ML20004C513
| ML20004C513 | |
| Person / Time | |
|---|---|
| Site: | Fermi  |
| Issue date: | 05/21/1981 |
| From: | Colbert W DETROIT EDISON CO. |
| To: | Kintner L Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 8106040197 | |
| Download: ML20004C513 (3) | |
Text
{{#Wiki_filter:. T .o-MI Ed} son Rin$!Fa May.21, 1981 p-h .s. A 3 \\ / Mr. L. L. Kintner i U. S.' Nuclear Regulatory Commission 7920 Norfolk .Bethesda, Maryland-20014
References:
EF-2 Technical Specifications EF-2 NRC Docket No. 50-341
Subject:
Roactor Water Sampling, Analysis, and Administrative Control
Dear Mr. Kintner:
Attached to this latter are Reactor Water Sampling and Analysis parameters and a summary of Chemical
- Administrative Controls for reactor water main-tenance.
Reactor water copper will have an' admin-istrative trigger point of 40 ppb. In addition, Feedwater. copper will have an administrative trig-ger point of 0.6 ppb. If any additional-information or clarification is required, please contact L. E. Schuerman. Very truly yours, Yf W. F. Colbert Technical Director Enrico Fermi'2 WFC:ca Attachment cc: G. Bethke h00/ R. R. Eberhardt E. Lusis y W. McNeil L. E. Schuerman / / 810e040\\ 4 -r, m w v-au --~v ,e-
d 's, ' ' REACTOR WATER CAMPLING AND ANALYSIS ~
SUMMARY
OF CORRECTIVE' ACTION / ADMINISTRATIVE JONTROL The'Radchem Engineer or his delegate is responsible for: (1) the interpretation and recording of. data, (2) investigative analysis, (3) identification of problem sources, and (4) recom-mendations to -control / minimize detrimental effects to reactor water and to.the System. . Specific guidelines are outlined below: Power ~ Operation When the reactor water conductivity exceeds a control point of 0.7 pS/cm, increased sampling and investigative analysis.will be performed to identify the source and control / minimize its effects..If reactor water conductivity is>1.0 pS/cm, operations will continue as outlined in Enrico Fermi 2 Technical Specification Section 3.4.4. Startup/ Hot Standby If reactor. water conductivity exceeds a control point of 1.3 uS/cm and trending upward during startup/ hot standby, in-creased sampling and investigative analysis will be performed to identify the source and control / minimize its effects. If reactor water conductivity is12.0 pS/cm during startup/ hot standby, op-erations will continue as outlined in Enrico Fermi 2 Technical Specification Section 3.4.4. I Copper The control point for Copper (Cu) in reactor water is 40 ppb. -If previous samples indicate an upward trend, increased sampling l and investigative analysis will be performed to identify the source and control / minimize copper input. The number of excursions be-yond the 40 ppb control point will be identified in the annual report. -,a w..,, ** T- -5
.c.,. REACTOR WATER SAMPLING & ANALYSIS - INTERVAL t ALLOWED ~ NORMAL ABOVE. ANALYSIS ' LIMITS / CONTROL' POINTS: SAMPLING FREQUENCY NORMAL LIMIT cConductivity Power Operation-(1.0 pS/cm Continuously /Mo. 336 Days / Year Startup/ Hot Standby - 52.0 pS/cm . Cold Shutdown - {10.0 pS/cm CChloride Power Operation -(200 ppb. Star tup / Hot Standby -{100 ppb Oaily 336 Days / Year-Cold Shutdown - 5500 ppb
- pH
. Power Operation - 5.6-8.6 Every 8 hours when-72 Hours Depressurized.- 5.3-8.6 conductivity is Contisuous 21.0 #S/cm Suspended f 500 ppb Daily Solids Silica (1000 ppb Daily Boron {1000 ppb Weekly Fo Monthly Ni Monthly CR Monthly Cu ~ 40 ppb ** Weekly / Monthly DO (100 ppb As required 2 I l 1-Chemical analyses exclusively 1 -* Critical. parameters
- Control point l
9 g _.,,_ _,}}