHQWKHIXHOURGVDQGFDJHVWUXFWXUHDQGODWHUDOWKHUPDODQGIOX[ JUDGLHQWVFDQOHDGWRODWHUDOFUHHSERZRIWKHURGVLQWKHVSDQVEHWZHHQVSDFHUJULGV7KLV ODWHUDOFUHHSERZDOWHUVWKHSLWFKEHWZHHQWKHURGVDQGPD\DIIHFWWKHSHDNLQJDQGORFDOKHDW WUDQVIHU7KH)UDPDWRPHGHVLJQFULWHULRQIRUIXHOURGERZLQJLV>
@
9LVXDOH[DPVRQ$75,80KDYHQRWUHYHDOHGDQ\XQXVXDOIXHOURGERZEHKDYLRUIRU H[SRVXUHVXSWR> @EDVHGRQWKHODWHVWH[SHULHQFHIURP/HDG7HVW$VVHPEO\ SRVWLUUDGLDWLRQH[DPV7KLVH[SRVXUHLVEH\RQGWKHWKUHVKROGZKHUHLQFUHDVLQJURGERZKDG EHHQREVHUYHGRQRWKHUGHVLJQV7KHUHIRUHWKH$75,80IXHOGHVLJQKDVEHHQVKRZQWR KDYHPLQLPDOURGERZ$URGJDSFORVXUHUDWLRFXUYHLVSURYLGHGLQ5HIHUHQFH
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH $[LDO,UUDGLDWLRQ*URZWK 5HIHUHQFHUHTXLUHV>
@
7KHIXHOURGJURZWKFRUUHODWLRQLVHVWDEOLVKHGIURP>
@
$VVHPEO\JURZWKLVHVWDEOLVKHGIURP$75,80[DQG[DUUD\HGIXHODVVHPEOLHVZLWK ZDWHUFKDQQHOVPDGHRI=%PDWHULDO,WLVEDVHGRQWKH$75,80IXHODVVHPEO\JURZWKGDWD RQO\DQGH[FOXGHVGHVLJQVZLWKORDGEHDULQJWLHURGVDVZHOODVWKH(XURSHDQEXQGOHLQEDVNHW GHVLJQV>
@
7KHIXHOURGDQGDVVHPEO\JURZWKDSSURYHGFRUUHODWLRQVDUHGHVFULEHGZLWKLQ5HIHUHQFH DORQJZLWKWKHUHVSHFWLYHWROHUDQFHOLPLWV 5RG,QWHUQDO3UHVVXUH 6HFWLRQDGGUHVVHGLQWKHIXHOURGWKHUPDOPHFKDQLFDOUHSRUW
Controlled Document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
@
0L[HGFRUHFRQGLWLRQVIRUDVVHPEO\OLIWRIIDUHFRQVLGHUHGRQDF\FOHVSHFLILFEDVLVDV GHWHUPLQHGE\WKHSODQWRSHUDWLQJFRQGLWLRQVDQGRWKHUIXHOW\SHV$QDO\VHVWRGDWHLQGLFDWHD ODUJHPDUJLQWRDVVHPEO\OLIWRIIXQGHUQRUPDORSHUDWLQJFRQGLWLRQV )RUIDXOWHGFRQGLWLRQV>
@ 7KHIXHOZLOOQRWOLIW XQGHUQRUPDORU$22
FRQGLWLRQVLWZLOOQRWEHFRPHGLVHQJDJHGIURPWKHIXHOVXSSRUWXQGHUIDXOWHGFRQGLWLRQVQRU EORFNLQVHUWLRQRIWKHFRQWUROEODGHLQDOORSHUDWLQJFRQGLWLRQV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH )XHO$VVHPEO\+DQGOLQJ 7KHIXHODVVHPEO\VKDOOZLWKVWDQGZLWKRXWSHUPDQHQWGHIRUPDWLRQDOOQRUPDOD[LDOORDGVIURP VKLSSLQJDQGIXHOKDQGOLQJRSHUDWLRQV$QDO\VHVRUWHVWLQJVKDOOGHPRQVWUDWHWKDWWKHIXHOLV FDSDEOHRI>
@
7KHIXHODVVHPEO\VWUXFWXUDOFRPSRQHQWVDUHDVVHVVHGIRUD[LDOIXHOKDQGOLQJORDGVE\DQDO\VHV DQGWHVWLQJ7RGHPRQVWUDWHFRPSOLDQFHZLWKWKHFULWHULDWKHWHVWVDQGDQDO\VHVDUHSHUIRUPHG E\ORDGLQJDWHVWDVVHPEO\RUWKHLQGLYLGXDOFRPSRQHQWVRIWKHORDGFKDLQWRDQD[LDOWHQVLOH IRUFHJUHDWHUWKDQ> @$Q DFFHSWDEOHWHVWDQGDQDO\VLVGHPRQVWUDWHVQR\LHOGLQJDIWHUORDGLQJ +DQGOLQJUHTXLUHPHQWVIRUWKHIXHOURGSOHQXPVSULQJDUHDGGUHVVHGLQWKHIXHOURGWKHUPDO PHFKDQLFDOUHSRUW
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH )XHO$VVHPEO\$[LDO/RDG7HVWV (DFKWHVWLVXVHGLQVXSSRUWRIDQDO\WLFDORU)LQLWH(OHPHQW$QDO\VLVWRGHPRQVWUDWHWKDWQR VLJQLILFDQWSHUPDQHQWGHIRUPDWLRQRFFXUVIRUORDGV>
@
'HVFULSWLRQVRIWHVWV
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
&RQWUROOHG'RFXPHQW
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uel Coolability )RUDFFLGHQWVLQZKLFKVHYHUHIXHOGDPDJHPLJKWRFFXUFRUHFRRODELOLW\DQGWKHFDSDELOLW\WR LQVHUWFRQWUROEODGHVDUHHVVHQWLDO&KDSWHURIWKH653SURYLGHVVHYHUDOVSHFLILFDUHDV LPSRUWDQWWRIXHOFRRODELOLW\DVGLVFXVVHGEHORZ &ODGGLQJ(PEULWWOHPHQW 7KLVHYDOXDWLRQLVQRWSDUWRIWKHPHFKDQLFDOGHVLJQDQDO\VLV 9LROHQW([SXOVLRQRI)XHO 7KLVHYDOXDWLRQLVQRWSDUWRIWKHPHFKDQLFDOGHVLJQDQDO\VLV )XHO%DOORRQLQJ 7KLVHYDOXDWLRQLVQRWSDUWRIWKHPHFKDQLFDOGHVLJQDQDO\VLV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH 6WUXFWXUDO'HIRUPDWLRQV $75,80VWUXFWXUDOFRPSRQHQWGHIRUPDWLRQVRUVWUHVVHVIURPSRVWXODWHGDFFLGHQWVDUH OLPLWHGDFFRUGLQJWRUHTXLUHPHQWVFRQWDLQHGLQWKH$60(% 39&RGH6HFWLRQ,,,'LYLVLRQ $SSHQGL[)DQG6536HFWLRQ$SSHQGL[$ 7KHPHWKRGRORJ\IRUDQDO\]LQJWKHIXHOXQGHUWKHLQIOXHQFHRIDFFLGHQWORDGVLVGHVFULEHGLQWKH 0HFKDQLFDO'HVLJQVIRU%:5)XHO&KDQQHOV7RSLFDO5HSRUW 5HIHUHQFH DQGLVIXUWKHU GLVFXVVHGLQ6HFWLRQ(YDOXDWLRQVSHUIRUPHGIRUWKHIXHOXQGHUDFFLGHQWFRQGLWLRQVLQFOXGH > @ >
@
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
&RQWUROOHG'RFXPHQW
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
@
7KHIRUFHGYLEUDWLRQWHVW>
@
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH )XHO$VVHPEO\,PSDFW7HVWV ,PSDFWWHVWLQJZDVSHUIRUPHGLQDVLPLODUPDQQHUWRWKHODWHUDOGHIOHFWLRQWHVWV7KH XQFKDQQHOHGDVVHPEO\LVVXSSRUWHGLQDYHUWLFDOSRVLWLRQZLWKERWKHQGVIL[HG7KHDVVHPEO\LV GLVSODFHGDVSHFLILHGDPRXQWDQGWKHQUHOHDVHG>
@
6SDFHU*ULG/DWHUDO,PSDFW6WUHQJWK7HVW 6SDFHUJULGLPSDFWVWUHQJWKLVGHWHUPLQHGE\D>
@
7KHPD[LPXPIRUFHSULRUWRWKHRQVHWRIEXFNOLQJZDVGHWHUPLQHGIURPWKHWHVWV7KHUHVXOWV ZHUHDGMXVWHGWRUHDFWRURSHUDWLQJWHPSHUDWXUHFRQGLWLRQVWRHVWDEOLVKDQDOORZDEOHODWHUDOORDG
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH 7LH3ODWH6WUHQJWK7HVWV ,QDGGLWLRQWRWKHD[LDOWHQVLOHWHVWVGHVFULEHGLQ6HFWLRQDODWHUDOORDGWHVWLVSHUIRUPHG RQWKH873DQG/73 7KH873ODWHUDOORDGWHVWZDVFRQGXFWHGRQDWHVWPDFKLQHZKLFKDSSOLHG>
@7KLV
SURYLGHVDOLPLWLQJODWHUDOORDGIRUDFFLGHQWFRQGLWLRQV 7RGHWHUPLQHDOLPLWLQJODWHUDOORDGIRUDFFLGHQWFRQGLWLRQVIRUWKH*)*/73DODWHUDOORDGWHVW ZDVFRQGXFWHGE\DWWDFKLQJWKHJULGRIWKHWLHSODWHWRDULJLGYHUWLFDOSODWH>
@
7KHUHVXOWVZHUHDGMXVWHGWRUHDFWRURSHUDWLQJWHPSHUDWXUHFRQGLWLRQVWRHVWDEOLVKDQDOORZDEOH ODWHUDOORDGSHU5HIHUHQFH6HFWLRQ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH Fuel Channel and Components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¶'RQQHOODQG/DQJHUFXUYH 5HIHUHQFH ZKLFKLQFOXGHVDIDFWRURIRQVWUHVVDPSOLWXGHRUDIDFWRURIRQWKHQXPEHURIF\FOHV ZKLFKHYHULVPRUHFRQVHUYDWLYH
&RQWUROOHG'RFXPHQW
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
@
/RQJ7HUP'HIRUPDWLRQ&KDQJHVWRWKHJHRPHWU\RIWKHIXHOFKDQQHORFFXUGXHWRFUHHS GHIRUPDWLRQGXULQJWKHORQJWHUPH[SRVXUHLQWKHUHDFWRUFRUHHQYLURQPHQW2YHUDOOGHIRUPDWLRQ RIWKHIXHOFKDQQHORFFXUVIURPDFRPELQDWLRQRIEXOJLQJDQGERZLQJ%XOJLQJRIWKHVLGHZDOOV RFFXUVEHFDXVHRIWKHGLIIHUHQWLDOSUHVVXUHDFURVVWKHZDOO/DWHUDOERZLQJRIWKHFKDQQHOLV FDXVHGSULPDULO\IURPWKHQHXWURQIOX[DQGWKHUPDOJUDGLHQWV7RRPXFKGHIOHFWLRQPD\SUHYHQW QRUPDOFRQWUROEODGHPDQHXYHUVDQGLWPD\LQFUHDVHFRQWUROEODGHLQVHUWLRQWLPHDERYHWKH 7HFKQLFDO6SHFLILFDWLRQOLPLWV7KHWRWDOFKDQQHOGHIRUPDWLRQPXVWQRWVWRSIUHHPRYHPHQWRI WKHFRQWUROEODGH>
@
'HVLJQ&ULWHULDIRU$FFLGHQW&RQGLWLRQV )XHO&KDQQHO6WUHVVHV/RDG/LPLWDQG9HUWLFDO$FFHOHUDWLRQ7KHFULWHULDDUHEDVHGRQWKH $60(% 39&RGH6HFWLRQ,,,$SSHQGL[)IRUIDXOWHGFRQGLWLRQV 6HUYLFH/HYHO' &RPSRQHQWVXSSRUWFULWHULDIRUHODVWLFV\VWHPDQDO\VLVDUHXVHGDVGHILQHGLQSDUDJUDSKV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH )DQG)7KHXQLUUDGLDWHGSURSHUWLHVRIWKHIXHOFKDQQHOPDWHULDODUHXVHGVLQFH WKH\LHOGDQGXOWLPDWHWHQVLOHVWUHQJWKLQFUHDVHGXULQJLUUDGLDWLRQ 5HIHUHQFH >
@
9HUWLFDODFFHOHUDWLRQSURGXFHVDPHPEUDQHVWUHVVLQWKHD[LDOGLUHFWLRQGXHWRDSRVWXODWHG LPSDFWRIWKHFKDQQHOHGIXHODVVHPEO\LPSDFWLQJWKHIXHOVXSSRUWDIWHUOLIWRII 7KHDPRXQWRIEXOJLQJUHPDLQVOLPLWHGWRWKDWYDOXHZKLFKZLOOSHUPLWFRQWUROEODGHLQVHUWLRQ &KDQQHO%HQGLQJIURP&RPELQHG+RUL]RQWDO([FLWDWLRQV>
@
)XHO&KDQQHO*XVVHW6WUHQJWK>
@
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH 7DEOH
5HVXOWVIRU$75,80)XHO$VVHPEO\&ULWHULD &ULWHULD
6HFWLRQ 'HVFULSWLRQ &ULWHULD 5HVXOWV ANF-89-98(P)(A) (Reference 1) Associated Mechanical Design Criteria Sections )XHO6\VWHP&ULWHULD 6WUHVVVWUDLQDQGORDGLQJ 7KH$60(% 39&RGH6HFWLRQ OLPLWVRQDVVHPEO\ ,,,LVXVHGWRHVWDEOLVK
>
FRPSRQHQWV DFFHSWDEOHVWUHVVOHYHOVRUORDG OLPLWVIRUDVVHPEO\VWUXFWXUDO @ FRPSRQHQWV7KHGHVLJQOLPLWV IRUDFFLGHQWFRQGLWLRQVDUH GHULYHGIURP$SSHQGL[)RI 6HFWLRQ,,, )UHWWLQJZHDU
> > @ @
5RGERZ 3URWHFWWKHUPDOOLPLWV
> @
$[LDOLUUDGLDWLRQJURZWK 8SSHUHQGFDS &OHDUDQFHDOZD\VH[LVWV FOHDUDQFH
> @
$VVHPEO\OLIWRII 1RUPDORSHUDWLRQ 1ROLIWRIIIURPIXHOVXSSRUW LQFOXGLQJ$22V
> @
3RVWXODWHG 1RGLVHQJDJHPHQWIURPIXHO DFFLGHQW VXSSRUW
> @
&RQWUROOHG'RFXPHQW )UDPDWRPH,QF $1313 5HYLVLRQ
0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV
/LFHQVLQJ5HSRUW 3DJH
7DEOH
5HVXOWVIRU$75,80)XHO$VVHPEO\&ULWHULD
(Continued)
&ULWHULD
6HFWLRQ 'HVFULSWLRQ &ULWHULD 5HVXOWV )XHO6\VWHP&ULWHULD &RQWLQXHG )XHODVVHPEO\KDQGOLQJ > 9HULILHGE\WHVWLQJDQG$QDO\VHV WRPHHWUHTXLUHPHQW
@
0LVFHOODQHRXVFRPSRQHQWV &RPSUHVVLRQVSULQJIRUFHV 6XSSRUWZHLJKWRI873DQGIXHO 7KHGHVLJQFULWHULDDUHPHW FKDQQHOWKURXJKRXWGHVLJQOLIH /73VHDOVSULQJ $FFRPPRGDWHIXHOFKDQQHO 7KHGHVLJQFULWHULDDUHPHW GHIRUPDWLRQDGHTXDWH FRUURVLRQDQGZLWKVWDQG RSHUDWLQJVWUHVVHV )XHO&RRODELOLW\ 6WUXFWXUDOGHIRUPDWLRQV 0DLQWDLQFRRODEOHJHRPHWU\DQG DELOLW\WRLQVHUWFRQWUROEODGHV
>
653$SS$DQG$60( 6HFWLRQ,,,$SS)
@
&RQWUROOHG'RFXPHQW )UDPDWRPH,QF $1313 5HYLVLRQ
0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV
/LFHQVLQJ5HSRUW 3DJH
7DEOH
5HVXOWVIRU$75,80$GYDQFHG)XHO&KDQQHO&ULWHULD &ULWHULD
6HFWLRQ 'HVFULSWLRQ &ULWHULD 5HVXOWV EMF-93-177(P)(A) (Reference 2) Associated Fuel Channel (FC) Criteria Sections )& $75,80$GYDQFHG)XHO&KDQQHO+/-1RUPDO2SHUDWLRQ )& 6WUHVVGXHWRSUHVVXUH 7KHSUHVVXUHORDGLQFOXGLQJ$22LV 7KHGHIRUPDWLRQGXULQJ$22 UHPDLQVZLWKLQIXQFWLRQDOOLPLWVIRU GLIIHUHQWLDO OLPLWHGWR > QRUPDOFRQWUROEODGHRSHUDWLRQDQG
@ DFFRUGLQJ WKH > @
WR$60(% 39&RGH6HFWLRQ,,, LVPHW7KHUHLVQRVLJQLILFDQW 7KHSUHVVXUHORDGLVDOVROLPLWHG SODVWLFGHIRUPDWLRQ VXFKWKDW >
@
)& )DWLJXH &XPXODWLYHF\FOLFORDGLQJWREHOHVV ([SHFWHGQXPEHURIF\FOHV WKDQWKHGHVLJQF\FOLFIDWLJXHOLIHIRU LVOHVVWKDQDOORZDEOH
=LUFDOR\
)& 2[LGDWLRQDQG 2[LGDWLRQVKDOOEHDFFRXQWHGIRULQ 7KHPD[LPXPH[SHFWHGR[LGDWLRQ K\GULGLQJ WKHVWUHVVDQGIDWLJXHDQDO\VHV LVORZLQUHODWLRQWRWKHZDOO WKLFNQHVV2[LGDWLRQZDV DFFRXQWHGIRULQWKHVWUHVVDQG IDWLJXHDQDO\VHV )& /RQJWHUPGHIRUPDWLRQ %XOJHDQGERZVKDOOQRWLQWHUIHUH 0DUJLQWRDVWXFNFRQWUROEODGH EXOJHFUHHSDQGERZ ZLWKIUHHPRYHPHQWRIWKHFRQWURO UHPDLQVSRVLWLYH EODGH
&RQWUROOHG'RFXPHQW )UDPDWRPH,QF $1313 5HYLVLRQ
0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV
/LFHQVLQJ5HSRUW 3DJH
7DEOH
5HVXOWVIRU$75,80$GYDQFHG)XHO&KDQQHO&ULWHULD (Continued) &ULWHULD
6HFWLRQ 'HVFULSWLRQ &ULWHULD 5HVXOWV )& $75,80$GYDQFHG)XHO&KDQQHO+/-$FFLGHQW&RQGLWLRQV )& )XHOFKDQQHOVWUHVVHV 7KHSUHVVXUHORDGLVOLPLWHGWR 7KHGHIRUPDWLRQGXULQJEORZGRZQ DQGORDGOLPLWDQG GRHVQRWLQWHUIHUHZLWKFRQWUROEODGH YHUWLFDODFFHOHUDWLRQV
>
LQVHUWLRQ7KLVDOVRVDWLVILHVWKH
@ 7KH >
OHVVUHVWULFWLYH
SUHVVXUHORDGLVDOVROLPLWHGVXFK
>
WKDW
@ @
)& &KDQQHOEHQGLQJIURP $OORZDEOHEHQGLQJPRPHQWEDVHG FRQWLQXHG FRPELQHGKRUL]RQWDO RQ$60(&RGH6HFWLRQ,,,
>
H[FLWDWLRQV
$SSHQGL[) > @ @ )XHOFKDQQHOJXVVHW 9HUWLFDOORDGPXVWEHOHVVWKDQ
)& VWUHQJWK $60(DOORZDEOHORDGUDWLQJEDVHG
>
RQWHVWLQJ
@
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ 0HFKDQLFDO'HVLJQ5HSRUWIRU%URZQV)HUU\$75,80)XHO$VVHPEOLHV /LFHQVLQJ5HSRUW 3DJH 5()(5(1&(6
$1) 3 $ 5HYLVLRQDQG6XSSOHPHQW³*HQHULF0HFKDQLFDO'HVLJQ&ULWHULD
IRU%:5)XHO'HVLJQV'$GYDQFHG1XFOHDU)XHOV&RUSRUDWLRQ0D\
(0) 3 $ 5HYLVLRQ³0HFKDQLFDO'HVLJQIRU%:5)XHO&KDQQHOV' )UDPDWRPH$13,QF$XJXVW (0)3$5HYLVLRQ6XSSOHPHQW3$5HYLVLRQ³0HFKDQLFDO'HVLJQIRU %:5)XHO&KDQQHOV6XSSOHPHQW$GYDQFHG0HWKRGVIRU1HZ&KDQQHO'HVLJQV' $5(9$13,QF6HSWHPEHU %$:3$6XSSOHPHQW3$5HYLVLRQ³5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG
0HWKRGRORJ\IRU%RLOLQJ:DWHU5HDFWRUV6XSSOHPHQW0HFKDQLFDO0HWKRGV'
)UDPDWRPH,QF$XJXVW $1335HYLVLRQ³)XHO'HVLJQ(YDOXDWLRQIRU$75,80%:55HORDG)XHO' ,QIRUPDWLRQ'HVLJQ5HSRUW)UDPDWRPH,QF6HSWHPEHU :-2¶'RQQHOODQG%)/DQJHU³)DWLJXH'HVLJQ%DVLVIRU=LUFDOR\&RPSRQHQWV'
1XFOHDU6FLHQFHDQG(QJLQHHULQJ9ROXPH-DQXDU\
+XDQJ3<0DKPRRG67DQG$GDPVRQ5%³(IIHFWVRI7KHUPRPHFKDQLFDO
3URFHVVLQJRQ,Q5HDFWRU&RUURVLRQDQG3RVW,UUDGLDWLRQ3URSHUWLHVRI=LUFDOR\'
=LUFRQLXPLQWKH1XFOHDU,QGXVWU\(OHYHQWK,QWHUQDWLRQDO6\PSRVLXP$670673
(5%UDGOH\DQG*36DERO(GV$PHULFDQ6RFLHW\IRU7HVWLQJDQG0DWHULDOV SS
$77$&+0(17D %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$1335HYLVLRQ
3URSULHWDU\
%URZQV)HUU\$75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV )HUU\/$5
$77$&+0(17E %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$13135HYLVLRQ
1RQ3URSULHWDU\
%URZQV)HUU\$75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV )HUU\/$5
&RQWUROOHG'RFXPHQW
framatome
$75,80)XHO5RG7KHUPDO $1313 5HYLVLRQ 0HFKDQLFDO(YDOXDWLRQIRU %URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 2FWREHU
F )UDPDWRPH,QF
) 5HY
&RQWUROOHG'RFXPHQW
$1313 5HYLVLRQ
&RS\ULJKW )UDPDWRPH,QF $OO5LJKWV5HVHUYHG )8(/*8$5'DQG$75,80DUHWUDGHPDUNVRUUHJLVWHUHGWUDGHPDUNVRI )UDPDWRPHRULWVDIILOLDWHVLQWKH86$RURWKHUFRXQWULHV
II II
) 5HY
Controlled Document )UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJHL 1DWXUHRI&KDQJHV 6HFWLRQ V RU ,WHP 3DJH V 'HVFULSWLRQDQG-XVWLILFDWLRQ $OO ,QLWLDO,VVXH
Controlled Document )UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJHLL
&RQWHQWV
3DJH ,1752'8&7,21 6800$5<$1'&21&/86,216 )8(/52''(6,*1(9$/8$7,21
)XHO5RG'HVLJQ 52'(;DQG6WDWLVWLFDO0HWKRGRORJ\6XPPDU\ 6XPPDU\RI)XHO5RG'HVLJQ(YDOXDWLRQ ,QWHUQDO+\GULGLQJ &ODGGLQJ&ROODSVH 2YHUKHDWLQJRI)XHO3HOOHWV 6WUHVVDQG6WUDLQ/LPLWV )XHO'HQVLILFDWLRQDQG6ZHOOLQJ )DWLJXH 2[LGDWLRQ+\GULGLQJDQG&UXG%XLOGXS 5RG,QWHUQDO3UHVVXUH 3OHQXP6SULQJ'HVLJQ )XHO$VVHPEO\+DQGOLQJ
5()(5(1&(6
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJHLLL
/LVWRI7DEOHV
7DEOH6XPPDU\RI)XHO5RG'HVLJQ(YDOXDWLRQ5HVXOWV 0(///$ 7DEOH.H\)XHO5RG'HVLJQ3DUDPHWHUV$75,80IRU%URZQV)HUU\/$5 7DEOH52'(;)XHO5RG5HVXOWV(TXLOLEULXP&\FOH²0(///$ 7DEOH&ODGGLQJDQG&ODGGLQJ(QG&DS6WHDG\6WDWH6WUHVVHV
/LVWRI)LJXUHV
)LJXUH/+*5/LPLW 1RUPDO2SHUDWLRQ
&RQWUROOHG'RFXPHQW
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
&RQWUROOHG'RFXPHQW
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
1%WKHFODGGLQJH[WHUQDOR[LGDWLRQOLPLWIURPWKDWWRSLFDOUHSRUWRI> @ZDVUHGXFHGWR > @ZKHQWKH52'(;PHWKRGRORJ\ZDVDSSURYHGIRUDSSOLFDWLRQWRWKH%URZQV)HUU\XQLWV
5HIHUHQFH
&RQWUROOHG'RFXPHQW
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
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH 7DEOH6XPPDU\RI)XHO5RG'HVLJQ(YDOXDWLRQ5HVXOWV 0(///$
&ULWHULD 'HVFULSWLRQ &ULWHULD 5HVXOW0DUJLQRU&RPPHQW
6HFWLRQ )XHO5RG&ULWHULD ,QWHUQDOK\GULGLQJ >
@ &ODGGLQJFROODSVH > @ 2YHUKHDWLQJRIIXHO 1RIXHOPHOWLQJ > @
SHOOHWV PDUJLQWRIXHOPHOW!& 6WUHVVDQGVWUDLQOLPLWV
3HOOHWFODGGLQJ > @ LQWHUDFWLRQ
&ODGGLQJVWHDG\VWDWH > VWUHVVHV
@
)XHO6\VWHP&ULWHULD
)DWLJXH > @ 2[LGDWLRQK\GULGLQJ > @
DQGFUXGEXLOGXS
5RGLQWHUQDOSUHVVXUH > @
)XHOURGSOHQXPVSULQJ 3OHQXPVSULQJWR> IXHOKDQGOLQJ
@ 1XPEHUVLQWKHFROXPQUHIHUWRSDUDJUDSKVHFWLRQVLQWKHJHQHULFGHVLJQFULWHULDGRFXPHQW$1) 3 $ 5HYLVLRQDQG6XSSOHPHQW 5HIHUHQFH $QXPEHULQSDUHQWKHVHVLVWKHSDUDJUDSK
VHFWLRQLQWKH52'(;IXHOURGWRSLFDOUHSRUW 5HIHUHQFH
0DUJLQLVGHILQHGDV OLPLW+/-UHVXOW
7KHFODGGLQJH[WHUQDOR[LGDWLRQOLPLWLVUHVWULFWHGWR> @E\5HIHUHQFH
&RQWUROOHG'RFXPHQW
)UDPDWRPPH,QF $13
13
5HYLVVLRQ $75,80)XHO5RG7 7KHUPDO0HF FKDQLFDO(YDOX XDWLRQIRU%URZ ZQV)HUU\/$
$5
/LFHQVLQJ 5HSRUW 3DJ JH >
@ )LJXUHH/+*5/LPLW 1RUP PDO2SHUDWLLRQ
&RQWUROOHG'RFXPHQW
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uel Rod Design 7KH$75,80IXHOURGLVFRQYHQWLRQDOLQGHVLJQFRQILJXUDWLRQDQGYHU\VLPLODUWRSDVWGHVLJQV VXFKDVWKH$75,80;0$75,80DQG$75,80IXHOURGV >
@SOHQXPVSULQJRQWKHXSSHUHQGRIWKHIXHOFROXPQDVVLVWVLQPDLQWDLQLQJDFRPSDFWIXHO
FROXPQGXULQJVKLSPHQWDQGLQLWLDOUHDFWRURSHUDWLRQ 7KHUHDUHWZR3DUWOHQJWK)XHO5RG 3/)5 GHVLJQVLQFRUSRUDWHGLQWKHIXHODVVHPEO\7KH ORQJHULV> @ORQJZKLOHWKHVKRUWHULV> @ORQJ>
@
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH >
@
$VRQSUHYLRXV$75,80IXHOGHVLJQVWKDWLQFRUSRUDWHGWKHUGJHQHUDWLRQ)8(/*8$5' *)* /RZHU7LH3ODWH /73 WKH3/)5¶VKDYHD>
@
7DEOHOLVWVWKHPDLQSDUDPHWHUVIRUWKHIXHOURGDQGFRPSRQHQWV RODEX4 and Statistical Methodology Summary 52'(;HYDOXDWHVWKHWKHUPDOPHFKDQLFDOUHVSRQVHRIWKHIXHOURGVXUURXQGHGE\FRRODQW 7KHIXHOURGPRGHOFRQVLGHUVWKHIXHOFROXPQJDSUHJLRQFODGGLQJJDVSOHQDDQGWKHILOOJDV DQGUHOHDVHGILVVLRQJDVHV7KHIXHOURGLVGLYLGHGLQWRD[LDODQGUDGLDOUHJLRQVZLWKFRQGLWLRQV FRPSXWHGIRUHDFKUHJLRQ7KHRSHUDWLRQDOFRQGLWLRQVDUHFRQWUROOHGE\WKH>
@
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH 7KHKHDWFRQGXFWLRQLQWKHIXHODQGFODGLV>
@
0HFKDQLFDOSURFHVVHVLQFOXGH>
@
$VSDUWRIWKHPHWKRGRORJ\IXHOURGSRZHUKLVWRULHVDUHJHQHUDWHG>
@
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH 6LQFH52'(;LVDEHVWHVWLPDWHFRGHXQFHUWDLQWLHVDUHWDNHQLQWRDFFRXQWE\D>
@8QFHUWDLQWLHVWDNHQ
LQWRDFFRXQWLQWKHDQDO\VLVDUHVXPPDUL]HGDV
- 3RZHUPHDVXUHPHQWDQGRSHUDWLRQDOXQFHUWDLQWLHV+/->
@
- 0DQXIDFWXULQJXQFHUWDLQWLHV+/->
@
- 0RGHOXQFHUWDLQWLHV+/->
@
>
@
Summary of Fuel Rod Design Evaluation 5HVXOWVIURPWKHDQDO\VHVDUHOLVWHGLQ7DEOH6XPPDULHVRIWKHPHWKRGVDQGFRGHVXVHG LQWKHHYDOXDWLRQDUHSURYLGHGLQWKHIROORZLQJSDUDJUDSKV7KHGHVLJQFULWHULDDOVRDUHOLVWHG DORQJZLWKUHIHUHQFHVWRWKHVHFWLRQVRIWKHGHVLJQFULWHULDWRSLFDOUHSRUWV 5HIHUHQFHVDQG 7KHIXHOURGWKHUPDODQGPHFKDQLFDOGHVLJQFULWHULDDUHVXPPDUL]HGDVIROORZV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH
- ,QWHUQDO+\GULGLQJ7KHIDEULFDWLRQOLPLW>
@WRSUHFOXGHFODGGLQJIDLOXUHFDXVHGE\LQWHUQDOVRXUFHVRIK\GURJHQ 6HFWLRQ
RI5HIHUHQFH
- &ODGGLQJ&ROODSVH&ODGFUHHSFROODSVHVKDOOEHSUHYHQWHG>
@ 6HFWLRQRI5HIHUHQFH
- 2YHUKHDWLQJRI)XHO3HOOHWV7KHIXHOSHOOHWFHQWHUOLQHWHPSHUDWXUHGXULQJDQWLFLSDWHG
WUDQVLHQWVVKDOOUHPDLQEHORZWKHPHOWLQJWHPSHUDWXUH 6HFWLRQRI5HIHUHQFH
- 6WUHVVDQG6WUDLQ/LPLWV>
@GXULQJQRUPDORSHUDWLRQDQGGXULQJDQWLFLSDWHG
WUDQVLHQWV 6HFWLRQVDQGRI5HIHUHQFH
)XHOURGFODGGLQJVWHDG\VWDWHVWUHVVHVDUHUHVWULFWHGWRVDWLVI\OLPLWVGHULYHGIURPWKH $PHULFDQ6RFLHW\RI0HFKDQLFDO(QJLQHHUV $60( %RLOHUDQG3UHVVXUH9HVVHO % 39 &RGH 6HFWLRQRI5HIHUHQFH
- &ODGGLQJ)DWLJXH7KHIDWLJXHFXPXODWLYHXVDJHIDFWRUIRUFODGVWUHVVHVGXULQJQRUPDO
RSHUDWLRQDQGGHVLJQF\FOLFPDQHXYHUVVKDOOEHEHORZ> @ 6HFWLRQRI 5HIHUHQFH
- &ODGGLQJ2[LGDWLRQ+\GULGLQJDQG&UXG%XLOGXS6HFWLRQRI5HIHUHQFHOLPLWVWKH
PD[LPXPFODGGLQJR[LGDWLRQWROHVVWKDQ> @WRSUHYHQWFODGFRUURVLRQIDLOXUH7KH R[LGDWLRQOLPLWLVIXUWKHUUHGXFHGWR>
@ 5HIHUHQFH
- 5RG,QWHUQDO3UHVVXUH7KHURGLQWHUQDOSUHVVXUHLVOLPLWHG>
@WRHQVXUHWKDWVLJQLILFDQW
RXWZDUGFODGFUHHSGRHVQRWRFFXUDQGXQIDYRUDEOHK\GULGHUHRULHQWDWLRQRQFRROGRZQGRHV QRWRFFXU 6HFWLRQRI5HIHUHQFH
- 3OHQXP6SULQJ'HVLJQ )XHO+DQGOLQJ 7KHURGSOHQXPVSULQJPXVWPDLQWDLQDIRUFH
DJDLQVWWKHIXHOFROXPQVWDFN> @ 6HFWLRQRI 5HIHUHQFH &ODGGLQJFROODSVHRYHUKHDWLQJRIIXHOFODGGLQJWUDQVLHQWVWUDLQFODGGLQJF\FOLFIDWLJXHFODGGLQJ R[LGDWLRQDQGURGSUHVVXUHDUHHYDOXDWHG> @&ODGGLQJVWUHVVDQGWKH SOHQXPVSULQJDUHHYDOXDWHG> @
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH ,QWHUQDO+\GULGLQJ 7KHDEVRUSWLRQRIK\GURJHQE\WKHFODGGLQJFDQUHVXOWLQFODGGLQJIDLOXUHGXHWRUHGXFHGGXFWLOLW\ DQGIRUPDWLRQRIK\GULGHSODWHOHWV&DUHIXOPRLVWXUHFRQWUROGXULQJIXHOIDEULFDWLRQUHGXFHVWKH SRWHQWLDOIRUK\GURJHQDEVRUSWLRQRQWKHLQVLGHRIWKHFODGGLQJ7KHIDEULFDWLRQOLPLW>
@LVYHULILHGE\TXDOLW\
FRQWUROLQVSHFWLRQGXULQJIXHOPDQXIDFWXULQJ &ODGGLQJ&ROODSVH &UHHSFROODSVHRIWKHFODGGLQJDQGWKHVXEVHTXHQWSRWHQWLDOIRUIXHOIDLOXUHLVDYRLGHGLQWKH GHVLJQE\OLPLWLQJWKHD[LDOJDSIRUPDWLRQGXHWRIXHOGHQVLILFDWLRQVXEVHTXHQWWRSHOOHWFODG FRQWDFW7KHVL]HRIWKHD[LDOJDSVZKLFKPD\IRUPGXHWRGHQVLILFDWLRQIROORZLQJILUVWSHOOHWFODG FRQWDFWVKDOOEHOHVVWKDQ> @ 7KHHYDOXDWLRQLVSHUIRUPHGXVLQJWKH52'(;FRGHDQGPHWKRGRORJ\52'(;WDNHVLQWR DFFRXQWWKH>
@
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
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH 7DEOHOLVWVWKHUHVXOWVIRUDQHTXLOLEULXPF\FOHRSHUDWLQJLQWKH0(///$RSHUDWLQJGRPDLQ IRU(38FRQGLWLRQV 6WUHVVDQG6WUDLQ/LPLWV 3HOOHW&ODGGLQJ,QWHUDFWLRQ &ODGGLQJVWUDLQFDXVHGE\WUDQVLHQWLQGXFHGGHIRUPDWLRQVRIWKHFODGGLQJLVFDOFXODWHGXVLQJWKH 52'(;FRGHDQGPHWKRGRORJ\>
@7KHVWUDLQOLPLW
LV 7DEOHOLVWVWKHUHVXOWVIRUDQHTXLOLEULXPF\FOHRSHUDWLQJLQWKH0(///$RSHUDWLQJGRPDLQ IRU(38FRQGLWLRQV &ODGGLQJ6WUHVV &ODGGLQJVWUHVVHVDUHFDOFXODWHGXVLQJVROLGPHFKDQLFVHODVWLFLW\VROXWLRQVDQGILQLWHHOHPHQW PHWKRGV7KHVWUHVVHVDUHFRQVHUYDWLYHO\FDOFXODWHGIRUWKHLQGLYLGXDOORDGLQJVDQGDUH FDWHJRUL]HGDVIROORZV
&DWHJRU\ 0HPEUDQH %HQGLQJ
3ULPDU\ >
@
6HFRQGDU\ >
@
6WUHVVHVDUHFDOFXODWHGDWWKHFODGGLQJRXWHUDQGLQQHUGLDPHWHULQWKHWKUHHSULQFLSDOGLUHFWLRQV IRUERWKEHJLQQLQJRIOLIH %2/ DQGHQGRIOLIH (2/ FRQGLWLRQV$W(2/WKHVWUHVVHVGXHWR PHFKDQLFDOERZDQGFRQWDFWVWUHVVDUHGHFUHDVHGGXHWRLUUDGLDWLRQUHOD[DWLRQ7KHVHSDUDWH VWUHVVFRPSRQHQWVDUHWKHQFRPELQHGDQGWKHVWUHVVLQWHQVLWLHVIRUHDFKFDWHJRU\DUH FRPSDUHGWRWKHLUUHVSHFWLYHOLPLWV
&RQWUROOHG'RFXPHQW
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
@7KH&8) FXPXODWLYHXVDJHIDFWRU LVVXPPHGIRUHDFK
RIWKHD[LDOUHJLRQVRIWKHIXHOURGXVLQJ0LQHU¶VUXOH7KHD[LDOUHJLRQZLWKWKHKLJKHVW&8)LV XVHGLQWKHVXEVHTXHQW>
@7KHPD[LPXP&8)IRUWKHFODGGLQJPXVW
UHPDLQEHORZ> @WRVDWLVI\WKHGHVLJQFULWHULRQ7DEOHOLVWVWKHUHVXOWVIRUDQHTXLOLEULXP F\FOHRSHUDWLQJLQWKH0(///$RSHUDWLQJGRPDLQIRU(38FRQGLWLRQV 2[LGDWLRQ+\GULGLQJDQG&UXG%XLOGXS &ODGGLQJH[WHUQDOR[LGDWLRQLVFDOFXODWHGXVLQJWKH52'(;FRGHDQGPHWKRGRORJ\7KH FRUURVLRQPRGHOLQFOXGHVDQHQKDQFHPHQWIDFWRUWKDWLVGHULYHGIURPSRROVLGHPHDVXUHPHQW GDWDWRREWDLQDILWRIWKHH[SHFWHGR[LGHWKLFNQHVV$QXQFHUWDLQW\YDOXHIRUWKHPRGHO HQKDQFHPHQWIDFWRUDOVRLVGHWHUPLQHGIURPWKHGDWD7KHPRGHOXQFHUWDLQW\LVLQFOXGHGDVSDUW RIWKH> @
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH >
@
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
@
&XUUHQWO\>
@
7KHR[LGHOLPLWLVHYDOXDWHGVXFKWKDWJUHDWHUWKDQ>
@
7DEOHOLVWVWKHUHVXOWVIRUDQHTXLOLEULXPF\FOHRSHUDWLQJLQWKH0(///$RSHUDWLQJGRPDLQ IRU(38FRQGLWLRQV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH 5RG,QWHUQDO3UHVVXUH )XHOURGLQWHUQDOSUHVVXUHLVFDOFXODWHGXVLQJWKH52'(;FRGHDQGPHWKRGRORJ\7KH PD[LPXPURGSUHVVXUHLVFDOFXODWHGXQGHUVWHDG\VWDWHFRQGLWLRQVDQGDOVRWDNHVLQWRDFFRXQW VORZWUDQVLHQWV5RGLQWHUQDOSUHVVXUHLVOLPLWHGWR>
@7KHH[SHFWHGXSSHUERXQGRIURGSUHVVXUH> @LVFDOFXODWHGIRUFRPSDULVRQWRWKHOLPLW
7DEOHOLVWVWKHUHVXOWVIRUDQHTXLOLEULXPF\FOHRSHUDWLQJLQWKH0(///$RSHUDWLQJGRPDLQ IRU(38FRQGLWLRQV 3OHQXP6SULQJ'HVLJQ )XHO$VVHPEO\+DQGOLQJ 7KHSOHQXPVSULQJPXVWPDLQWDLQDIRUFHDJDLQVWWKHIXHOFROXPQWRSUHYHQW>
@7KLVLVDFFRPSOLVKHGE\GHVLJQLQJDQGYHULI\LQJWKHVSULQJIRUFHLQUHODWLRQWR
WKHIXHOFROXPQZHLJKW7KHSOHQXPVSULQJLVGHVLJQHGVXFKWKDWWKH>
@
Controlled Document )UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH 7DEOH.H\)XHO5RG'HVLJQ3DUDPHWHUV$75,80IRU%URZQV)HUU\/$5
> @ 7KHWKHRUHWLFDOGHQVLW\RIHQULFKHG82&ULVJFPZKLOHWKDWIRU82*G2DQGQDWXUDOO\
HQULFKHG82LVJFP
Controlled Document )UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH 7DEOH.H\)XHO5RG'HVLJQ3DUDPHWHUV$75,80IRU%URZQV)HUU\/$5 FRQW¶G
> @
&RQWUROOHG'RFXPHQW )UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH
7DEOH52'(;)XHO5RG5HVXOWV(TXLOLEULXP&\FOH²0(///$ >
@ 1RWHWKDWWKHUHVXOWVDUHSURYLGHGXSWRIXHODVVHPEO\GLVFKDUJH 0DUJLQLVGHILQHGDV OLPLW+/-UHVXOW
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH 7DEOH&ODGGLQJDQG&ODGGLQJ(QG&DS6WHDG\6WDWH6WUHVVHV 5HVXOW
'HVFULSWLRQ6WUHVV&DWHJRU\ &ULWHULD %2/ %2/ (2/ &ROG +RW +RW &ODGGLQJVWUHVV
3P SULPDU\PHPEUDQHVWUHVV > @ 3P3E SULPDU\PHPEUDQH > @ EHQGLQJ 34 SULPDU\VHFRQGDU\ > @
&ODGGLQJ(QG&DSVWUHVV
3P3E > @
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $75,80)XHO5RG7KHUPDO0HFKDQLFDO(YDOXDWLRQIRU%URZQV)HUU\/$5 /LFHQVLQJ5HSRUW 3DJH 5()(5(1&(6 $1) 3 $ 5HYLVLRQDQG6XSSOHPHQWGeneric Mechanical Design Criteria for BWR Fuel Designs$GYDQFHG1XFOHDU)XHOV&RUSRUDWLRQ0D\ %$:3$5HYLVLRQRealistic Thermal-Mechanical Fuel Rod Methodology for Boiling Water Reactors$5(9$13,QF)HEUXDU\ $133$5HYLVLRQIncorporation of Chromia-Doped Fuel Properties in AREVA Approved Methods)UDPDWRPH,QF0D\ /HWWHUIURP)DULGHK(6DED 15& WR-RVHSK:6KHD 79$ ³%52:16)(55< 18&/($53/$17681,76$1'+/-,668$1&(2)$0(1'0(176 5(*$5',1*7(&+1,&$/63(&,),&$7,21 76 &+$1*(76$,7,212)
$1$/<7,&$/0(7+2'2/2*,(67276$1'5(9,6,212)76)25
81,7 7$&1260)$1'0) 0/$'GDWHG-XO\ ASME Boiler and Pressure Vessel Code6HFWLRQ,,,³5XOHVIRU&RQVWUXFWLRQRI1XFOHDU 3RZHU3ODQW&RPSRQHQWV' 2¶'RQQHOO:-DQG%)/DQJHU³)DWLJXH'HVLJQ%DVLVIRU=LUFDOR\&RPSRQHQWV' Nuclear Science and Engineering9RO
$77$&+0(17D %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$1335HYLVLRQ
3URSULHWDU\
%URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ5HSRUWIRU$75,80)XHO$VVHPEOLHV
$77$&+0(17E %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$13135HYLVLRQ
1RQ3URSULHWDU\
%URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ5HSRUWIRU$75,80)XHO$VVHPEOLHV
Controlled Document framatome
%URZQV)HUU\7KHUPDO+\GUDXOLF $1313 5HYLVLRQ 'HVLJQ5HSRUWIRU$75,80 )XHO$VVHPEOLHV 6HSWHPEHU
)UDPDWRPH,QF ) 5HY
&RQWUROOHG'RFXPHQW $1313
5HYLVLRQ
&RS\ULJKW )UDPDWRPH,QF $OO5LJKWV5HVHUYHG $75,80DQG8/75$)/2:DUHWUDGHPDUNVRUUHJLVWHUHGWUDGHPDUNV
RI)UDPDWRPHRULWVDIILOLDWHVLQWKH86$RURWKHUFRXQWULHV
) 5HY
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJHL 1DWXUHRI&KDQJHV 6HFWLRQ V ,WHP RU3DJH V 'HVFULSWLRQDQG-XVWLILFDWLRQ $OO ,QLWLDO,VVXH
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJHLL
&RQWHQWV
3DJH ,1752'8&7,21 6800$5<$1'&21&/86,216 7+(50$/+<'5$8/,&'(6,*1(9$/8$7,21
+\GUDXOLF&KDUDFWHUL]DWLRQ +\GUDXOLF&RPSDWLELOLW\ 7KHUPDO0DUJLQ3HUIRUPDQFH 5RG%RZ %\SDVV)ORZ 6WDELOLW\
5()(5(1&(6
Controlled Document )UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJHLLL
/LVWRI7DEOHV
7DEOH 'HVLJQ(YDOXDWLRQRI7KHUPDODQG+\GUDXOLF&ULWHULDIRUWKH$75,80
)XHO$VVHPEO\
7DEOH &RPSDUDWLYH'HVFULSWLRQRI%URZQV)HUU\$75,80DQG$75,80
;0)XHO
7DEOH +\GUDXOLF&KDUDFWHUL]DWLRQ&RPSDULVRQ%HWZHHQ%URZQV)HUU\
$75,80;0DQG$75,80)XHO
7DEOH %URZQV)HUU\(380(///$7KHUPDO+\GUDXOLF'HVLJQ&RQGLWLRQV 7DEOH %URZQV)HUU\(380(///$&RUH/RDGLQJ7KHUPDO+\GUDXOLF 5HVXOWV 7DEOH %URZQV)HUU\(380(///$&RUH/RDGLQJ7KHUPDO+\GUDXOLF 5HVXOWV 7DEOH %URZQV)HUU\7KHUPDO+\GUDXOLF5HVXOWVDW3RZHU
)ORZ&RQGLWLRQV
7DEOH %URZQV)HUU\7KHUPDO+\GUDXOLF5HVXOWVDW3RZHU)ORZ
&RQGLWLRQV
7DEOH %URZQV)HUU\7KHUPDO+\GUDXOLF5HVXOWVDW3RZHU&RUH
)ORZ&RQGLWLRQV
7DEOH %URZQV)HUU\7KHUPDO+\GUDXOLF5HVXOWVDW3RZHU
)ORZ&RQGLWLRQV
Controlled Document )UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJHLY
/LVWRI)LJXUHV
)LJXUH $[LDO3RZHU6KDSHV )LJXUH &RUH/RDGLQJ+\GUDXOLF'HPDQG&XUYHV3RZHU
)ORZ
)LJXUH &RUH/RDGLQJ+\GUDXOLF'HPDQG&XUYHV3RZHU
)ORZ
)LJXUH &RUH/RDGLQJ+\GUDXOLF'HPDQG&XUYHV3RZHU
)ORZ
)LJXUH &RUH/RDGLQJ+\GUDXOLF'HPDQG&XUYHV3RZHU
)ORZ
)LJXUH &RUH/RDGLQJ+\GUDXOLF'HPDQG&XUYHV3RZHU
)ORZ
)LJXUH &RUH/RDGLQJ+\GUDXOLF'HPDQG&XUYHV3RZHU
)ORZ
)LJXUH &RUH/RDGLQJ+\GUDXOLF'HPDQG&XUYHV3RZHU
)ORZ
)LJXUH &RUH/RDGLQJ+\GUDXOLF'HPDQG&XUYHV3RZHU
)ORZ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJHY 1RPHQFODWXUH $FURQ\P 'HILQLWLRQ
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
&RQWUROOHG'RFXPHQW
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
&RQWUROOHG'RFXPHQW
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
@
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
Controlled Document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x +\GUDXOLFFRPSDWLELOLW\7KHK\GUDXOLFIORZUHVLVWDQFHRIWKHUHORDGIXHO DVVHPEOLHVVKDOOEHVXIILFLHQWO\VLPLODUWRWKHH[LVWLQJIXHOLQWKHUHDFWRUVXFKWKDW WKHUHLVQRVLJQLILFDQWLPSDFWRQWRWDOFRUHIORZRUWKHIORZGLVWULEXWLRQDPRQJ DVVHPEOLHVLQWKHFRUH7KLVFULWHULRQHYDOXDWLRQLVDGGUHVVHGLQ6HFWLRQVDQG
x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x )XHOFHQWHUOLQHWHPSHUDWXUH)XHOGHVLJQDQGRSHUDWLRQVKDOOEHVXFKWKDWIXHO FHQWHUOLQHPHOWLQJLVQRWSURMHFWHGIRUQRUPDORSHUDWLRQDQG$22V7KLVFULWHULRQ HYDOXDWLRQLVDGGUHVVHGLQWKHIXHOURGWKHUPDODQGPHFKDQLFDOGHVLJQUHSRUW x 5RGERZ7KHDQWLFLSDWHGPDJQLWXGHRIIXHOURGERZLQJXQGHULUUDGLDWLRQVKDOOEH DFFRXQWHGIRULQHVWDEOLVKLQJWKHUPDOPDUJLQUHTXLUHPHQWV7KLVFULWHULRQLV DGGUHVVHGLQ6HFWLRQ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH x %\SDVVIORZ7KHE\SDVVIORZFKDUDFWHULVWLFVRIWKHUHORDGIXHODVVHPEOLHVVKDOO QRWGLIIHUVLJQLILFDQWO\IURPWKHH[LVWLQJIXHOLQRUGHUWRSURYLGHDGHTXDWHIORZLQWKH E\SDVVUHJLRQ7KLVFULWHULRQHYDOXDWLRQLVDGGUHVVHGLQ6HFWLRQ x 6WDELOLW\5HDFWRUVIXHOHGZLWKQHZIXHOGHVLJQVPXVWEHVWDEOHLQWKHDSSURYHG SRZHUDQGIORZRSHUDWLQJUHJLRQ7KHVWDELOLW\SHUIRUPDQFHRIQHZIXHOGHVLJQVZLOO EHHTXLYDOHQWWRRUEHWWHUWKDQH[LVWLQJ DSSURYHG )UDPDWRPHIXHOGHVLJQV7KLV FULWHULRQHYDOXDWLRQLVDGGUHVVHGLQ6HFWLRQ$GGLWLRQDOFRUHVWDELOLW\HYDOXDWLRQV GHSHQGHQWRQWKHF\FOHVSHFLILFGHVLJQDUHDGGUHVVHGLQWKHUHORDGOLFHQVLQJUHSRUW x /RVVRIFRRODQWDFFLGHQW /2&$ DQDO\VLV/2&$VDUHDQDO\]HGLQDFFRUGDQFH ZLWK$SSHQGL[.PRGHOLQJUHTXLUHPHQWVXVLQJ15&DSSURYHGPRGHOV7KHFULWHULD DUHGHILQHGLQ&)5/2&$DQDO\VLVUHVXOWVDUHSUHVHQWHGLQWKH/2&$ UHSRUW x &RQWUROURGGURSDFFLGHQW &5'$ DQDO\VLV7KHUHVXOWVIURPWKH&5'$DQDO\VLV PXVWPHHWWKHFULWHULDRI5HJXODWRU\*XLGH x $60(RYHUSUHVVXUL]DWLRQDQDO\VLV$60(SUHVVXUHYHVVHOFRGHUHTXLUHPHQWV PXVWEHVDWLVILHG7KLVFULWHULRQHYDOXDWLRQLVDGGUHVVHGLQWKHUHORDGOLFHQVLQJ UHSRUW x 6HLVPLF/2&$OLIWRII8QGHUDFFLGHQWFRQGLWLRQVWKHDVVHPEO\PXVWUHPDLQ HQJDJHGLQWKHIXHOVXSSRUW7KLVFULWHULRQHYDOXDWLRQLVDGGUHVVHGLQWKH PHFKDQLFDOGHVLJQUHSRUW $VXPPDU\RIWKHWKHUPDOK\GUDXOLFGHVLJQHYDOXDWLRQLVJLYHQLQ7DEOH Hydraulic Characterization 7KHEDVLFJHRPHWULFSDUDPHWHUVIRU$75,80DQG$75,80;0IXHOGHVLJQVDUH VXPPDUL]HGLQ7DEOH&RPSRQHQWORVVFRHIILFLHQWVIRUWKHIXHOVPHQWLRQHGDUH EDVHGRQGRFXPHQWHGWHVWVDQGDUHSUHVHQWHGLQ7DEOH7KHVHORVVFRHIILFLHQWV LQFOXGHPRGLILFDWLRQVWRWKHWHVWGDWDUHGXFWLRQSURFHVV>
@7KHEDUHURG8/75$)/2:VSDFHU873DQG/73ORVVHVIRU
$75,80DQG$75,80;0DUHEDVHGRQWHVWVSHUIRUPHGDW)UDPDWRPH¶V3RUWDEOH
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH +\GUDXOLF7HVW)DFLOLW\>
@
7KHSULPDU\UHVLVWDQFHIRUWKHOHDNDJHIORZWKURXJKWKH/73IORZKROHVLV>
@
7KHUHVLVWDQFHVIRUWKHOHDNDJHSDWKVDUHVKRZQLQ7DEOH Hydraulic Compatibility 7KHWKHUPDOK\GUDXOLFDQDO\VHVZHUHSHUIRUPHGLQDFFRUGDQFHZLWKWKH)UDPDWRPH WKHUPDOK\GUDXOLFPHWKRGRORJ\IRU%:5V 5HIHUHQFH 7KHPHWKRGRORJ\DQG FRQVWLWXWLYHUHODWLRQVKLSVXVHGE\)UDPDWRPHIRUWKHFDOFXODWLRQRISUHVVXUHGURSLQ %:5IXHODVVHPEOLHVDUHSUHVHQWHGLQ5HIHUHQFHDQGDUHLPSOHPHQWHGLQWKH
- &2%5$FRGH7KH;&2%5$FRGHSUHGLFWVVWHDG\VWDWHWKHUPDOK\GUDXOLF
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
@
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH >
@
7DEOHVXPPDUL]HVWKHLQSXWFRQGLWLRQVIRUWKHDQDO\VHV7KHVHFRQGLWLRQVUHIOHFW IRXURIWKHVWDWHSRLQWVFRQVLGHUHGLQWKHDQDO\VHVSRZHUIORZ SRZHUIORZSRZHUIORZDQGSRZHUIORZ7DEOHDOVR GHILQHVWKHFRUHORDGLQJVIRUWKHWUDQVLWLRQFRUHFRQILJXUDWLRQV,QSXWIRURWKHUFRUH FRQILJXUDWLRQVLVVLPLODULQWKDWFRUHRSHUDWLQJFRQGLWLRQVUHPDLQWKHVDPHDQGWKHVDPH D[LDOSRZHUGLVWULEXWLRQLVXVHG(YDOXDWLRQVZHUHPDGHZLWKWKHERWWRPPLGGOHDQG WRSSHDNHGD[LDOSRZHUGLVWULEXWLRQVSUHVHQWHGLQ)LJXUH5HVXOWVSUHVHQWHGLQ 7DEOHVDQG)LJXUHVDUHIRUERWWRPSHDNHGSRZHUGLVWULEXWLRQ 5HVXOWVIRUWKHPLGGOHSHDNHGDQGWRSSHDNHGD[LDOSRZHUGLVWULEXWLRQVVKRZVLPLODU WUHQGV 7DEOH+/-7DEOHSURYLGHDVXPPDU\RIFDOFXODWHGWKHUPDOK\GUDXOLFUHVXOWVIRUWKH FRUHFRQILJXUDWLRQVSURYLGHGLQ7DEOH7DEOHVSURYLGHDVXPPDU\RI UHVXOWVIRUDOOFRUHFRQILJXUDWLRQVHYDOXDWHG &RUH/RDGLQJ 7DEOH LVDFRUHFRQVLVWLQJRIDSSUR[LPDWHO\RQHWKLUG$75,80 IXHOZLWKWKHUHPDLQGHU$75,80;0IXHO7KLVUHSUHVHQWVDFRUHZLWKDVLQJOHUHORDG RI$75,80IXHO7KHFRUHDYHUDJHUHVXOWVDQGWKHGLIIHUHQFHVEHWZHHQWKHIXHO GHVLJQVIRUERWKUDWHGDQGRIIUDWHGVWDWHSRLQWVDUHZLWKLQWKHUDQJHFRQVLGHUHG K\GUDXOLFDOO\FRPSDWLEOH$VVKRZQLQ7DEOH>
@'LIIHUHQFHVLQDVVHPEO\IORZ
EHWZHHQWKHIXHOGHVLJQVDVDIXQFWLRQRIDVVHPEO\SRZHUOHYHODUHVKRZQLQ)LJXUH )LJXUH&RUHSUHVVXUHGURSDQGFRUHE\SDVVIORZIUDFWLRQDUHDOVRSURYLGHGIRU &RUH/RDGLQJ 7DEOH %DVHGRQWKHUHSRUWHGFKDQJHVLQSUHVVXUHGURSDQG
&RQWUROOHG'RFXPHQW
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
@'LIIHUHQFHVLQDVVHPEO\IORZ
EHWZHHQWKHIXHOGHVLJQVDVDIXQFWLRQRIDVVHPEO\SRZHUOHYHODUHVKRZQLQ)LJXUH )LJXUH&RUHSUHVVXUHGURSDQGFRUHE\SDVVIORZIUDFWLRQDUHDOVRSURYLGHGIRU &RUH/RDGLQJ 7DEOH+/- %DVHGRQWKHUHSRUWHGFKDQJHVLQSUHVVXUHGURSDQG DVVHPEO\IORZFDXVHGE\WKHVHFRQGUHORDGRI$75,80WKH$75,80GHVLJQLV FRQVLGHUHGK\GUDXOLFDOO\FRPSDWLEOHZLWKWKHFRUHVLGHQW$75,80;0GHVLJQIRU(38 0(///$RSHUDWLRQVLQFHWKHWKHUPDOK\GUDXOLFGHVLJQFULWHULDDUHVDWLVILHG Thermal Margin Performance 5HODWLYHWKHUPDOPDUJLQDQDO\VHVZHUHSHUIRUPHGLQDFFRUGDQFHZLWKWKHWKHUPDO K\GUDXOLFPHWKRGRORJ\IRU)UDPDWRPH;&2%5$FRGH7KHFDOFXODWLRQRIWKHIXHO DVVHPEO\&35 WKHUPDOPDUJLQSHUIRUPDQFH LVHVWDEOLVKHGE\PHDQVRIDQHPSLULFDO FRUUHODWLRQEDVHGRQUHVXOWVRIERLOLQJWUDQVLWLRQWHVWSURJUDPV7KH&35PHWKRGRORJ\ LVWKHDSSURDFKXVHGE\)UDPDWRPHWRGHWHUPLQHWKHPDUJLQWRWKHUPDOOLPLWVIRU%:5V &35YDOXHVIRU$75,80IXHODUHFDOFXODWHGZLWKWKH$&($75,80FULWLFDOSRZHU FRUUHODWLRQ 5HIHUHQFH ZKLOHWKH&35YDOXHVIRU$75,80;0IXHODUHFDOFXODWHG ZLWKWKH$&($75,80;0FULWLFDOSRZHUFRUUHODWLRQ 5HIHUHQFH $VVHPEO\GHVLJQ IHDWXUHVDUHLQFRUSRUDWHGLQWKH&35FDOFXODWLRQWKURXJKWKH.IDFWRUWHUPLQWKH$&(
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH FRUUHODWLRQV7KH.IDFWRUVDUHEDVHGRQWKHORFDOSRZHUSHDNLQJIRUWKHQXFOHDUGHVLJQ DQGRQDGGLWLYHFRQVWDQWVGHWHUPLQHGLQDFFRUGDQFHZLWKDSSURYHGSURFHGXUHV7KH ORFDOSHDNLQJIDFWRUVDUHDIXQFWLRQRIDVVHPEO\YRLGDQGH[SRVXUH )RUWKHFRPSDWLELOLW\HYDOXDWLRQVWHDG\VWDWHDQDO\VHVHYDOXDWHG$75,80DQG $75,80;0IXHODVVHPEOLHVZLWKUDGLDOSHDNLQJIDFWRUV 53)V EHWZHHQ>
@7DEOH7DEOHVKRZUHSUHVHQWDWLYH&35VRI
WKH$75,80DQG$75,80;0IXHOGHVLJQV7DEOH7DEOHVKRZVLPLODU FRPSDULVRQVRI&35DQGDVVHPEO\IORZIRUWKHYDULRXVPL[HGFRUHFRQILJXUDWLRQV HYDOXDWHG$QDO\VLVUHVXOWVLQGLFDWH$75,80IXHOZLOOQRWDGYHUVHO\DIIHFWWKH WKHUPDOPDUJLQSHUIRUPDQFHRIWKHFRUHVLGHQW$75,80;0IXHO Rod Bow >
@
Bypass Flow 7RWDOFRUHE\SDVVIORZLVGHILQHGDVOHDNDJHIORZWKURXJKWKH/73IORZKROHVFKDQQHO VHDOFRUHVXSSRUWSODWHDQG/73IXHOVXSSRUWLQWHUIDFH7DEOHVKRZVWKDWWRWDOFRUH E\SDVVIORZ H[FOXGLQJZDWHUURGIORZ IUDFWLRQDWUDWHGFRQGLWLRQVFKDQJHVIURP > @RIUDWHGFRUHIORZZKLOHWUDQVLWLRQLQJWKURXJKWKHFRUHFRQILJXUDWLRQV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH SUHVHQWHG ERWWRPSHDNHGSRZHUVKDSH 7DEOHVKRZVWKDWWKHWRWDOFRUHE\SDVV IORZ H[FOXGLQJZDWHUURGIORZ IUDFWLRQDWSRZHUIORZFKDQJHVIURP>
@RIUDWHGFRUHIORZGXULQJWKHWUDQVLWLRQIURPDIXOOFRUHRI$75,80;0WRD
IXOOFRUHRI$75,80 ERWWRPSHDNHGSRZHUVKDSH >
@,Q
VXPPDU\DGHTXDWHE\SDVVIORZZLOOEHDYDLODEOHZLWKWKHLQWURGXFWLRQRIWKH $75,80IXHOGHVLJQDQGDSSOLFDEOHGHVLJQFULWHULDDUHPHW Stability (DFKQHZIXHOGHVLJQLVDQDO\]HGWRGHPRQVWUDWHWKDWWKHVWDELOLW\SHUIRUPDQFHLV HTXLYDOHQWWRRUEHWWHUWKDQDQH[LVWLQJ)UDPDWRPHIXHOGHVLJQ7KHVWDELOLW\ SHUIRUPDQFHLVDIXQFWLRQRIWKHFRUHSRZHUFRUHIORZFRUHSRZHUGLVWULEXWLRQDQGWRD OHVVHUH[WHQWWKHIXHOGHVLJQ>
@$FRPSDUDWLYHVWDELOLW\DQDO\VLVZDVSHUIRUPHGZLWKWKH
15&DSSURYHG67$,)FRGH 5HIHUHQFH 7KHDQDO\VLVVKRZVWKDWWKH$75,80 IXHOGHVLJQKDVGHFD\UDWLRVHTXLYDOHQWWRRUEHWWHUWKDQRWKHU)UDPDWRPHIXHOGHVLJQV $VVWDWHGDERYHWKHVWDELOLW\SHUIRUPDQFHRIDFRUHLVVWURQJO\GHSHQGHQWRQWKHFRUH SRZHUFRUHIORZDQGSRZHUGLVWULEXWLRQLQWKHFRUH7KHUHIRUHFRUHVWDELOLW\LV HYDOXDWHGRQDF\FOHVSHFLILFEDVLVDQGDGGUHVVHGLQWKHUHORDGOLFHQVLQJUHSRUW
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 7DEOH 'HVLJQ(YDOXDWLRQRI7KHUPDODQG+\GUDXOLF&ULWHULD IRUWKH$75,80)XHO$VVHPEO\ &ULWHULD 6HFWLRQ 'HVFULSWLRQ &ULWHULD 5HVXOWVRU'LVSRVLWLRQ 7KHUPDODQG+\GUDXOLF&ULWHULD +\GUDXOLF +\GUDXOLFIORZUHVLVWDQFH 9HULILHGRQDSODQWVSHFLILFEDVLV FRPSDWLELOLW\ VKDOOEHVXIILFLHQWO\
$75,80GHPRQVWUDWHGWREH
VLPLODUWRH[LVWLQJIXHO FRPSDWLEOHZLWK$75,80;0 VXFKWKDWWKHUHLVQR IXHO VLJQLILFDQWLPSDFWRQWRWDO FRUHIORZRUIORZ > GLVWULEXWLRQDPRQJ DVVHPEOLHV
@
7KHUPDOPDUJLQ )XHOGHVLJQVKDOOEH $&($75,80FULWLFDOSRZHU SHUIRUPDQFH ZLWKLQWKHOLPLWVRI FRUUHODWLRQLVDSSOLHGWRWKH DSSOLFDELOLW\RIDQ $75,80IXHO DSSURYHG&+)
$&($75,80;0FULWLFDOSRZHU
FRUUHODWLRQ FRUUHODWLRQLVDSSOLHGWRWKH
$75,80;0IXHO RIURGVLQERLOLQJ 9HULILHGRQF\FOHVSHFLILFEDVLVIRU
WUDQVLWLRQ &KDSWHUDQDO\VHV )XHOFHQWHUOLQH 1RFHQWHUOLQHPHOWLQJ 3ODQWDQGIXHOVSHFLILFDQDO\VHV WHPSHUDWXUH DUHSHUIRUPHG$GGUHVVHGLQWKH PHFKDQLFDOGHVLJQUHSRUW 5RGERZ 5RGERZPXVWEH 7KHODWHUDOGLVSODFHPHQWRIWKHIXHO DFFRXQWHGIRULQ URGVGXHWRIXHOURGERZLQJLVQRWRI HVWDEOLVKLQJWKHUPDO VXIILFLHQWPDJQLWXGHWRLPSDFW PDUJLQV WKHUPDOPDUJLQV 9HULILHGRQDF\FOHVSHFLILFEDVLV %\SDVVIORZ %\SDVVIORZ 9HULILHGRQDSODQWVSHFLILFEDVLV FKDUDFWHULVWLFVVKDOOEH
$QDO\VLVUHVXOWVGHPRQVWUDWHWKDW
VLPLODUDPRQJ DGHTXDWHE\SDVVIORZLVSURYLGHG DVVHPEOLHVWRSURYLGH DGHTXDWHE\SDVVIORZ
&RQWUROOHG'RFXPHQW
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
&RUHVWDELOLW\EHKDYLRULVHYDOXDWHG
WKDQ H[LVWLQJ DSSURYHG RQDF\FOHVSHFLILFEDVLV
)UDPDWRPHIXHOGHVLJQV
/2&$DQDO\VLV /2&$DQDO\]HGLQ 3ODQWDQGIXHOVSHFLILFDQDO\VLVLV DFFRUGDQFHZLWK SHUIRUPHGZLWK$SSHQGL[./2&$
$SSHQGL[.PRGHOLQJ PRGHOVDQGYHULILHGZLWKF\FOH
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
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 7DEOH&RPSDUDWLYH'HVFULSWLRQRI
%URZQV)HUU\$75,80DQG$75,80;0)XHO )XHO3DUDPHWHU $75,80;0 $75,80
1XPEHURIIXHOURGV
)XOOOHQJWKIXHOURGV
3/)5V 6KRUW3/)5V
/RQJ3/)5V )XHOFODG2'LQ
1XPEHURIVSDFHUV
$FWLYHIXHOOHQJWKIW )XOOOHQJWKIXHOURGV
3/)5V 6KRUW3/)5V
/RQJ3/)5V +\GUDXOLFUHVLVWDQFH 7DEOH 7DEOH
FKDUDFWHULVWLFV 1XPEHURIZDWHUURGV
- DWHUURG2'LQ
7KH$75,80;0DQG$75,80IXHOGHVLJQVKDYHVSDFHUV)RUERWKIXHOGHVLJQVWKHORVVHV
DVVRFLDWHGZLWKWKHERWWRPVSDFHUDUHFRPELQHGZLWKWKHRULILFH/73PRGHOVRWKDWRQO\VSDFHUV DUHH[SOLFLWO\PRGHOHGIRUWKHVHWZRIXHOV
6TXDUHZDWHUFKDQQHORXWHUZLGWK
Controlled Document )UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 7DEOH+\GUDXOLF&KDUDFWHUL]DWLRQ&RPSDULVRQ%HWZHHQ
%URZQV)HUU\$75,80;0DQG$75,80)XHO
&RQWUROOHG'RFXPHQW )UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ
5HSRUWIRU$75,80)XHO$VVHPEOLHV
3DJH
7DEOH%URZQV)HUU\(380(///$ 7KHUPDO+\GUDXOLF'HVLJQ&RQGLWLRQV 5HDFWRU&RQGLWLRQV 3) 3) 3) 3) &RUHSRZHUOHYHO0:W &RUHH[LWSUHVVXUHSVLD &RUHLQOHWHQWKDOS\%WXOEP 7RWDOFRUHFRRODQWIORZ 0OEPKU $[LDOSRZHUVKDSH %RWWRPSHDNHG %RWWRPSHDNHG %RWWRPSHDNHG %RWWRPSHDNHG
)LJXUH )LJXUH )LJXUH )LJXUH
1XPEHURI
$VVHPEOLHV &HQWUDO 3HULSKHUDO
5HJLRQ 5HJLRQ
&RUH/RDGLQJ > @ &RUH/RDGLQJ > @
Controlled Document )UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 7DEOH%URZQV)HUU\(380(///$&RUH/RDGLQJ 7KHUPDO+\GUDXOLF5HVXOWV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 7DEOH%URZQV)HUU\(380(///$&RUH/RDGLQJ 7KHUPDO+\GUDXOLF5HVXOWV FRQWLQXHG
Controlled Document )UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 7DEOH%URZQV)HUU\(380(///$&RUH/RDGLQJ 7KHUPDO+\GUDXOLF5HVXOWV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 7DEOH%URZQV)HUU\(380(///$&RUH/RDGLQJ 7KHUPDO+\GUDXOLF5HVXOWV FRQWLQXHG
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 7DEOH%URZQV)HUU\7KHUPDO+\GUDXOLF5HVXOWV DW3RZHU)ORZ&RQGLWLRQV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 7DEOH%URZQV)HUU\7KHUPDO+\GUDXOLF5HVXOWV DW3RZHU)ORZ&RQGLWLRQV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 7DEOH%URZQV)HUU\7KHUPDO+\GUDXOLF5HVXOWV DW3RZHU&RUH)ORZ&RQGLWLRQV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 7DEOH%URZQV)HUU\7KHUPDO+\GUDXOLF5HVXOWV DW3RZHU)ORZ&RQGLWLRQV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH
)LJXUH$[LDO3RZHU6KDSHV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH
)LJXUH&RUH/RDGLQJ +\GUDXOLF'HPDQG&XUYHV3RZHU)ORZ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH
)LJXUH&RUH/RDGLQJ +\GUDXOLF'HPDQG&XUYHV3RZHU)ORZ
Controlled Document )UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH
)LJXUH&RUH/RDGLQJ +\GUDXOLF'HPDQG&XUYHV3RZHU)ORZ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH
)LJXUH&RUH/RDGLQJ +\GUDXOLF'HPDQG&XUYHV3RZHU)ORZ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH
)LJXUH&RUH/RDGLQJ +\GUDXOLF'HPDQG&XUYHV3RZHU)ORZ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH
)LJXUH&RUH/RDGLQJ +\GUDXOLF'HPDQG&XUYHV3RZHU)ORZ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH
)LJXUH&RUH/RDGLQJ +\GUDXOLF'HPDQG&XUYHV3RZHU)ORZ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH
)LJXUH&RUH/RDGLQJ +\GUDXOLF'HPDQG&XUYHV3RZHU)ORZ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ %URZQV)HUU\7KHUPDO+\GUDXOLF'HVLJQ 5HSRUWIRU$75,80)XHO$VVHPEOLHV 3DJH 5()(5(1&(6 $1) 3 $ 5HYLVLRQDQG6XSSOHPHQW*HQHULF0HFKDQLFDO'HVLJQ
&ULWHULDIRU%:5)XHO'HVLJQV$GYDQFHG1XFOHDU)XHOV&RUSRUDWLRQ0D\
;11) 3 $ 9ROXPH5HYLVLRQ(((RQ1XFOHDU0HWKRGRORJ\IRU%RLOLQJ
- DWHU5HDFWRUV$SSOLFDWLRQRIWKH(1&0HWKRGRORJ\WR%:55HORDGV(((RQ
1XFOHDU&RPSDQ\-XQH ;11) 3 $ 0HWKRGRORJ\IRU&DOFXODWLRQRI3UHVVXUH'URSLQ%:5)XHO
$VVHPEOLHV(((RQ1XFOHDU&RPSDQ\1RYHPEHU
;11) 3 $ 9ROXPH5HYLVLRQ(((RQ1XFOHDU0HWKRGRORJ\IRU%RLOLQJ
- DWHU5HDFWRUV7+(50(;7KHUPDO/LPLWV0HWKRGRORJ\6XPPDU\'HVFULSWLRQ
(((RQ1XFOHDU&RPSDQ\-DQXDU\ /HWWHU5$&RSHODQG $1) WR5&-RQHV 8615& ³([SOLFLW0RGHOLQJRI
%:5:DWHU5RGLQ;&2%5$'5$&-DQXDU\
/HWWHU5&-RQHV 8615& WR5$&RSHODQG $1) QRVXEMHFW UHJDUGLQJ
;&2%5$ZDWHUURGPRGHO )HEUXDU\
$133$5HYLVLRQ$&($75,80&ULWLFDO3RZHU&RUUHODWLRQ
)UDPDWRPH0D\
$133$5HYLVLRQ$&($75,80;0&ULWLFDO3RZHU&RUUHODWLRQ
$5(9$,QF0DUFK
(0)&& 3 $ 9ROXPH67$,)+/-$&RPSXWHU3URJUDPIRU%:56WDELOLW\
$QDO\VLVLQWKH)UHTXHQF\'RPDLQDQG9ROXPH67$,)+/-$&RPSXWHU3URJUDP
IRU%:56WDELOLW\$QDO\VLVLQWKH)UHTXHQF\'RPDLQ+/-&RGH4XDOLILFDWLRQ5HSRUW 6LHPHQV3RZHU&RUSRUDWLRQ-XO\
$77$&+0(17D %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$1335HYLVLRQ
3URSULHWDU\
$SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR%URZQV)HUU\ZLWK$75,80)XHO
$77$&+0(17E %URZQV)HUU\1XFOHDU3ODQW %)1
8QLWVDQG 7HFKQLFDO6SHFLILFDWLRQV 76 &KDQJH 5HTXHVWIRU/LFHQVH$PHQGPHQW5HJDUGLQJ$SSOLFDWLRQRI$GYDQFHG)UDPDWRPH 0HWKRGRORJLHVDQG$GRSWLRQRI767)5HYLVLRQIRU%URZQV)HUU\ LQ 6XSSRUWRI$75,80)XHO8VHDW%URZQV)HUU\
$13135HYLVLRQ
1RQ3URSULHWDU\
$SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR%URZQV)HUU\ZLWK$75,80)XHO
Controlled Document framatome
$SSOLFDELOLW\RI)UDPDWRPH $1313 5HYLVLRQ %:50HWKRGVWR%URZQV)HUU\ ZLWK$75,80)XHO
-XO\
)UDPDWRPH,QF ) 5HY
&RQWUROOHG'RFXPHQW $1313
5HYLVLRQ
&RS\ULJKW )UDPDWRPH,QF $OO5LJKWV5HVHUYHG $75,80$8525$%8/75$)/2:)8(/*8$5'=%DQG
65(/$3DUHWUDGHPDUNVRUUHJLVWHUHGWUDGHPDUNVRI)UDPDWRPH IRUPHUO\NQRZQDV$5(9$,QF RULWVDIILOLDWHVLQWKH86$RURWKHU FRXQWULHV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJHL 1DWXUHRI&KDQJHV 6HFWLRQ V ,WHP RU3DJH V 'HVFULSWLRQDQG-XVWLILFDWLRQ 7DEOH 5HLQVWDWHG7DEOHDQG7DEOHLQIRUPDWLRQFRQVLVWHQW DQG7DEOH ZLWK5HYLVLRQRIWKLVGRFXPHQWDGGHGSURSULHWDU\
EUDFNHWVWRSURSULHWDU\LQIRUPDWLRQZLWKLQWKHWDEOHV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJHLL
&RQWHQWV
3DJH ,1752'8&7,21 29(59,(: $75,80)8(/$66(0%/<'(6,*1 7+(50$/0(&+$1,&$//,0,760(7+2'2/2*< 7+(50$/+<'5$8/,&6
$75,809RLG)UDFWLRQ $&($75,80&ULWLFDO3RZHU5DWLR&RUUHODWLRQ /RVV&RHIILFLHQWV
75$16,(176$1'$&&,'(176
9RLG&DOFXODWLRQ8QFHUWDLQWLHV $VVHVVPHQWRIWKH9RLG4XDOLW\&RUUHODWLRQ > @ 7UDQVLHQW0L[LQJ'HWHUPLQDWLRQ ,PSOHPHQWDWLRQLQ$8525$%$22/LFHQVLQJ &RQWURO5RG'URS$FFLGHQW /RVVRI&RRODQW$FFLGHQW $8525$%$227LPH6WHS6L]H
$7:6
$7:6*HQHUDO 9RLG3UHGLFWLRQ $7:6&RQWDLQPHQW+HDWXS
1(87521,&6
6KXWGRZQ0DUJLQ 0RQLWRULQJ %\SDVVPRGHOLQJ 9HVVHOIOXHQFH
5()(5(1&(6
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJHLLL $33(1',;$ $33/,&$7,212))5$0$720(0(7+2'2/2*<
)250,;('&25(6$ $ ',6&866,21$
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJHLY
/LVWRI7DEOHV
7DEOH )UDPDWRPH/LFHQVLQJ7RSLFDO5HSRUWV 7DEOH )XHO$VVHPEO\DQG&RPSRQHQW'HVFULSWLRQ 7DEOH )XHO&KDQQHODQG)DVWHQHU'HVFULSWLRQ 7DEOH $&($75,80;0%RXQGV&KHFNLQJ 7DEOH &RPSDULVRQRIWKH5DQJHRI$SSOLFDELOLW\IRUWKH$&($75,80 DQG$&($75,80;0&RUUHODWLRQV 7DEOH +\GUDXOLF&KDUDFWHULVWLFVRI$75,80)XHO$VVHPEOLHV 7DEOH >
@
7DEOH > @
/LVWRI)LJXUHV
)LJXUH %URZQV)HUU\3RZHU)ORZ2SHUDWLQJ0DS )LJXUH 0HDVXUHGYHUVXV3UHGLFWHG 0,&52%851% %XQGOH3UHVVXUH
'URS
)LJXUH > @ )LJXUH 7RWDO(QWKDOS\5LVHZLWK&+)0XOWLSOLHUV )LJXUH >
@
)LJXUH >
@
)LJXUH &RPSDULVRQRI3HULSKHUDO$VVHPEO\3ODQDU$YHUDJH)OXHQFH
$FFXPXODWLRQIRU(TXLOLEULXP&\FOHVRI$75,80;0DQG$75,80
)LJXUH &RPSDULVRQRI&RUHDQG3HULSKHUDO$VVHPEO\3ODQDU$YHUDJH
)OXHQFH$FFXPXODWLRQIRU(TXLOLEULXP&\FOHVRI$75,80;0DQG $75,80
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJHY 1RPHQFODWXUH $FURQ\P 'HILQLWLRQ *)* 7KLUG*HQHUDWLRQ)8(/*8$5' $&( )UDPDWRPH¶VDGYDQFHGFULWLFDOSRZHUFRUUHODWLRQ>
@
$)& $GYDQFHG)XHO&KDQQHO $22 $QWLFLSDWHG2SHUDWLRQDO2FFXUUHQFHV $60( $PHULFDQ6RFLHW\RI0HFKDQLFDO(QJLQHHUV $7:6 DQWLFLSDWHGWUDQVLHQWZLWKRXWVFUDP
%2& EHJLQQLQJRIF\FOH %:5 ERLOLQJZDWHUUHDFWRU
&'$ FRQILUPDWLRQGHQVLW\DOJRULWKP &)' FRPSXWDWLRQDOIOXLGG\QDPLFV &)5 &RGHRI)HGHUDO5HJXODWLRQV &+) FULWLFDOKHDWIOX[ &35 FULWLFDOSRZHUUDWLR &5'$ FRQWUROURGGURSDFFLGHQW
(2& HQGRIF\FOH (38 H[WHQGHGSRZHUXSUDWH
):&) IHHGZDWHUFRQWUROOHUIDLOXUH
+3&, +LJK3UHVVXUH&RRODQW,QMHFWLRQ
,+36 ,QDGYHUWDQW+3&,VWDUWXS
.$7+< .DUOVWHLQWKHUPDOK\GUDXOLFWHVWIDFLOLW\
/+*5 OLQHDUKHDWJHQHUDWLRQUDWH /2)+ ORVVRIIHHGZDWHUKHDWLQJ /2&$ ORVVRIFRRODQWDFFLGHQW /73 ORZHU7LH3ODWH /75 OLFHQVLQJWRSLFDOUHSRUW /8& /HDGXVHFKDQQHO /87 ORRNXSWDEOH
0$3/+*5 PD[LPXPDYHUDJHSODQDUOLQHDUKHDWJHQHUDWLRQUDWH 0&35 PLQLPXPFULWLFDOSRZHUUDWLR
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJHYL $FURQ\P 'HILQLWLRQ
15& 1XFOHDU5HJXODWRU\&RPPLVVLRQ86
2/0&35 RSHUDWLQJOLPLWPLQLPXPFULWLFDOSRZHUUDWLR
3&0, SHOOHWFODGPHFKDQLFDOLQWHUDFWLRQ 3+7) 3RUWDEOH+\GUDXOLF7HVW)DFLOLW\ 3/)5 SDUWOHQJWKIXHOURG
5$, UHTXHVWIRUDGGLWLRQDOLQIRUPDWLRQ 5+5 UHVLGXDOKHDWUHPRYDO 56$5 UHORDGVDIHW\DQDO\VLVUHSRUW
6/& VWDQGE\OLTXLGFRQWURO 6/0&35 VDIHW\OLPLWPLQLPXPFULWLFDOSRZHUUDWLR 6(5 VDIHW\HYDOXDWLRQUHSRUW
873 8SSHU7LH3ODWH
=% =LUFROD\%:5PDWHULDOVLPLODUWR=LUFDOR\ =U\ =LUFDOR\
&RQWUROOHG'RFXPHQW
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
)RUWKH%URZQV)HUU\$75,80SODQWVSHFLILFDSSOLFDWLRQRI&5'$> @
KDVEHHQDSSOLHGIRUWKHVWDUWXSUDQJHHYDOXDWLRQV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH )RUWKHLQWURGXFWLRQRI$75,80DW(38FRQGLWLRQVDUHYLHZRIWKH5$,¶VUHFHLYHG IURPSUHYLRXVOLFHQVHDSSOLFDWLRQVZDVXVHGWRLGHQWLI\DQ\WKLQJWKDWQHHGHGWREH DGGUHVVHG0RVWRIWKHLVVXHVLGHQWLILHGLQSUHYLRXVOLFHQVHDSSOLFDWLRQVKDYHEHHQ DGGUHVVHGE\WKH15&DSSURYHGPHWKRGRORJLHVWKDWDUHEHLQJXVHGIRUWKHOLFHQVLQJRI $75,80IXHOLQ%URZQV)HUU\
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH Core Power(% Rated: 100% = 3952MW1) 110 100 MELLLA+ Region ~ 90 80 70 60 100.7% Rod L i ne ICF Region 50 .,. MELLLA Region 87 .5% Rod L i ne .,. 40 30 20 Min . Power Line 10 0 0 10 20 30 40 50 60 70 80 90 100 110 120 Core Flow (% Rated: 100% =102.5 Mlbn,/hr)
)LJXUH %URZQV)HUU\3RZHU)ORZ2SHUDWLQJ0DS
&RQWUROOHG'RFXPHQW
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
@7KLVLVGLVFXVVHGLQWKH
7KHUPDO+\GUDXOLFVVHFWLRQ %DVHGRQWKHIXQGDPHQWDOFKDUDFWHULVWLFVRIWKHIXHOGHVLJQVHDFKRIWKHPDMRUDQDO\VLV GRPDLQVWKHUPDOPHFKDQLFVWKHUPDOK\GUDXOLFVPHFKDQLFVFRUHQHXWURQLFVWUDQVLHQW DQDO\VLV/2&$DQGVWDELOLW\DUHDVVHVVHGWRGHWHUPLQHDQ\FKDOOHQJHVWRDSSOLFDWLRQ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 7DEOH )UDPDWRPH/LFHQVLQJ7RSLFDO5HSRUWV
'RFXPHQW1XPEHU 'RFXPHQW7LWOH
- 11) 3 $ 5HYLVLRQ *DGROLQLD)XHO3URSHUWLHVIRU/
- 5)XHO6DIHW\(YDOXDWLRQ
DQG6XSSOHPHQW 3 $ (((RQ1XFOHDU&RPSDQ\1RYHPEHU
- 11) 3 $ 5HYLVLRQ ³*HQHULF0HFKDQLFDO'HVLJQIRU(((RQ1XFOHDU-HW3XPS%
- 5
5HORDG)XHO'(((RQ1XFOHDU&RPSDQ\-XO\
- 11) 3 $ (((RQ1XFOHDU8UDQLXP'LR[LGH*DGROLQLD,UUDGLDWLRQ
([DPLQDWLRQDQG7KHUPDO&RQGXFWLYLW\5HVXOWV(((RQ1XFOHDU
&RPSDQ\1RYHPEHU
$1) 3 $ 5HYLVLRQ *HQHULF0HFKDQLFDO'HVLJQ&ULWHULDIRU%:5)XHO'HVLJQV DQG6XSSOHPHQW $GYDQFHG1XFOHDU)XHOV&RUSRUDWLRQ0D\ $1) 3 $ 5HYLVLRQ $SSOLFDWLRQRI$1)'HVLJQ0HWKRGRORJ\IRU)XHO$VVHPEO\ 5HFRQVWLWXWLRQ$GYDQFHG1XFOHDU)XHOV&RUSRUDWLRQ0D\ (0) 3 $ 0HFKDQLFDO'HVLJQIRU%:5)XHO&KDQQHOV)UDPDWRPH$13 5HYLVLRQ $XJXVW (0)3$5HYLVLRQ 0HFKDQLFDO'HVLJQIRU%:5)XHO&KDQQHOV6XSSOHPHQW 6XSSOHPHQW3$5HYLVLRQ $GYDQFHG0HWKRGVIRU1HZ&KDQQHO'HVLJQV$5(9$,QF 6HSWHPEHU (0)5HYLVLRQ ³0HFKDQLFDO'HVLJQIRU%:5)XHO&KDQQHOV=%0DWHULDO' 6XSSOHPHQW3$5HYLVLRQ )UDPDWRPH,QF-XQH %$:3$5HYLVLRQ 5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG0HWKRGRORJ\IRU%RLOLQJ
- DWHU5HDFWRUV$5(9$13)HEUXDU\
%$:3$5HYLVLRQ ³5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG0HWKRGRORJ\IRU%RLOLQJ 6XSSOHPHQW3$5HYLVLRQ :DWHU5HDFWRUV6XSSOHPHQW4XDOLILFDWLRQRI52'(;IRU 5HFU\VWDOOL]HG=LUFDOR\&ODGGLQJ'$SULO %$:3$ ³5HDOLVWLF7KHUPDO0HFKDQLFDO)XHO5RG0HWKRGRORJ\IRU%RLOLQJ 6XSSOHPHQW3$5HYLVLRQ :DWHU5HDFWRUV6XSSOHPHQW0HFKDQLFDO0HWKRGV')UDPDWRPH
,QF$XJXVW
$133$5HYLVLRQ ³,QFRUSRUDWLRQRI&KURPLXP'RSHG)XHOLQ$5(9$$SSURYHG 0HWKRGV')UDPDWRPH,QF0D\
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 7DEOH )UDPDWRPH/LFHQVLQJ7RSLFDO5HSRUWV &RQWLQXHG
'RFXPHQW1XPEHU 'RFXPHQW7LWOH
- 11) 3 $ 9ROXPH (((RQ1XFOHDU0HWKRGRORJ\IRU%RLOLQJ
- DWHU5HDFWRUV
DQG6XSSOHPHQWVDQG 1HXWURQLF0HWKRGVIRU'HVLJQDQG$QDO\VLV(((RQ1XFOHDU
&RPSDQ\0DUFK
- 11) 3 $ 9ROXPH (((RQ1XFOHDU0HWKRGRORJ\IRU%RLOLQJ
- DWHU5HDFWRUV
5HYLVLRQ $SSOLFDWLRQRIWKH(1&0HWKRGRORJ\WR%:55HORDGV(((RQ 1XFOHDU&RPSDQ\-XQH (0) 3 $ 5HYLVLRQ 6LHPHQV3RZHU&RUSRUDWLRQ0HWKRGRORJ\IRU%RLOLQJ:DWHU 5HDFWRUV(YDOXDWLRQDQG9DOLGDWLRQRI&$602 0,&52%851%6LHPHQV3RZHU&RUSRUDWLRQ2FWREHU
- 11) 3 $ 0HWKRGRORJ\IRU&DOFXODWLRQRI3UHVVXUH'URSLQ%
- 5)XHO
$VVHPEOLHV(((RQ1XFOHDU&RPSDQ\1RYHPEHU
- 11) 3 $ 9ROXPH (((RQ1XFOHDU0HWKRGRORJ\IRU%RLOLQJ
- DWHU5HDFWRUV
5HYLVLRQ 7+(50(;7KHUPDO/LPLWV0HWKRGRORJ\6XPPDU\'HVFULSWLRQ (((RQ1XFOHDU&RPSDQ\-DQXDU\ $133$5HYLVLRQ $&($75,80;0&ULWLFDO3RZHU&RUUHODWLRQ$5(9$0DUFK
$133$5HYLVLRQ ³$&($75,80&ULWLFDO3RZHU&RUUHODWLRQ')UDPDWRPH,QF 0D\ $133$5HYLVLRQ $5(9$0&356DIHW\/LPLW0HWKRGRORJ\IRU%RLOLQJ:DWHU 5HDFWRUV$5(9$13-XQH $1) 3 $ 5HYLVLRQ ³7KH/RVVRI)HHGZDWHU+HDWLQJ7UDQVLHQWLQ%RLOLQJ:DWHU 5HDFWRUV')UDPDWRPH$136HSWHPEHU $133$5HYLVLRQ ³$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR7UDQVLHQWDQG$FFLGHQW6FHQDULRV')UDPDWRPH,QF -DQXDU\
$133$5HYLVLRQ ³$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR/RVVRI&RRODQW$FFLGHQW6FHQDULRV')UDPDWRPH ,QF0DUFK
$133$5HYLVLRQ ³$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU5HDFWRUV
$SSOLFDWLRQWR&RQWURO5RG'URS$FFLGHQW6FHQDULRV')UDPDWRPH ,QF0DUFK
&RQWUROOHG'RFXPHQW
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
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH >
@
'HWDLOVRIWKHIXHOGHVLJQFKDUDFWHULVWLFVDUHSUHVHQWHGLQ7DEOHDQG7DEOHDORQJ ZLWKWKHHTXLYDOHQWYDOXHVIRUWKH$75,80;0IXHOGHVLJQZKLFKLVFXUUHQWO\XVHG DQGOLFHQVHGLQWKH%URZQV)HUU\XQLWV
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BW R Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 3-3 Table 3-1 Fuel Assembly and Component Description Characteristic ATRIUM 10XM ATRIUM 11 Fuel Bundle Fuel rod array 10x10 11X11 Number of non-fueled elements 1 square water channel 1 square water channel displaces a 3x3 array displaces a 3x3 array Number of fueled rods Full-length / Part-length 79 I 12 92 / 8 long I 12 short
[ J Debris filter style 3GFG 3GFG Fuel Rod Cladd ing material Zry-2 Zry-2 Liner material Fe-enhanced zirconium liner Non Liner Cladd inQ heat treatment stress-relief annealed stress-relief annealed Spacer Grid Variant name: AH62 AH 75/3 (Bottom [ ]) ULTRAFLOW AH 76/3 (Middle [ ]) AH 77/3 (Top [ ]) Material Alloy 718 Alloy 718
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BW R Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 3-4 Table 3-2 Fuel Channel and Fastener Description Characteristic ATRI UM 10XM ATRIUM 11 Advanced Fuel Channel Material I Zry-4, 24B(LUC ) I Z4B Channel Fastener (ATRIUM 10XM) / Channel Spacer Assembly (ATRIUM 11)
&RQWUROOHG'RFXPHQW
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
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 7+(50$/+<'5$8/,&6 ATRIUM 11 Void Fraction 7KH> @YRLGTXDOLW\FRUUHODWLRQKDVEHHQTXDOLILHGE\)UDPDWRPHDJDLQVW ERWKWKH)5,**YRLGPHDVXUHPHQWV$75,80DQG$75,80;0 PHDVXUHPHQWV7KHVWDQGDUGGHYLDWLRQIRUWKH)5,**WHVWVZDVVKRZQWREH> @ ZKLOHWKHVWDQGDUGGHYLDWLRQIRUWKH$75,80DQG$75,80;0WHVWVZDVIRXQGWR EH> @UHVSHFWLYHO\>
@WKHXVHRIWKH> @FRUUHODWLRQIRU$75,80LV
MXVWLILHG 7KH$75,80> @YRLGIUDFWLRQ PHDVXUHPHQWV65(/$3ZDVDVVHVVHGDJDLQVWSUHYLRXVPHDVXUHPHQWVEDVHGXSRQ IXQGDPHQWDOK\GUDXOLFFKDUDFWHULVWLFV7KH0DUYLNHQDVVHPEO\RI)5,**KDGD VLJPDHUURURI> @LQYRLGSUHGLFWLRQ7KH$75,80KDVDVLJPDHUURURI > @IRUYRLG> @WKHUHIRUHWKHXVHRID VLJPDHUURURI> @LVMXVWLILHGIRUWKH$75,80 ACE/ATRIUM 11 Critical Power Ratio Correlation 7KHFULWLFDOSRZHUUDWLR &35 FRUUHODWLRQXVHGLQ0,&52%851%6$)/,0' 65(/$35$021$)$DQG;&2%5$LVEDVHGRQWKH$&($75,80FULWLFDO SRZHUFRUUHODWLRQGHVFULEHGLQ5HIHUHQFH$VZLWKDOO)UDPDWRPHFRUUHODWLRQVWKH UDQJHRIDSSOLFDELOLW\LVHQIRUFHGLQ)UDPDWRPHPHWKRGVWKURXJKDXWRPDWHGERXQGV FKHFNLQJDQGFRUUHFWLYHDFWLRQV7KH$75,80ERXQGVFKHFNLQJSURFHVVLVVLPLODUWR WKH$75,80;0DVSURYLGHGLQ7DEOH7KH$&(&35FRUUHODWLRQXVHV.IDFWRU YDOXHVWRDFFRXQWIRUURGORFDOSHDNLQJURGORFDWLRQDQGEXQGOHJHRPHWU\HIIHFWV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 7KH.IDFWRUSDUDPHWHULVGHVFULEHGLQGHWDLOLQ6HFWLRQRI5HIHUHQFH 7KHUDQJHVRIDSSOLFDELOLW\RIWKH$&($75,80DQG$&($75,80;0DUH FRPSDUHGLQ7DEOH
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 7DEOH $&($75,80;0%RXQGV&KHFNLQJ 7DEOH &RPSDULVRQRIWKH5DQJHRI$SSOLFDELOLW\IRUWKH
$&($75,80DQG$&($75,80;0&RUUHODWLRQV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH Loss Coefficients
- DOOIULFWLRQDQGFRPSRQHQWORVVFRHIILFLHQWVZHUHGHWHUPLQHGIRU%URZQV)HUU\EDVHG
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
@
7KHZDOOIULFWLRQDQGFRPSRQHQWORVVFRHIILFLHQWVGHWHUPLQHGIURPWKH3+7)DQGXWLOL]HG LQWKHYDOLGDWLRQRIWKH0,&52%851%SUHVVXUHGURSPRGHOIRUWKH$75,80IXHO GHVLJQDUHSURYLGHGLQ7DEOH 3+7)GDWDZDVUHGXFHGWRGHWHUPLQHVLQJOHSKDVHORVVHVIRUWKHVSDFHUVLQWKH>
@RIWKHEXQGOH7KHYDOXHVKDYHEHHQVHOHFWHGEHFDXVHWKH\DUH
UHSUHVHQWDWLYHRIWKHK\GUDXOLFFKDUDFWHULVWLFVRIDFWXDO$75,80IXHODVVHPEOLHV ORDGHGLQWRWKHUHDFWRU
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 7KHPRGHOLQJRIWKHWZRSKDVHVSDFHUSUHVVXUHGURSPXOWLSOLHUIRUWKH$75,80IXHO GHVLJQKDVEHHQFRQILUPHGZLWKWZRSKDVHSUHVVXUHGURSPHDVXUHPHQWVWDNHQLQWKH .$7+<IDFLOLW\ )LJXUHVKRZVPHDVXUHGYHUVXVWKH0,&52%851%SUHGLFWHGWZRSKDVHSUHVVXUH GURSIRUDUDQJHRIFRQGLWLRQV7KLVILJXUHFRQILUPVWKHDSSOLFDELOLW\RIWKHWKHUPDO K\GUDXOLFPRGHOVWRSUHGLFWSUHVVXUHGURSIRUWKH$75,80GHVLJQ
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 7DEOH +\GUDXOLF&KDUDFWHULVWLFV RI$75,80)XHO$VVHPEOLHV
/RVVFRHIILFLHQWVDUHUHIHUHQFHGWRWKHDGMDFHQWDVVHPEO\EDUHURGIORZDUHD
> @
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 5-7 Figure 5-1 Measured versus Predicted (MICROBURN-82) Bundle Pressure Drop
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 75$16,(176$1'$&&,'(176 Void Calculation Uncertainties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
@
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 7KHWUDQVLHQWDQDO\VHVPHWKRGRORJ\UHVXOWVLQSUHGLFWHGSRZHULQFUHDVHVWKDWDUH ERXQGLQJUHODWLYHWREHQFKPDUNWHVWV,QDGGLWLRQIRUOLFHQVLQJFDOFXODWLRQV>
@DVGHILQHGLQWKHWUDQVLHQWDQDO\VHVPHWKRGRORJ\7KHUHIRUHXQFHUWDLQW\
LQWKHYRLGSUHGLFWLRQLVLQKHUHQWO\LQFRUSRUDWHGLQWKHWUDQVLHQWDQDO\VLVPHWKRGRORJ\ ,QDGGLWLRQWRWKHLPSDFWRIYRLGSUHGLFWLRQXQFHUWDLQW\EHLQJLQKHUHQWO\LQFRUSRUDWHGLQ WKHDQDO\WLFDOPHWKRGVXVHGWRGHWHUPLQHWKH2/0&35ELDVLQJRILPSRUWDQWLQSXW SDUDPHWHUVLQOLFHQVLQJFDOFXODWLRQVSURYLGHVDGGLWLRQDOFRQVHUYDWLVPLQHVWDEOLVKLQJWKH 2/0&351RDGGLWLRQDODGMXVWPHQWVWRWKH2/0&35DUHUHTXLUHGWRDGGUHVVYRLG SUHGLFWLRQXQFHUWDLQW\ Assessment of the Void-Quality Correlation $VGLVFXVVHGLQ6HFWLRQWKH> @LVHTXDOO\DSSOLFDEOHWR WKH$75,80DSSOLFDWLRQVDW%URZQV)HUU\ > >
@
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 6HFWLRQGRFXPHQWHGWKH15&¶VUHYLHZRIWKLVUHVSRQVHDVVXFK
+RZHYHUWKH15&VWDIIGRHVQRWDJUHHZLWK$5(9$¶VWKLUGUHVSRQVH> @
7KHUHVXOWRIWKLVFRQFOXVLRQZDV/LPLWDWLRQDQG&RQGLWLRQRI$8525$%$22ZKLFK UHTXLUHVSODQWVSHFLILFDSSURYDOIRUDQ\FKDQJHVPDGHWRWKHWUDQVLHQWFRRODQWPL[LQJ 7KLVVHFWLRQLVLQWHQGHGWRSURYLGHWKHGHVFULSWLRQRIWKHPHWKRGXVHGWRGHWHUPLQH>
@
7UDQVLHQW0L[LQJ'HWHUPLQDWLRQ )RU%URZQV)HUU\WKHPL[LQJLVHYDOXDWHGXVLQJ>
@
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 6-4
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH >
@
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 6-6 Figure 6-1 [ ]
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH ,PSOHPHQWDWLRQLQ$8525$%$22/LFHQVLQJ 2QFHWKHDPRXQWRIPL[LQJKDVEHHQGHWHUPLQHGWKH$8525$%OLFHQVLQJPRGHOZLOO EHFRQVWUXFWHG,QRUGHUWRHQVXUHDFRQVHUYDWLYHHVWLPDWLRQRIPL[LQJLVXVHG>
@
Control Rod Drop Accident >
@
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 6-8
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 6-9
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 6-10
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 6-11 Figure 6-2 Total Enthalpy Rise with CHF Multipliers
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 6-12 Figure 6-3 [ ]
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 6-13 Figure 6-4 [ ]
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH Loss of Coolant Accident 7KHDSSURYHG$8525$%/2&$PHWKRGRORJ\5HIHUHQFHKDVEHHQDSSURYHGWR EHDSSOLFDEOHWR%:5WR%:5ZLWKFRQGLWLRQVH[WHQGLQJXSWR(38ZLWKH[WHQGHG IORZZLQGRZV,QDGGLWLRQ/LPLWDWLRQDQG&RQGLWLRQRI5HIHUHQFHDGGUHVVHVWKH DSSOLFDWLRQRIWKHPHWKRGRORJ\WR>
@
AURORA-B AOO Time Step Size 6HFWLRQRI$133$5HIHUHQFHSURYLGHVDGLVFXVVLRQRIDWLPHVWHSVL]H VHQVLWLYLW\VWXG\XVLQJWKH$8525$%$22PHWKRGRORJ\7KHFRQFOXVLRQRIWKLV VHFWLRQVWDWHV [
]
7KLVFRQFOXVLRQZDVEDVHGRIIRIDVHWRIVHQVLWLYLW\VWXGLHVZKLFK>
@
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 6-15
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 6-16
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH $7:6 ATWS General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oid Prediction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
@
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BW R Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 7-2
[
] As demonstrated in Section 5. 1 the void prediction is robust for past and present designs including the ATRIUM 11 .
The reference ATWS analysis evaluation presented in the topical report (Reference 1) of the core active density response, which is closely related to the void response, showed minimal changes in the peak vessel pressure . A study was also performed for the ASME overpressure event (FWCF) with similar results. 7.3 A TWS Containment Heatup Fuel design differences may impact the power and pressure excursion experienced during the ATWS event. This in turn may impact the amount of steam discharged to the suppression pool and containment.
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 7-3
&RQWUROOHG'RFXPHQW Framatome Inc. ANP-3908NP Revision 3 Applicability of Framatome BWR Methods to Browns Ferry with ATRIUM 11 Fuel Pa e 7-4
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 7DEOH>
@
7DEOH> @
%RURQZRUWKLVTXRWHGDVDSRVLWLYHYDOXHVLQFHLWUHIHUVWRWKHERURQGHIHFW7KHSSPERURQXVHGLV DW)7KHFDOFXODWLRQXVHVWKHHTXLYDOHQWERURQDW)XVHGLQ%URZQV)HUU\6/&6
FDOFXODWLRQV
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 1(87521,&6 )URPWKHQHXWURQLFVSHUVSHFWLYHWKH$75,80IXHOGHVLJQGLIIHUVIURPWKH $75,80;0IXHOGHVLJQSULPDULO\LQWKHIXHOURGGLDPHWHUDQGSLWFKDQGSRVLWLRQDQG QXPEHURIWKHSDUWOHQJWKURGV7KH&$602FRGHLVGHVLJQHGWRPRGHODZLGHUDQJH RIIXHOURGGLDPHWHUVDQGSLWFKHV7KHQHXWURQLFPRGHOVKDYHDOUHDG\EHHQ GHPRQVWUDWHGWRDFFXUDWHO\PRGHOWKHYDFDQWSRVLWLRQVDQGWKLVFRQWLQXHVWREHWUXHIRU WKH$75,80IXHOGHVLJQ Shutdown Margin 7KHSDUWOHQJWKURGLQWKHFRUQHURIWKHDVVHPEO\LPSURYHVWKHVKXWGRZQPDUJLQ SHUIRUPDQFHRIWKHIXHOGHVLJQEHFDXVHRIWKHIOX[WUDSWKDWLVFUHDWHGLQWKHFROG FRQGLWLRQZLWKWKHYDFDQWURGSRVLWLRQRIDOOIRXUDVVHPEOLHVLQDFRQWUROFHOOEHLQJLQ FORVHSUR[LPLW\7KHKHWHURJHQHRXVVROXWLRQRI&$602DFFXUDWHO\PRGHOVWKH YDFDQWURGSRVLWLRQDQGWKHDVVRFLDWHGUHDFWLYLW\1RFKDQJHLQSUHGLFWHGKRWRSHUDWLQJ RUFROGFULWLFDOHLJHQYDOXHLVDQWLFLSDWHGZLWKWKH$75,80IXHOGHVLJQ Monitoring 7KHSDUWOHQJWKURGLQWKHFRUQHURIWKHDVVHPEO\KDVDQLPSDFWRQWKHFRUQHUIOX[WKDW LQIOXHQFHVWKHGHWHFWRUUHVSRQVH7KHKHWHURJHQHRXVVROXWLRQRI&$602DFFXUDWHO\ FDOFXODWHVWKLVFRUQHUIOX[GHSUHVVLRQ7KLVFKDUDFWHUL]DWLRQLVXVHGGLUHFWO\LQWKH 0,&52%851%GHWHUPLQDWLRQRIWKHSUHGLFWHGGHWHFWRUUHVSRQVH)RUWKH%URZQV )HUU\DQDO\VHVWKHSOHQDKDYHEHHQH[SOLFLWO\PRGHOHGZLWKWKHKHWHURJHQHRXV &$602PRGHOWKXVSURYLGLQJWKHPRVWDFFXUDWHPRGHODYDLODEOH Bypass modeling 7KHE\SDVVEHKDYLRURIWKH$75,80IXHOGHVLJQLVLGHQWLFDOWRWKH$75,80;0 IXHOGHVLJQWKXVWKHUHLVQRGLIIHUHQFHLQWKHPRGHOLQJ$Q\GLIIHUHQFHVLQE\SDVVKHDW GHSRVLWLRQDUHWUHDWHGH[SOLFLWO\
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH &\FOHVSHFLILFYDOLGDWLRQWKDWWKHDOORZDEOHE\SDVVYRLGLQJDWWKH/350'OHYHOKDV EHHQPHWZLOOFRQWLQXHWREHSHUIRUPHG7KLVYDOLGDWLRQZLOOEHGRFXPHQWHGLQWKH FRUUHVSRQGLQJ5HORDG6DIHW\$QDO\VLV5HSRUWIRUWKDWF\FOH Vessel fluence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
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH H lE 21 l .16E 21 1 .4i E 21 u 1 .2 E 21 u C u
..l ii:
Iii'! lLOE -21 u 1111 8.0EH0 C 16,.0E 20 4,,0E' 20 2.0E+20 0.0E 00 1 2 3 4 5 6 7 8 9* 10 11 12 13 4 15 16 17 18 19 20 21 22 2S 24 25
!B ottom ~l~d ~
A RIUM 1 A RIUM 1CD< M
)LJXUH &RPSDULVRQRI3HULSKHUDO$VVHPEO\3ODQDU$YHUDJH)OXHQFH $FFXPXODWLRQIRU(TXLOLEULXP&\FOHVRI$75,80;0DQG$75,80
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 5.0 E+21 4l. 5E+21 4l.0 E+21 3 .5E+21 Ill Q e 3 .0 E+21 QI
- I ii:
....Iii! 2.5E+21 ID u:.
11!1 2.0 E+21
""iii 0
1 .5E+21 1 .0 E-1-21 5.0 E+20 1 2 3 4l 5 6, 7 8 9 10 11 12 13 14 11. 5 1 6, 17 18 19 20 21 22 23 M 25 Botto m Axial Node Top
---+- All_CO RE_AV - - - ATRI UM 11 - x M_iCORE_AV -+- ATRI UM 10<M )LJXUH &RPSDULVRQRI&RUHDQG3HULSKHUDO$VVHPEO\3ODQDU $YHUDJH)OXHQFH$FFXPXODWLRQIRU(TXLOLEULXP&\FOHVRI $75,80;0DQG$75,80
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH 5()(5(1&(6 $133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU 5HDFWRUV$SSOLFDWLRQWR7UDQVLHQWDQG$FFLGHQW6FHQDULRV)UDPDWRPH,QF
-DQXDU\
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
)UDPDWRPH,QF$XJXVW
$133$5HYLVLRQ,QFRUSRUDWLRQRI&KURPLD'RSHG)XHO3URSHUWLHVLQ
$5(9$$SSURYHG0HWKRGV)UDPDWRPH,QF0D\
$133$5HYLVLRQ$&($75,80&ULWLFDO3RZHU&RUUHODWLRQ
)UDPDWRPH,QF0D\
(0)3$5HYLVLRQ6XSSOHPHQW3$5HYLVLRQ0HFKDQLFDO'HVLJQ IRU%:5)XHO&KDQQHOV6XSSOHPHQW$GYDQFHG0HWKRGVIRU1HZ&KDQQHO
'HVLJQV$5(9$,QF6HSWHPEHU
$133$5HYLVLRQ$8525$%$Q(YDOXDWLRQ0RGHOIRU%RLOLQJ:DWHU 5HDFWRUV$SSOLFDWLRQWR/RVVRI&RRODQW$FFLGHQW6FHQDULRV0DUFK $1) 3 $ 5HYLVLRQDQG6XSSOHPHQW*HQHULF0HFKDQLFDO'HVLJQ
&ULWHULDIRU%:5)XHO'HVLJQV$GYDQFHG1XFOHDU)XHOV&RUSRUDWLRQ0D\
,.0DGQLHWDO'HYHORSPHQWRI&RUUHODWLRQVIRU3UHVVXUH/RVV'URS
&RHIILFLHQWV2EWDLQHG)URP)ORZ7HVWLQJRI)XHO$VVHPEOLHV,Q)UDPDWRPH $13¶63+7)3DSHU1XPEHU3URFHHGLQJVRI,&21($UOLQJWRQ9$ $SULO
> @
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH >
@
>
@
>
@
>
@
>
@
>
@
$1335HYLVLRQ³%URZQV)HUU\$75,80(TXLOLEULXP&\FOH)XHO&\FOH
'HVLJQ5HSRUW')UDPDWRPH,QF-XQH
$1335HYLVLRQ³%URZQV)HUU\(38 2/73 0(///$(TXLOLEULXP
)XHO&\FOH'HVLJQ'$5(9$,QF'HFHPEHU
5HJXODWRU\*XLGH3UHVVXUL]HG:DWHU5HDFWRU&RQWURO5RG(MHFWLRQDQG
%RLOLQJ:DWHU5HDFWRU&RQWURO5RG'URS$FFLGHQWV-XQH 15&$'$06
0/) 'UDIW5HJXODWRU\*XLGH3UHVVXUL]HG:DWHU5HDFWRU&RQWURO5RG(MHFWLRQDQG
%RLOLQJ:DWHU5HDFWRU&RQWURO5RG'URS$FFLGHQWV1RYHPEHU 15&$'$06
0/$
&RQWUROOHG'RFXPHQW
)UDPDWRPH,QF $1313 5HYLVLRQ $SSOLFDELOLW\RI)UDPDWRPH%:50HWKRGVWR %URZQV)HUU\ZLWK$75,80)XHO 3DJH$
$33(1',;$ $33/,&$7,212))5$0$720(0(7+2'2/2*< )250,;('&25(6
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}}