ML20155E841
| ML20155E841 | |
| Person / Time | |
|---|---|
| Issue date: | 11/02/1998 |
| From: | Madera J NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION III) |
| To: | Franiak J AFFILIATION NOT ASSIGNED |
| References | |
| REF-QA-99990003-981102 NUDOCS 9811050201 | |
| Download: ML20155E841 (56) | |
Text
- -. -.. -.. -
Wa4 UNITED STATES q'o,,
NUCLEAR REGULATORY COMMISSION
'8 o
REGION 111 g
g 801 WARRENVILLE ROAD LISLE, ILLINOIS 60532-4351 k**.*/
)
' November 2, 1998 i.
John Franiak Radiation Safety Officer Auxiliary Resources 1/N Tek Steel 54750 Walnut Road New Carlisle, IN 46552
SUBJECT:
SAUNDERS-ROE DEVELOPMENTS, INC. - MODEL BETALUX-E EXIT SIGNS
Dear Mr. Franiak:
This refers to the telephone conversation between you and Robert Gattone of my staff on September 17,1998, regarding the subject exit signs. It is our understanding that: (1) you have 130 of the subject exit signs in your possession as authorized by 10 CFR 31.5; and (2) you will transfer the signs to SRB Technologies (formerly Saunders-Roe Developments, Inc.) in return for replacement signs.
As discussed during the telephone conversation, SRB Technologies has indicated to us that 152 of the exit signs were distributed to 1/N Tek Steel. NRC records indicate that 133 exit signs were distributed to 1/N Tek Steel. You have indicated that you are in possession of 130 installed exit signs. We are concemed that at least three, and possibly up to 22 signs may be missing, lost or possessed, not installed, at your facility (e.g., in storage), in response to our
. concem, please conduct a thorough search of your facility (including storage areas) and provide us a report of the results of your search activities. In addition, please perform a thorough search of any records that may provide information about the receipt, transfer, or disposal of exit signs and submit them along with any other information that may explain the discrepancy between the signs you possess and the signs you may have received. Please submit the requested information to this office within 30 days.
Please note that 10 CFR 31.5(c)(10) requires that theft or loss of licensed material must be reported to the NRC in accordance with 10 CFR 20.2201.
9811050201 981102 I[
RE03 GA999 EMV*****
U 99990003 PDR g
l J. Franiak 2-If you have any questions and/or need clarification on any of the issues discussed in this letter, please contact Mr. Robert Gattone of my staff at (630) 829-9823.
in accordance with 10 CFR 2.790 of the NRC's " Rules of Practice," a copy of this letter, the enclosures, and your response to this letter will be placed in the NRC Public Document Room.
Sincerely,
/s/ J. R. Madera John R. Madera, Chief Materials Inspection Branch 1 General Licensee Docket No. 9999003
Enclosures:
1.10 CFR Part 20 2.10 CFR Part 31 bec w/encis: Beth Prange, RIV PUBLIC IE07 p, u r 0 1 o
DOCUMENT NAME: G:\\LTRS2LIC\\MTLS\\070\\987_INTK.LO1 To receive a copy of this document, Indicate in the box:"C" = Copy without enclosure "E"= Copy with enctosure"N"= No copy DFFICE Rlli l(
Rlli l6 l
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NAME GATTONE/dp @ MADEBg7 F DATE 10h3/98 1$lf/dS/
OFFICIAL RECORD COPY (U:}[kW}
UNITED STATES NUCLEAR REGULATORY CCMMISSION l
RULES and REGULATIONS TITLE 10, CHAPTER 1, CODE OF FEDERAL REGULATIONS-ENERGY PART 1
STANDARDS FOR PROTECTION AGAINST RADIATION 20 S, bpart A-General Provleions
> Subpart E-Radiological Criterle for Subpart J-Precautionary Procedures u
Ucense Termination 20.1901 Caution signs.
Sec.
J0.1001 Purpoes.
> 20.1401 General provisions and scope.
20.1902 Posting requirements to posung requirements.
20.1002
> 20.1402 Radiological criteria for 20.1903 En ' containers.
20.1003 unrestricted use.
20.1904 La 20.1004 Units of radiaelan does.
> 20.1403 Critoria for license termlaarian 20.1905 Exemptions to labeling 20.1005 Units of radioactivity.
under restricted conditions.
requiremencs 20.1006 *
> 20.1404 Alternate crieeria forlicense 20.1906 Procedures for receiving and 201007 t'h.'iaaa terminasian.
opening packages.
20.100s -
> 20.1405 Public notification and pudic
^-
20.1009 Information collecdon panicipadon.
Subpart K-Weste Disposal
- OMB appmvat.
> 20.1406 Miai=Ivarian of -:
20.2001 General requirements.
Subpart 8-Redletion Protection Subpart F-Surveys and Monitoring 20.2002 Method for obtaining approval of proposed disposal g "
Programs 20.1501 General.
20.2003 Disposal by release into sanitary 20.1101 Radiados protection programs.
20.1502 Condidons requiring ladividual sewerags.
monieoring of external and internal 20.2004 Treah=aat or disposal by Subpart C-Occupational Dose Umits occupational dose.
incineration.
20.2005 Di., mal of specine wasses.
20.1201 C-
' dose limbs for adults.
Subpart G-Control of Exposure From 20.2006 Transfer for disposal and manifeses.
^
--for Extemal Sources in Restricted Aroes 20,2007 C. " - - wem enviro==aan=8 and 20.1202 t'a=p83aa** with :.d inestnal health pacesction regulations.
summation of external an doses.
20.1601 Control of access to high radiation Subpert L-Records 20.1203 Deterininanon of external dose areas.
ibem airborne radioecdve materinL 20.1602 Control of access to very high 30.1204 ~Desennimados of internal espoenre.
radiadon areas.
20.2101 General provisions.
20.2102 Reconds of radiation protection 20.1205 20.1206 special esposares.
Subpart H-Respiratory Protection and programs.
20,1207 C-
. " " does limbs for Controls to Restrict intemel Exposure 20.2103 Roweds of surveys.
20.2104 Determination of prior a 1 :_"
minors.
In Restricted Arese dose.
20.1208 Does to an embryo /fanas.
20.1701 Use of process or other engineering 20.2105 Records of planned special Subpart D-Madletion Does 1.imits for controls.
- sposures.
Individual Members of the Pub 5c 20.1702 Use of other controls.
20.2106 Records of ladividual suonitoring 20.1703 Use of individual respiratory results.
20.2107 Records of dose to individual 20.1301 Dose limits for ladividual saembers protection equipinent.
20.1704 Purther resariodons on the use of members of the public.
p:." = wish does limits for respiratory protection equipnunt.
ofabs 20.2108 Records of wases disposal.
20.1302 20.2110 Form of records.
ladividual snembers of the public.
Subpart 1-Storage and Control of Uconsed Material 20.1801 Security of stored material.
20.1802 Control of material not in storage.
July 31,1997 20 1
c 20,1002 PART 20 e STANDARDS FOR PROTECTION AGAINST RADIATION Subpart M-Reports 8ubpart A-General Provielons Authority: Secs. 53,63,65,81,103,104, 20.2201 Reports of theft or loss of licemed tal,182, too,68 Stat. 930,933,935,936, f 30.1001 purpose unaestial.
k 937,948,953,965, as amended, sec.1701.
(a)The regulations in this part 20.2202 Notification of incidents.
$ 106 Stat. 2961,2952,2953 (42 U.S.C 2073, establish standards for protection 20.2203 Reports of exposures, radiation a 2o03,2o06,2111,2133,2134,2201,2232*
sgainst ionizing radiation resulting from levels, and concentrations of radioactive
$ 2236,2207f), secs. 201, as amended 202, activities conducted under licenses 206,88 Stat.1242, as amended,1244,1246 issued by the Nuclear Regulatory material sacoeding the constraints or e
limits.
(42 U.S.C 5841,5842, s846).
Cornmission.These regulations are 12204 Reporu of W special issued under the Atomic Energy Act of n '920 Repo'rts to individuals of exceeding 1964, as amended, and the Energy Reorganization Act of1974, as amended.
i dose lim.
T 20.2206 P' 1 of individual monitoring.
(b)It is the purpose of the regulations in this part to control the receipt.
Subpart N-Exemptions and Additionel possession. use, transfer, and disposal
. Requirements of licensed material by any licensee in such a manner that the total dose to an
.20.2301 Applicanons for exempdons.
Individual (including doses resulting 12302 Addidonalrespiremenu.
from licensed and unilcensed ections 201-20402 E radioactive material and from radiation
. Subpart 0-Enforcement
[ Removed 59 FR 1900.)
g sources other than background radiation) does not exceed the 20.2401 Violations.
20.2402 Criminal penalties.
Appendix A to H20.120402 standards for protection against
[ Removed 59 FR 190a]
radiation prescribed in the regulations in this part. However, nothing in this part shall be construed as limiting actions Appendix B to H20.120402 that may be necessary to protect health ArrsNotx A To PART 20-FaonCTION FAcross rom RasputAfons
[ Removed 59 FR 1900.]
and safet '
E Arroect 3 To FAnt 20-ANNUALIJMrrs oN OM,,a'n',*p%'o,^'"
Apg sedix C to H20.120402 I"'
D RAcecommnae roa OCCUPAT90NAL
[Rei3esignated $9 FR 1900.]
$20.1002 Scope.
Exposuas, ErrLuser CoNCsNTaATIoNs; Appendix D to H20.120402 The regulations in this part apply to concorraAnus rom AnaAssm m
Arreest C To FAa720-QUANrmas or
[ Removed 39 FR 1900.)
Persons licensed by the Commission to IJameso MATsalAL RaQUsuMoIAaaWNo receive, possess, use, transfer, of ArrsNDOt D To FAa7 20-UNITso STAT:s dispose of byproduct, source, or special nuclear material or to operate a RatsonAs.
production or utilization facility under
. Arreent a To FAar 20-(Rassavso)
Arremet F To FART 20-Raquasumersrom 2 parts 30 through 35,39,40,50,60,61, Yg 4 70, or 72 of this chapter. The limits in AsnTaA>Wrem rca e
y Ca.ms:
E thi8 Part do not apply to doses due to Ase MAIErasTs Arpment 0 To FART 20-ReQUtasuswrs ron g background radiation, to exposure of TnAsersas or IWyst RADeQACMB pggjents to radiation for the purpose of WAsrs hermesD rom DesrosAL AT medical diagnosis or therapy, to 1Jcpweso M DesrosAL FAC1tns7 aNo MAsarssrs exposure from individuals administered 1
realoactive material and released in
)
accordance with S 35.75, or to exposure from voluntary participation in medical research programs.
4 July 31,1997 (reset) 20-2
. - - = -
20.1003 20,1003 PART 20 e STANDARDS FOR PROTECTION AGAINST RADIATION
$30A003 N improvements in relation to state of Bloassay (radiobioassay) means the determination of kinds, quantities or As used in this part:
technology, the economics of concentrations, and, in some cases, the Absorbeddose means the energy improvements in relation to benefits to locations of radioactive materialin the imparted by lonising radiation per unit the public health and safety, and other human body, whether by direct mass of irradiated material. The units of societal and socioeconomic absorbed dose are the red and the gray considerations, and in relation to measurement (in vivo counting) or by (Gy).
utilization of nuclear energy and analysis and evaluation of materials excreted or removed from the human Act means the Atomic Energy Act of licensed materials in the public interest.
1964 (42 U.S.C. 2011 et seq.), as Annuallimit on Intake (ALI) means
- body, amended.
the derived limit for the amount of Byproduct material means--
1 Any radioactive material (except Activityis the rate of disintegration
, E radioactive material taken into the body, g sp(ec)ial nuclear materia H of an adult worker by inhalation or (transformation) or decay of radioactive material.The units of activity are the g ingestion in a year. ALIis the smaller g made radioactive by, exposure to the radiation incident to the process of curie (Cl) and the becquerel (Bq).
E value of intake of a given radionuclide Producing or utilizing special nuclear ear by the reference man that Adult means an ladividual18 or more in a fd result in a committed effective S material;and years of age, wou (2) The tallings or wastes produced by Althorne redloactive mornialmeans dose equivalent of 5 rems (0.05 Sv) or a the extraction or concentration of radioactive material dispersed in the air '
committed dose equivalent of 50 rems uranium or thorium from ore processed in the form of duets, fumes, partislates.
(0.5 Sv) to any individual organ or primarily for its source material content.
tissue.(AI.! values for intake by mists, vapore, or gases.
Altborne radioactiv/tyama means a ingestion and by inhalation of selected', '
including discrete surface wastes neulung imm uranium solution room, enclosure, or area in which radionuclides are given in Table 1.
'xtraction processes. Underground ore E airborne radioactive materials.
Columns 1 and 2, of appendix B to bodies depleted by these solution E composed wholly or partly of licensed
. il 20.1001-20.2401).
extraction operations do not constitute material. exist in concentrations--
" byproduct material" within this (1)In excess of the derived air definition.
concentrations (DACs) specified tu Background mdlotion means
)>diation from cosmic sources; naturally appendix B, to Il 20.1001-20.2401, or (2) To such a degree that an individual ra present in the area without respiratory occurring radioactive material, protective equipment could exceed, including redon (except as a decay during the hours an individual is present Product of source or special nulaar in a week, an intake of 0.6 percent of the 3 material); and global fallout as it exists annual limit on intake (ALI) or 12 DAC.
g in the environment from the testing of E nuclear explosive devices or from past
- hours.
nuclear accidents such as Chernobyl AIARA (acronym for"as low as is reasonably achievable") means making a that contribute to background radiation every reasonable effort to maintain and are not under the control of the exposures to radiation as far below the licensee. "Bockground mdfation" does dose thalts in this part as is practical not include radiation tom source, t, or specialnuclear materials
' w. 'kby the Commlanton.
consistent with the purpose for which the licensed activity is undertaken, regu t taking into account the state of technology, the economics of July 31,1997 20 3
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION
~
Class (orlung class or Inhalation
> Oitical Group means the group of Deep-dose equivalent (He), which class) means a classification scheme for individuals reasonably. expected to applies to external whole. body inhaled material according to its rete of asceive the grantest exposum to residual.
exposum,is the dose equivalent at a clearance from the pulmonary region of radioactivity for any applicable set of tissue depth of1 cm (1000 mg/cm ).
8 the lung. Materials are classined as D, E circumstances-Department means the Department of Energy established by the Department of W, or Y, which applies to a range of g
Energy Organization Act (Pyb. L 95-91.
clearance half-times: for Class D (Days)
I cfless than to days, for Class W 91 Stat 585,42 US.C. 7101 et seq.) to the (Weeks) from 10 to 100 days, and for extent that the Department, or its duly I
authorized representatives, exercises Class Y (Years) of greater than too days, Dectedp gnant woman means a functions formerly vested in the US.
Collective dose is the sum of the woman wh is v luntarily informe
' individual doses received in a given -
her employer,in writing, of her Chairman members, officers,and riod of time by a specified population pregnancy and the estimated date g components and transferred to the U.S.
m exposure to a specified source of g conapHon.
Energy Research and Develo ment radi tion.
E Administration and to the A minletrator Commiss/on means the Nuclear l
g Regulatory Commission or its duly b
thereof uant to sections 104 (b). (c),
l g cithorised sentatives.
and (d) f the Energy Reorganization I
Comm dose equivalent (Hrm)
Act of 1974 (Pub. L 93-438,88 Stat.1233 l
means the dose equivalent to organs or
> h=='ssion means to remove a at 1237,42 US.C. 5814) and tissues of referenceTr) that will be facility or site safe from service and retudrmd W ee Secmkry of Energy received from an intake of radioactive reduce residual re osctivity to a level pursuant to section 301(a) of the material by an individual during the 50-that its--
E Department of Energy Organisation Act
. year period following the intake.,
(1 Release of the roperty for E (Pub. L 96-91,91 Stat 586 at 577-678,42 Committed effect/ve dose equivalent g unrestricted use an termination of the US.C. 7151)-
license; or Der /redalt concentrollon (DAC)
(H m)is the sum of the products of the I (2) Release of the pro under ting factors applicable to each of means the concentration of a gim w:
the y
ans or tissues that are restricted conditions an termination of radionuclide in air which, if breathed by irradiated and the committed dose the license.
m ce n
of equivalent to these organs or tissues IN " " "'"T"I' work (inhalation rate 1.2 cubic meters of 8
air per hour), results in an intake of one
~
ALI. DAC values are given in Table 1.
Column 3, of appendix B to il 20.1001-Constmint (dose constraint)means a go.2401.
- value above which specified limnsee Derived air concentrution-hour (D5C-g E actions are required.
hour)is the product of the concentration E
of radioactive material in air (expressed as a fraction or multiple of the derived
. 4 air concentration for each radionuclide) and the time of exposure to that radionnel'de,in hours. A licensee may take 2,000 DAC-hours to represent one Contm/ledarea means an area, alt. equivalent to a committed effective
' cuiside of a restricted area but inside dose equivalent of 5 rems (0.05 Sv).
the site boundary, access to which can
~
g e limited by the licensee for any b
re son.
>Distinguishablefrom background.
E means that the detectable concentration i
b of a radionuclide is statistically diferent from the background concentration of that radionuclide in the vicinity of the E site or,in the case of structures,in I similar materials using adequate measurement technology, survey, and I
statistical techniques.
I l
l l
l l
t July 31,'1wr 20 4
7 l
20,1003 20.1003 PART 204 STANDARDS FOR PROTECTION AGAINST RADIATION Done ormdiation doen is a generic
(.Denimetryprocessormeansan t
term that means absorbed dose, does
-E ladividualorenganle=Ha= that l'
equivalent. e5setive does equivalent.
g processesandevehaatesladividual
'"' ins equipmentla oederto comunitted dose equivalent, connadtted I
E e"termine the radiation does delivesed d
l effective dose equivalent, or total E
N otherparagraphs of thle section..
[ to the equipment.
effective dose equivalent, as denned in l
~E Doe
- eentraiens (H,) means the g product of the absorbed does in tissue...
Effective dose equivalent (HJ le the qualitj fa'ctor, and all other necessary sum of the products of the dose modifying factors at the location of equivalent to the organ or tissue (Hr) interest."Ihe units of dose equivalent and the weighting factors (w,)
are the rem and sievert (8v).
applicable to each of the body organs or tissues that are irradiated (H =
Iw,H,).
Embryo / fetus means the developing human organism from conception until the time of birth.
Entmace orcocess point means any -
location through which an individual could sein access to radiation areas or to radioactive materials.'Ihis includes entry or exit portals of sufficient size to permit human entry, irrespective of their intended use.
Exposure means being exposed to ionising radiation or to radioactive material Extemoldose awans that portion of the dose equivalent received from radiation sources outside the body.
Extremity means hand, elbow, arm
'I below the elbow, foot, knee. orles below the knee.
Eye does equivalent applies to the l external exposure of the lens of the eye N and is taken as the dose equivalent at a E tissue depth of 0.3 centimeter (300 rag /
g em8).
Genetully icable envinnmental
~ rodfation a means standards issued by the Environmental Protection Agency (EPA) under the authority of the Atomic Energy Act of1964, as amended, that impose limits on radiation s
exposures or levels, or concentrations or quantities of radioactive material, in the 1 environment outside the es oflocations under the control of persons possessing or using radioactive material.
Government prency means any executive department, commission, independent establishment, corporation wholly or partly owned by the United States of America which is an instrumentality of the United States, or any board, bureau, division, service, office, officer, authority, administration, or other establishment in the executive branch of the Government.
Gray (See i 20.1004).
i High mdiation area means an area, accessible to individuals,in which radiation levels could result in an individual receiving a dose equivalent in excess of 0.1 rem (1 mSv)in 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> at 30 204a July 31,1997 (reset)
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION r
Person means-centimeters from the radiation source or from any surf ace that the radiation Memberof thepublicmeans an (1) An individual corporation.
i Individual except when that indi dual partners, firm, association, trust, I
penetrates.
Individualmeans any human being.
! is receiving an occupational dose.
estate, pu lic or private institution.
group. Govemment agency other than Individualmonitori means-(1)The assessment dose equivalent E the Commission or the Department of by the use of devices designed to be g
Energy (except that the Department worn by an individual:
L shall be considered a person within the (2)The assessment of committed meaning of the regulations in to CFR affective dose equivalent by bionssay chapter I to the extent that its facilities
. (see Bioassay) or by determination of and activities are subject to the Mmor means an individualless than hd @W
.a-the time-weighted air concentrations to a
which an individual has been exposed, 18jearj f as adiation monitoring, section 202 of the Energy Reorganization authority of the Commission under
. E.e DAC-hours: or3)The assessment of dose equivalent the measurement of radiation levels.
MillTallings Radiation Control Act of i
radiation protection monitoring) means Act of 1974 (88 Stat.1244), the Uranium
- E b the use of survey data, concentrations, eurface area 1978 (92 Stat. 3021). the Nuclear Waste dividualMonitoring Devices E olicy Act of1982 (96 Stat. 2201), and nce (individualmonitoring equ' ment)
( o c v materi nd ofth P
section 3(b)(2) of the Low-level mxne devices desigt ed to worn by a single individual fo the as esment of me of them essumments to 3 Radioactive Weste Policy Amendments a
. dose e ulva ent su as adges.
g,,,,,Mchastic effect means health Act of 1985 (99 Stat.1842)), any State or thermo uminescent dosimeters (TLDs), E g effects, the severity of which varies with an political subdivision of or any
~
the dose and for which a thresholdis po itical entity within a State, any 5
pocket lonization chambers, and
. personal ( lapel ') air sampling devices.
believed to exist. Radiation-induced foreign govemment or nation or any
.. Internaldose means that portion of cataract formation is an example of a political subdivision of any such nonstochastic effect (also called a govemment or nation, or other entity;
.sedioacti mater 1 ak ninto t e deterministic effect).
and bodI*
NilC means the Nuclear Regulatory (2) Anylegalsuccessor, Commission or its duly authorized representative, agent. or agency of the
-I representatives.
foregoing.
Plannedspecialexposure means an A yt Licenas means a license issued under infrequent exposure to radiation, R the regulations in parts 30 through 36,39, separate from and in addition to the
[ 4GL So,60,61,70, or 72 of this chapter.
annual dose limits.
3 Occu tionaldose means the dose rec'i by== individualin the course
.L of om oymentinwhich the
,7 ucensedmaterialmeans source indi ual's assigned duties involve Public dose means the dose received material, special nuclear material, or exposure to rad:stion or to radioactive by a member of the public from byproduct material received, ponessed.
material from licensed and unliconed exposure to radiation or radioactive used. transferred or disposed of under a sources of radiation, whether in the terialreleased b 11 I or specificlicense issued by the $ possession of the licensee or other ther source of radfation unbhe Ioans the holder of a Eb m
und
[o ude o tio a o r
s as radiation, from an medical E mceived from und radiation, umits (dose limits) means the administrati a th individualhas g from an medical nistration the
,E 3 ous.ssible upper bounds of radiationreceived, from e ute toindividuals individ al has received, from exposure permi d
administered ra onctive material and to individuals administered radioactive Lost or missing licensed material released in accordance with $ 35.75, material and released in accordance
- mems licensed material whose location d
2-
- is unknown. It includes material that has from voluntary participation in medical with $ 35.75, or from volun been shipped but has not reached its mesarch programs, or as a member of
. participation in medical destination and whose location cannot the public.
programs.
t,_
be readily traced in the transportation system.
~
July 31,1997 (reset) 20 4b (next page is 20-5)
20,1003 20.1003 PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION
~
~
Quality Factor (Q) means the Respiratorypmtective device means Source material means-modifying factor (listed in tables an apparatus, such as a respirator, used (1) Uranium or thorium or any 2004(b).1 and 1004(b).2 of 6 20.1004) that to reduce the individual's intake of combination of uranium and thorium in is used to derive dose equivalent from airborne radioactive materials, any physical or chemical form; or absorbed dose.
Restrictedama means an area, access (2) Ores that contain, by weight, one.
Quarter means a period of time equal to which is limited by the licensee for twentieth of 1 percent (0.05 percent), or to one-fourth of the year observed by the purpose of protecting individuals more, of uranium, thorium, or any the licensee (approximately 13 against undue risks from exposure to combination of uranium and thorium.
consective weeks), providing that the radiation and radioactive n.aterials.
Source material does not include special beginning of the first quarter in a year Restricted area does not include areas nuclear material.
coincides with the starting date of the used as residential quarters, but Specialauclearmaterialmeans-..
year and that no day is omitted or separate rooms in a residential building -
(1) plutonium, uranium-233, uranium -
duplicated in consecutive quarters.
S may be set apart as a restricted area, enriched in the isotope 233 or in the Rod (See $ 20.1004).
Q Sanitarysewerage means a system of isotope 235, and any other material that Radiation (lonizing radiation) means E public sewers for carrying off waste the Commission, pursuant to the.
water and refuse, but excluding sewage provisions of section 51 of the Act, alpha particles, beta particles, gamma-rays, x-rays, neutrons, high-speed E treatment facilities, septic tanks, and determines to be special nuclear electrons, high-speed protons, and other leach fields owned or operated by the material, but does not include source particles capable of producing lons.
- licensee, material: or Radiation, as used in this part, does not Shallow-dose equivalent (H.), which
. ' (2) Any material artificially enriched E include non-lonizing radiation, such as applies to the external exposure of the.
..by any of the foregoing but does not-3 radio-or microwaves, or visible, skin or an extremity,is taken as the
. include source material.
infrared, or ultraviolet light.
dose equivalent at a tissue depth of.
.. Stochastic effects means health' Radiation oma means an area.
0.007 centimeter (7 mg/cm ) averaged effects that occur randomly and for 8
, accessible to individuals,in which over an area of 1 square centimeter, which the probability of the effect radiation levels could result in an Sievert (See l 20.1004).
occurring, rather than its severity, is individual receiving a dose equivalent in
. Site boundary means that lina beyond,
assumed-to be a linear function of dose -
excess of 0.006 rem (0.05 mSv)in 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> which the land or property is not owned, without threshold. Hereditary effects at 30 centimeters from the radiation leased, or otherwise controlled by the and cancer incidence are examples of source or from any surface that the licensee.
stochastic effects.
radiation penetrates.
Survey means an evalulation of the Reference man means a hypothetical radiological conditions and potential E hasards incident to the production, use, g
nMQphdfu ved at transfer, release, disposal, or presence hnternational consensus.These i
of radioactive material or other sources cMance my be um by of radiation. When appropriate, such an researchers and public health workers
-evaluation includes a physical survey of to standardise results of experiments the location of radioactive material and and to relate biologicalinsult to a measurements or calculations of levels common be e of radiation, or concentrations or Rem (8u Cl.004).
. quantities of radioactive material present.
TotalEffective Dose Equivalent (TEDE) means the sum of the deep-dose
> Residualrodfooctivitymeans equivalent (for external exposures) and
.the committed effective dose equivalent radioactivity in structures, materials.
soils, groundwater, and other media at (for internal exposures).
a site resulting from activities under the
-Unmetrictedarea means an area, licensee's control.This includes
. access to which is neither limited nor radioactivity from alllicensed and controlled by the licensee.
unlicensed sources used by the licensee, Uinnium fuelcycle mpans the but excludes background radiation. It operations of milling of uranium ore, E also includes radioactive materials chemical conversion of uranium, g remaining at the site as a result of isotopic enrichment of uranium, routine or accidental releases of fabrication of uranium fuel, generation radioactive material at the site and of electricity by a light. water-cooled previous burials at the site, even if those nuclear power plant using uranium fuel.
burials were made in accordance with and reprocessing of spent uranium fuel to the extent that these activities the provisions of to CirR part 20.
directly support the production of electrical power for public use. Uranium fuel cycle does not include mining operations, operations at waste disposal sites, transportation of radioactive materialin support of these operations, and the reuse of recovered non uranium special nuclear and byproduct materials from the cycle.
20-5 July 31,1997
20.1007 20.1003 PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION Very high radiation oreo means an omitted or duplicated in consecutive TAats 1004(b).2.-MsAN QuAUTY FAc.
Tons. O. AND FLUENCE pen UNrr Does area, accessible to individuals, in which yeare.
radietion levels could result in an EcurvALaNT Fon MoNOENEnGETIC i s&W tenets of reesuen dese.
NavTnONS individual receiving an absorbed dose in excess of 500 reds (6 grays)in 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> at (a) Definitions. As used in this part.
1 meter from a radiation source or from the units of radiation does are:
rwenes,.
Namen
- does, any surface that the radiation Cmy(Gy)le the SIunit of absorbed penetretu.
does. One grey is equal to an absorbed E
toe innmore cm"
- 1
,u (Note: At very high doses received et high does of1 joule / kilogram (100 reds).
does retee, units of absorbed does (e.g rede lledis the special unit of absorbed
""'"8~,,,,,,,,
and greye) are appropriate, rather than units does. One red is equal to en absorbed
,,,o..
a soox1o*
of does equivalent (e.g., reme and elevertsll.
does of100 orge/ gram or 0.01 joule /
1 x to *
- stox to
- l 2
s f,
' Week means 7 consecutive days kilogram (0.01 grey).
g*
starting on Sunday, Jtem is the special unit of any of the t x to a a
soo x to
- t x to as totox to
- WpIghtistgfactor w. for en organ or quantities expressed as dose equivalent.
g",' -
j.s gxy e
tissue (T)is the proportion of the risk of
'the dom equivalent in reme is equal to stochaotic effects resulting from the absorbed does in rede multiplied by 1
1e 27x to *
' (.
Irradiation df that organ or tissue to the the quality factor (t rem =0.01 sievert).
24 e
sex to
- a e
total risk of stochastic effects when the Sievert is the SI unit of any of the whole body is irradiated uniformly. For quantities expressed as does equivalent.
,o 34 x,,.
calculating the effective does equivalent.
W dose equivalent in sieverts is equal 14 7.s trx to
- so e
sex to a the values of w,ere:
to the absorbed dose in greys multiplied g
by the quality factor (1 Sv =100 rems).
[,
Z$l
.1 OnGAN 0004 WEIGHTmG FActons (b) As used in this part, the quality i x to
- 4 sexto a axto a 3.s sex to a factore for converting absorbed dose to dose equivalent are shown in table U
l$$.
orgen a esen 4
1004(b).1.
- vehe er essene sesser que et me&uhme ew t-eeness o.as d'"'
d" e=ent o.1s
.TAeLE 1004(t%.-QuAury FAcrons N;
ANO AeSonetD Does EousvALaNCIgg nousens nemuer n.,;
E iw meennes e.ca,
<l o.co ;
- ouen, Anm.nas 1
".., g as W
dess
$ 30.10W tinits of redemetytty.
8oJo g y p,,,,,,,,,
e seen For the purposes of this part, activity i'* g go,
- * * ' " '
- I is expmssed in the special unit of curies
~
e e.so menme tem o.es ser esen er s semenies,-
(Cl) or in the SI unit of becquerels (Bq).
eigens assi ens the sene as en syst m samme deses.
A comme,erh**
- or their multiples, or disint tions as[gYY"afe"nea*m*e's""' N Ai,"ne'",e,em,e, (transformations) per unit o lam
- "es
,en, s
Inster. o =18. nee been ek an,es,e, emes,ese.n (a)Onebecquerel = 1 disintegration.
es 74,:N r
no M per second (e 4. = u x = #
mus'm"e,e a mes. a.s.e.d. n."*"n"a"me*E
, W,,, 1, h*"'Y",,;7;,
g, m One,i i.s seen m s
,,,,,,,,, e disintegrations per second = 2J X 10 #
energy 1o ct, Whole body means. for of.
n,n
,gy,,eeens to e.,
bealuerels = 2.22X10 ** disintegrations per minute.
external exposure, head.
- Aameseed eene m ses eewer to 1 en er the (including male gonads), arms above the
- '"******8"'"'""'"
I 8"** '"P"""*"*'
?
elbow, or lege above the knee.
" #i tion short don
[venc re'te o
onim218.
determine the neutron does equivalent regula lens in his pa by officer or
[polon un en rete in reme per hour or eleverts per employee of the Commiselon other than att and for redon430: polonium-216.
hour, as provided in paragraph (b) of a written interpretation by the General lead-212. bismuth 212 and polonlue this section.1 rem (0.01 Sv) of neutron Counsel will be E - ' -I to be binding l
212)in 111ter of air that will result in the radiation of unknown energin may, for upon the Commiseloi ultimate emission ofIJ X10 'MeV of perposes of the regulations in this part.
potential alpha particle energy.
be assumed to result from a total fluence I 8%#.7 Communteeuena.
Workists Jere/ month (WlJef) means of 25 million neutrons per square Unless otherwise specified, an exposure to 1 working level for 170 centimeter incident upon the body, if communications or reports concerning the regulations in this part should be hours (2,000 working hours per year /12 sufficient informetion exists to utimeto a&essed to the Executive Director for months per year = spproxianately 170 the approximate energy distribution of U mations. U.S. Nuclear Regulatory P
hours por montl4 the neutrons, the licensee may use the Conumiselon. Washington, DC 30665. A Year means the period of time fluence rete per unit does equivalent or ConununlC8 Hon. MPort, or applicaHon i
l beginning in January used to determine the appropriate Q value from table be delivered in person to the Office l
compliance with the provleions of this 1004(b).2 to convert a measured tiesue
"*{e xecuuve netw fw Opendone.
o part/the licensee may change the dou in rods to dou equivalent in tems.
11668 Rockville Pike. Rockville. MD starting date of the year used to 20es2.
determine compliance by the licensee vided that the change le made at the of the year and that no day is b
l l
l
-w 1
v
20.1008(b) 20.1101(d)
PART 20 e STANDARDS FOR PROTECTION AGAINST RAD (ATION aso.toos impaementseen.
sso.toos infametloneellee#en Subpart B-Radiation Protection (a)l Reserved).
requimments: OMS approval Programe (b)The applicable section of
> (a)The Nuclear Regulatory
$$ 20.1001-20.2402 must be used in lieu Commlaaion has submitted the
~'
Iatm mprowesonpro9tama, of requirementsin the standards for information collection requirements protection against radiation in effect contained in this part to the Office of (a) Each licensee shall develop.
prior to January 1,1994
- that are cited Management and Budget (OMB) for document, and implement a radiation in license conditions or technical appmval as required by the Paperwork Protection program commensurate with specifications, except as specified in Reduction Act (44 U.S.C. 3501 et seq.).
the scope and extent oflicensed activities and sufficient to ensure..
paragraphs (c),(d), and (e) of this The NRC may not conduct or sponsor, section. If the requirements of this part and a person is not required to respond compliance with the provisions of this are more restrictive than the existin8 to, a collection of information unless it Part. (See i 20.2102 for recordkeeping.-
license condition, then the licensee displays a currently valid OMB control requirements relating to these shall comply with this p(art unless number. OMB has approved the Programs.)
(b)The licensee shall use, to the exempted by paragraph d) of this information collection utrements section~
contained in this part u er control E 8xtent practicable, procedures and
. E ' 8"6 neering controls based upon sound 1
(c) Any existing license condition or 7, number 3150-0014'
. technical specification that is more
@ (b) The approved information l reatation protection principles to m oca[atione doses and dose
{ restrictive than a requirementin E collection requirements contained in ac f e c at are as low as
- $$ 20.1001-20.2402 remains in force this part appear in $$ 20.2003,20.1101, is reasonably a[evable (ALARA).
mm E until there is a technical specification 2 20 1202,20.1203,20.1204,20.1206 E change, license amendment, or license 20$1208, 20.1301, 20.1302, 20.1403' ua$y le ye th ediati renewal.
20 1404,20 1406,20.1501,20.1601 P '
(d)If a license condition or technical 20.1703,20.1901,20.1902,20.1904 im'l*""tati*
specification exempted a licensee from 20.1905,20.1906,20.2002,20.2004, a requirement in the standards for 20.2006,20.2102,20.2103,20.2104 pmtection against radiation in effect 20,2105,20.2106,20.2107,20.2108, prior to January 1,1994,8 it continues to 20.2110,20.2201,20.2202,20.2203, (d)To implement the ALARA exempt a licensee from the 20.2204, 22.2205, 20.2206, 20.2301, and requizements of 6 20.1101(b), and corresponding provision of $$ 20.1001-notwphnAing the requirements in ap(pendices F and G to 10 CFR Part 20.
5 20.1301 of this part, a constraint on air 20.2402.
c) This part contains information (e)If a license mndition cites collection requirements in addition to emissions of radioactive material to the provisions in requirementsin the those approved under the control environment, excluding Radon-222 and standards for protection against number specified in paragraph (a) of f its daughters, shall be established by radiation in effect prior to January 1, this section.These information
- licensees other than those subject to E
.1994
- and there are no corresponding collection requirements and the control E m$ 50.34a, such that the indiv provisions in 55 20.1001-20.2402, then numbers under which they are ember of the public likely to receive.
the license condition remains in force approved are as follows:
U the highest dose will not be expected to until there is a technical specification realve a total effective dose equivalent in excess of to mrom (0.1 mSv) per year change, license amendment, or license E
f appr)o. In li 20.2104, NRC Form 4 is tt from these emissions. If a licensee renewal that modifies or removes this ved under control number 3150-subject to this requirement exceeds this condition.
0005.
_ dose constraint, the liansee shall report (2). In $$ 20.2106 and 20.2206, NRC the exceedance as provided in $ 20.2203 g, Form 5 is approved under control g
and promptly take appropriate number 31504006.
. corrective action to ensure against recurrence.
> (3)(Reserved 62 FR 52184.)
% (4)In S 20.2006 and appendix G to 10 g CFR part 20, NRC Forms 541 and 541 A
- are approved under control number E 3150-0166.
@ (5)In $ 20.2006 and appendix G to 10 g CFR part 20, NRC Forms 542 and 542A i see H 20.1-20.so: codined as ellenuary i.
- M 8PProved under control number tees.
3150-0165.
20 7 October 31,1997
20.1202(b) 20.1201(c)
PART 20 e STANDARDS FOR PROTECTION AGAINST RAD (ATION
~
i 20.1206(e)(1)) and durin;; the (f) he licensee shall reduce the dose
,Subpart C-Occupational Doce Limits individual's lifetime (see i 20.1206(e)(2)).
that an individual may be allowed to 3 as.tset oseupesonaldow emite hr (c)ne ass deep.c cee equivalent receive in the current year by the
- aduna, and shallow equivalent must be for amount of occupational dose received (a)The licensee shall control the the part of the body recel the while employoa by any other person occupational dose to individual adults, highat exposure.The d ose (see i 20.2104(e)).
except for planned special exposures equivalent eye dose equivalent and i20.1202 Compsones with.,-
under i 20.1206, to the following dose shaHow-dose equivalent may be hr summason of enternal and M E assessed from surveys or other radiation limits.
(1) An annuallimit, which is the more measurements for the purpose of (a)If the licensee is required to 3 emonstrating compliance with the monitor under both Il 20.1502(a) and limiting of-d (1) The total effective dose equivalent occupationaldoselimits,if the being equal to 5 rema (0.06 Sv): or individual monitoring device was not in (b), the license shall demonstrate compliance with the dose limits by (lij The sum of the deep-dose the regi f8 t potential exposure summing external and internal doses. If 3 equivalent and the committed do" or the r ufts dividual monitoring the licensee is required to monitor only g equivalent to any individual organ or
- '* ""***11abl**
@ under i 20.1502(a) or only under tissue other than the lens of the eye l 20.1502(b), then summation is not E eing equal to so rems (0.5 svj.
b E (2)he annuallimits to the lens of the N required to demonstrate compliance eye, to the skin. and to the extremities.
E with the dose limits.De licensee may which are:
(d) Derived air concentration (DAC) g demonstrate compliance with the (1) An eye dose equivalent of15 rems and annuallimit on intake (ALI) values requirements for summation of external (0.15 Sv) and are presented in table 1 cf appendix B to and laternal doses by meeting one of the (li) A shallow dose equivalent of 50 part 20 and may be used to conditions speciRed in paragraph (b) of rems (0.50 i;v) to the skin or to any determine theindividualb dose (see this section and the conditions in extremity.
I 20.2106) and to demonstrate paragraphs (c) and (d) of this section.
(b) Doses received in excess of the compliance with the occupational dose ggg
% % g, og ennuallimits. including doses received E limits.
the eye, the skin, a the extresnitiu are not during accidents, emergencies, and 3 (e)In addition to the annual dose taaleded la the amannation, but are subject to planned special exposures, must be limits, the licensee shalllimit the soluble separate itadts.)
subtracted from the limits for planned uraniumintake by anindividual to to (b) Intake byinhalation. If the only special exposures that the individual milligrams in a week in consideration of intake of radionuclide is by inhalation, may receive during the current year (see chemicaltoxicity (see footnote 3 of the total effective dose equivalent limit 8PPendix B to part 20) is not exceded if tige sum of the deep-dose equivalent divided by the total
~
effective dose equivalent limit, and one of the following, does not exceed unity:
(1)The sum of the fractions of the inhalation All for each radionuclide, or (2) ne total number of derived air concentration-hours (DAC hours) for all radionuclides divided by 2,000, or a
l December 31,1996 (reset) 20 6 I
e
- - _ -. _ = _ _
PAMT 20 o STAleARDS FOR PROTECTION AGAN48T RADIATION j
(3)The sum of the calculated 6 so.ises Detenminemen et estemel dose 6so.ised Deesmiinemenetineemas committed effective does equivalents to from serbeme ressessere metensL empeounk all significantly irradiated' oegans or IJoeneses shall, when deteredning the
( For purposes of n- - * - dose in tissues (T) calculated from bionssaY does frees airborne radioactive material.
to determine comphanos'with E data using appropriate biological modele include the contrhtien to the deep-occupational does equivalent limite, the y; and expressed as a fraction of the dose equivalent, eye dose equivalent, licensee shall, when required under annuallindt.
and shallow does equivalent from E a so.tson, take suitable and timely external exposure to the radioactive 3 measuremente of-.-
cloud (see appendix B to part 2R (1) Concentrations of radioactive
~
footnotes 1 sad 2k materials in air in work areas: or (c)InfoAe by orollagsst/on. If the E h h reabosoevity - - --.
--te (2) Quantities of radionuclides in the occupationally exposed Individual eleo 8 and DAC values should met be used as the body; or receives an intake of redsonuclides by means to assoas the oral ingestion greater than 10 percent of equive t when the airborne ve tthe applicable oral ALI, the licensee oesterial nacindes red 6oeuchdes other thaa
. l i
eball account for thle intake and include noble geese orif the cloud of airbome it in demonstrating compliance with the radioactive material ed not reistively unifona.
hmite' ne detenniastion of the deep.does equivalent to na Individual should be beoed.
E (d)latoA*84 woaade or eure.eais.sias inoire-eate er 3 obsorption th skin.'the licensee individual moeitertas devices.
ehall evaluate and, to the extent practical, account for intakes through wounds or skin absorption.
Note: & latake through intact skia has been lacluded in the calculation of DAC for hydrogen 3 and does not need to be further evaluated.
4 h
6 l As orges et 46esue le deemed to be signlAcastly treedleted t( lot that ergse or tlasue the product of the weighttag factos wy. end the ensem6tted done equivalent hya per unit teleke is greater than le
,mes of the monimum weighted vetoe of Hya ti s.. wy H g,s.) per unit iniske for say eegan er elesee.
i 20 9 september to,1995
.-.e.._-
PART 20 o STANDARDS FOR PROTSCTION AGAINST RADIATION (3) Quantitles of radionuclides (d)If the licensee chooses to asues compliance with the dose limits in excreted from the body; or intakes of Class Y material using the i 20.1301 and in complying with the (4) Combinations of these measurements given in I so.1304(a)(2) or monitoring requirements in 6 30.1502(b).
measurements.
(3), the licensee may delay the recording and (b) Unless respiratory protective and reporting of the assessments for (2)%e concentration of any equipmentis used, as providedin periode up to 7 months, unless otherwise radionuclide disregarded is less than 10 l 20.1703, or the assessment of intake is
, required by ll 20.2302 or 30.2203. In percent ofits DAC, and based on blosesays, the licensee shall 4 order to permit the licensee to make (3)%e sum of these percentages for assume that an individualinhales g additional measurements basic to the all of the radionuclides disregarded in radioactive material at the airborne g euessments.
the mixture does not exceed 30 percent.
concentration in which the individual is (e)If the identity and concentration of h)(1)In order to calculate the E co(mmitted effective dne equivalent the present.
each radionuclide in a mixture an (c) When specific information on the known.the fraction of the DAC 3 licensee may assume that the inhalation phyelcal and biochemical pro rties of applicable to the mixture for use in of one AU. or an exposure of 2.000 g the radionucildse taken into t e body or calculating DAC hours must be olther-DAC-hours, results in a committed the behavior or the materialin an effective does ulvalent of 5 rems (0.06 g individualis known, the licensee may~
Sv) for radion du that have their
~
(1) Use that information to calculate Aus or DACs based on the committed
'fn'dYu (1)%e sum of the ratios of the effective dom equivalent, e lce ea ent concentreuon to me appropriate DAC that information in the Individual's value (e.g D. W.Y) from appendix B to ed.
d rt 20 for each radionuclide
)Uhpriorapprovalof the g nthe mixture;or (2) When the AU and the associated Commission, adjust the DAC or AU g
DAC)is determined the values to reflect the actual hysical and chemical characteristics of irbome
[
wnstwhuuorgan dose limit of 80 rems (0.8 Sv). the intake of radionuclides radioactive material (e.g., serosol size that would rwultin a committed distribution or density); and effective dose equivalent of 5 rema (0.06 (2)ne ratio of the total concentration Sv)(the stochastic AU)is listed in for all radionuclides in the mixture to parentheses in table 1 of appendix B to the most restrictive DAC value for any rt 2(L in this case,the E consee may,as e simpli radionuclide in the mixture.
I ng assumption, use the et estic Aus to (3) Separately assess the contribution (f)If the idenuty of each radionuclide q of fractionalintakes of Class D. W. or Y in a mixture is known but the 8 determine committed effective dose compounds of a given radionuclide (see concentration of one or more of the utvalent. However,if the licensa uses g' appendix B to rt 2 to the radionuclidu in the mixture is not e stochastic Aus, the licensa must E committ.d elf tive equivalent.
known. the DAC for the mixture must be also demonstrate that the limit in U
the moet restrictive DAC of any 5 20.1201(a)(1)(li)is met.
E radionuclide in the mixture.
3 (g) When a mixture of radionuclides in alt exlets. licensees may disregard certain radionuclides in the mixture if-(1) De licensee uses the total activity.
of the mixture in demonstrating e
September 29,1995 20 H)
- ~ -.. - __
l 20.120(
20.1208(d)
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION l
$30.130s ineserval)
(d) Prior to permitting an individual to l
participate in a planned special l
938.1300 planned apostel esposures, esposure, the licensee ascertains prior A licensee may authorize an adult dous as required by 6 20.2104(b) during worker to receive doses in addition to the lifetime of the individual for each and accounted for separately from the individualinvolved.
dosee received under the limits specified (e) Subject to i 20.1201(b). the licensee l
An i 20.1201 provided that each of the does not authorise a planned special following conditione is satisfied-exposure that would caun an individual (a)He licensee authorizes a planned to receive a dose from all planned special exposure only in an exceptional special exposures and all doses in situation when alternatives that might excess of the limits to exceed-l avoid the higher exposure are (1)he numerical values of any of the
[
g unavailable or impractical.
dose limits in i 20.1201(a)in any year;
' g (b)nelicenne(and employerif the and em loyer is not the licenses) specifically (2) Five times the annual dow limits in E aut rises the planned special exposure, t 20.1201(a) during the Individual's E in writing, before the exposure occurs.
- lifetime, j
(c) Before a planned special exposure.
(f)he licenne maintelna records of I
the licensee ensures that the individuals the conduct of a planned special involved are-exposure in accordance with i 20.2105 (1) Informed of the purpe e of the eand submits a written report in l
planned operation; accordance with 6 20.2204.
i (2) Informed of the estimated doses (g) The licensee records the best iand associated potential risks and estimate of the dose resulting from the specific radiation levels or other planned special exposure in the conditions that might be involved in individual's record and informs the performing the task: and individual,in writing, of the dose within (3) Instructed in the measures to be 30 days from the date of the planned taken to keep the dose ALARA special exposure.The dose from i
considering other risks that may be g planned special exposures is not to be present.
R considered in controlling future
" occupationaldose of theindividual l,
E under i 20.1201(a) but is to be included I in evaluations required by 5 20.1206 (d) and (e).
I 20.1307 oceupetsenaldose limits for minors.
The annual occupational dose limits for minois are 10 percent of the annual dose limits specified for adult workers in i 20.1201.
$ 20.1300 Does to en embryo /fotus.
(a)he licensee shall ensure that the dose to en embryo / fetus during the due to occupational entire pregnancy,lared pregnant woman, l_
exposure of a dec does not exceed 0.5 rem (5 mSv). (For recordkeeping requirements, see i 20.2106.)
(b) The licensee shall make efforts to avol. substantial variation ab6ve a d
uniform monthly exposure rate to a declared pregnant woman so as to satisfy the limit in paragraph (a) of this section.
(c)%e dose to en embryo / fetus shall be taken as the sum of-i (1)The deep. dose equivalent to the
[
declared pregnant woman; and (2)The dose to the embryo / fetus from j
radionuclides in the embryo / fetus and radionuclides in the declared pregnant woman.
(d)If the dose to the embryo / fetus is found to have exceeded 0.5 rem (5 mSv).
j:
20 11 September 29,1995
_v-
~
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION or is within 0.05 rem (0.5 m8v) of this (d) In addition to the requirements of (c) Upon approval from the dose, by the time the woman declares this part, a licensee subject to the Commission, the licensee may adjust the thep to the licensee, the provisions of EPA's generally pplicable effluent concentration values in I
licensee shal be deemed to be in environmental radiation stan ards in 40 d
CFR Part 190 shall comply with those
',Tr me frs$f$ hep c, to take into Jg compliance with paragra h(a)of this standards.
account the actusI sica! and sectionif the sdditional se to the
. l tabryo/ fetus does not exceed 0.05 rem.
(e) The Commission may impose E
-. 6 re the nts
'",Ica c
..(0.5 m8v) during the remainder of the additional rutrictions on radiation g
gn,
}gt levels in unrestricted areas and on the radioactive decay equilibrium, total quantity of radionuclides that a density'al form).
. pregnancy.
chemic "mSubpart D-Radiation Does i.imita for licensee may release in effluents in
{ individualMembers of the PutWie order to restrict the collective dose.
I 20.1303 Comptance with does limits for 9 20.1301 Doselimits forindividual
' F members of the public.
} The licensee shall make or cause to made, as appropriate, surveys of b@ep((e:r)ations so that~?.
Eachlicenses shallconduct E radiationlevels in unrestricted and I*.
1)The total effectiN dose equivalent E controlled areas and radioactive a
materials in effluents released to toindividualmembers of the public unrestricted and controlled areas to J
tion does not O. from the licensed o cxceed 0.1 rem (1 illisievert)in a ear, demonstrate compliance with the dose limits f r individual members of the
' exclusive of the does contributions m
Pu lc t 20 M e,,j s all show compliance
. background radiation, from any medical
)
...-T administration the individual nas with the annual dose limit in 120.1301 l c; remtved, from e ure toindividuals b
4: administered onctive material and Q Demonstrating by measurement or released in accordance with $ 35.75, ca culation that the total effective dose f.sikom voluntary partici ation in medical I w.
equivalent to the individuallikely to w research s, an from the receive the highest dose from the o licensee' sposal of radioactive licensed operation does not exceed the materialinto saultary sewerage in annual dose limit; or -
accordance with $ 20.2003, and (2) Demonstreting thet-c.,
. (2) The dose in any unrestricted area
.a from external sources, exclusive of the slose contributions ikom patients
.f a,lministered radioactivs material and
'. rsleased in accordance with $ 35.75, (1)'Ilie annual average concentrations l u g:does not exceed 0.002 rem (0.02
% of radioactive materialrelusedin millislevert)in any one hour.
I seous and liquid effluents at the E
undary of the unrestricted area do not Il exceed the valuw speciRed in table 2 of s - b)If the licensee pennits members of appendix B to part 20; and
' 2;.s.(
j \\; the public to have access to controlled if areas, the limits for members of the j n, public continue to apply to those a individuals, a
!rm (c) Alicensee orlicense applicant
~
l amay c pply for prior NRC authorization (ii)If an individual were continuously
.A.lo operate up to an annual does limit for Present in en unrestricted area, the dose
. ca individual member of the public of from external sources would not exceed ly
, -g a licant shallinclude the following f rem (0.5 mSv)in a year.
7.:
tion in this application:-
U etl (1) Demonstration of the need for and Jthe cxpected duration of operations in cxcess of the limit in paragraph (a) of this section; j
(2)The licensee's program to assess cad control dose within the 0.5 rem (5 l
m8v) annuallimit; and l
(3)The procedures to be followed to Inintain the dose as low as is reesonably achievable.
l l
l l
l Jettuary 31,1997 20-12
- 7. - -
4 PART 20 e STANDARDS FOR PROTECTION AGAINST RAD (ATION Subpart E--Prh;ioel Critoria for criteria in this subpart, the Commission (1) Funds placed into an account Ucense Terminetton will require' additional cleanup only if, segregated from the licensee's assets and based on new infornation, it determines outside the licensee's administrative i
that the criteria of thf e subpart were not control as described in 530.35(f)(1) of met and residual radioactivity this chapter,
$ 30.1401 Gewel" -
~ ud ***M remaining at the site could result in (2) Surety method, insurance, or ohr p
cr sb pl -
si ficant threat to public health and arantee as in Y
licensed under 30,40,50,60,81, (d WhencalculatingTEDEtothe (3) A statement ofintent in b case 70, and 72 of chapter, as well as average member of the critical up the of Federal State,orlocalGovernment other facilities subject to the licenses shall determine the licensees, as described in 9 80.35(f)(4) of Comminaton s jurisdiction under the annualTEDE does ed within the this chapter, or A
En rgy A men ed, first 1000 years after, ecommissioning.
' (4) When a governmental entity is assunning cusMdy and wnmhlp of a a
1974, as ama ded. For
-level and 5 30.1402-Radiological criteria for site, an arrangement that is deemed 1'
low-levelwaste dis ties (10 unrestrioted use. -
acce ble by such governmental entity.
A site will be considered acco table (d The licensee has submitted a CFR parts 60'and 6 ), the criteria $ ply only to ancillary surface facilities t st-for unrestricted use if the residual
. decommissioni en or License -
support radioactive waste disposal radioactivity that is distinguishable
- erm na onPl
) to the
. activities.The criteria do not a 1 to from background radiation results in a-Commlaston indicating the licensee's uranida and thorium recovery lities
'IEDE to en average member of the -
'J n t to l
d '
.already subject to appendix A to 10 CFR +
critical group that does not exceed 25 -
~
$$. 6(h) 40.42(d),' 50.82 (a) and 4
part 40 or to uranium solution mrom (0.25 mSv) per year, including
]
extraction facilities, that from groundwater sources of (b),70.38(d), or 72.54 of this chapter,d
- Dd 8Peci ng that the licensee inten j (b) The criteria in this subpart do not drinking water, and the residual Jo inn uka by restricung use of i
a to sites which:
radioactivity has been reduced to levels the site. The licensee shall document in '
Have been decommissioned prior that areins low as reasonab achievable the M w deconntnission plan how E.to the effective date of the rule in(ALARA). Determination o e levels:
the advice of individuals an accordance with criteria identified in
. which are ALARA must take into institutions in the community who may i
b Site Decommissioning ment.
account consideration of be affected by the decomminataning has Plan (SDMP) Action Plan of Ap 16 detriments,such as deaths m 1992 (57 PR 13389);
E transportation accidents, expected to E
2
- n incwPwaW as (2) Have previously submitted and g potentially result from decontamination U.agroPriate, following analysis of-8 ca.
received Comm(melon a proval on a and waste disposal, (1) Licensus reposing to license termination (LTP)or decommiato p
that is 4 30.1403 cetterte for noenee terminetton
.daca==t== ion restricting use of the undenestricted eendulena.
she ahan seek vice from such affecW l compatible with e SDMP Action Plan criteria; or A site willbe considered acceptable Parties regarding the.following matters for licean termination under restricted co=e==8== the proposed (3) Submit a sufRcient L*!? or conditions if:
decommlantoning--
decommtanto tanbefore August (a)'Ihe Heanama can demanatrate that +
~ (1) Whether. provisions for,-. ;..
a 20,1998 and a or j
dernmmlasto is s'pproved by further reductionsin residual Institutional controls proposed by the 1
b Commisalon fore' August 20,1999 radioactivity necessary to comp y with licensee; and in accordance with the criteria the provisions of $ 20.1402 d ruult
-(A) Will vide reasonable assuranc, in not public or environmental harm or
.that.h E fron; residual. s.
i
..identitled in the SDMP Action Plan $ie were not being made because the.,, -
undioactivi distinguishablg from.
.exce that if an EIS is required in t raldual levels aaaaciated with retricted s.r:.back roun to the average member of 4
6 su ttal,there will be a provision for conditionsare ALARA: Determination : rthecritical grou will not exceed 25 da -for-day extension.
of the levels which are'ALARA must
- mrom (0.25 mS TEDE per year; -
) After a site has been take into account consideration of any
_ (B) Will be enforceable; and i
decommissioned and b license detriments, such as trafBc accidents, -
((C) Will not impose undae burdens o terminated in accordance with the
. he local community.or obr affected
.t expected to tentially result from decontam tion and waste disposal:
Parties.
(b) The licensee has made provisions (11) Whether the licensee has provide-for ly enforceable institutional sufficient financial assurance to enable contro that provide reasonable an independent third party, including e
- governmentalcustodian of a site,to-
- assurance that the TEDE from residual radioactivity distinguishable from assume and carry out responsibilities k background to the average member of any necessary control and maintenance the critical group will not exceed 25 of the site:
mrom (0.25 mSv) per yur; (2)In seeking advice on the issum (c) The licensee has provided identified in 5 20.1403(d)(1), the d
sufficient financial assurance to enable licensee shall provide for:
an independent third party, including a (1) Participation by representstives of governmental custodian of a site, to a broad cross section of comm f
j assyme and carry out raponsibilitia for interests who may be affected by a
any necessary control and maintenance decommissioning; f
j of the site. Acceptable financial (11) An opportunity for a assurance mechanisms are-comprehensive, collective discunion e i
20-12a July 31,1997 1
20.1406 20,1403(d)
PART 20 e STANDARDS FOR PROTECTION AGAINST RADIATION b tesues by the participants potentially result from decontamination forum, that is readily accessible to ated; and and waste disposal.
Individuals in the vicinity of the site, A publicly available summary of (4) Has submitted a decomminaloning and solicit comments from affected j
the results of all such discussions, plan or License Termination Plan (LTP) parties.
including a decription of the to the Commission indicating the Hoek m W m individual viewpoints of the licensee's intent to decommission in st Applicants for licenses, other than g renewals,after August 20,1997,shall participants on the luum and the extent accordance with $$ 30.36(d),40.42(d).
ef agreement and disagreement among 50.s2 (a) and (b) 70.38(d), or 72.54 of b
ts on the lasues; and this chapter, and specifying that the E describe in the application how facility
(: Rest ual radioactivity at the site licensee proposes to decommission by 8 design and procedures for operation has been reduced so that if b use of alternate criteria.The licensee will minimise, to the extent practicable, institutional controls were no longer in shall document in b decommlantoning contamination of the facility and the r2 if effect, there is reasonable assurance that plan or LTP how b advice of.
environment, facilitate eventual i+
the TEDE from residual radioactivity Individuals and institutions in the decommissioning, and minimize, to the distinguishable from background to the community who may be affected by the extent practicable, the generation of cverage member of the critical group is decommlutoning has been sought and radioactive waste.
as low as ramaanably achievable and addressed, as appropriate, following would not exesied either--
analysis of that advice, In seeking such
- *t s (1)100 mromti mSv) per year; or advice, the licensee shall provide for
(2) 500 mie:i(5 mSv) per year (1) Participation by representatives of e.-
provided the licensee-a broad cross section of community
. (1) Demonstrates;that further Interests who may be affected by the se reductions in residual radioactivity decommissioning:
o smW to comply with the 100 (ii) An opportunity for a mrom/y (1 mSv/y) value of paragraph comprehensive, collective discussion on
(:)(1) of this section are not technically b issues by b participants sw
- achievable, would be prohibitively reoresented; and
- w expensive, or would result in not public 1111) A publicly available summary of
$. the results of all such discussions.
or environmental harm:
including a description of the 3
(H) Makes provisions for durable g lastitutionalcontrols:
R individualviewpoints of the (iii)Provides sudicient financial E participants on th imuss and the extent g assurance to enable a responsible government entity or independent third g of agreement and disagreement among E
the participants on the issues.
party, including a governmental (b) The use of altunate criteria to custodian of a site, both to carry out terminate a license requires the odic rechecks of the site no less approval of the Commiamion after' tly than 5 years to assure consideration of the NRC staft's that the instituti controls remain in recommendations that will address any place as necessary to meet the criteria of comments provided by the 420.1403(b) and to assume and carry Environmental Protection Agency and out responsibilities for any necessary any public comments submitted control and maintenance of those pursuant to $ 20.1405.
controls. Acceptable financial assurance mechant=== are those in paragraph (c)
$ 1406 Puhucno#AcedonandpubHo of this section.
Upon the receipt of an LTP or 9 30.1404 Ahernate ernerte tw licones decommiatoning plan from the tenninadon.
licensee, or a proposal by the licensee (a) The t'a==taalon may terminate a for release of a site pursuant to license using alternate ctitaria greater 5520.1403 or 20.1404, or whenever the than the does criterion of $$ 20.1402, Commission deems such notice to bein 20,1403(b) and 20.1403(d)(1)(1)(A),if the public interat, the Commission b licensee-shall (1) Provides assurance that public (a) Notify and solicit comments from:
health and would continue to be (1) local and State govanments in b psotected, and tit is unlikaly that the vicinity of the site and any Indian dose froen all man.made sources Nation or other indigenous people that combined, other than medical, would be have treaty or statutory rights that could more than the 1 mSv/y (100 mromly) be affected by the decommtaaloning:
limit of subpart D,by submitting an and analyets of possible sources of exposure:
(2) the Environmental Protection (2) Has employed to the extent Agency for cases where the licensee Practical restrictions on site use proposes to release a site pursuant to according to the provisions of 5 20.1403 9 20.1404.
in minimiming exposures at the site: and (b) Publish a notice in the Federal (3) Reduces doses to ALARA levels.
Register and in a forum,such as local taking into consideration any detriments newspapas, letters to State or local auch as traffic accidents expected to organizations, or other appropriate Jtaly 31,1997 2012b (next page is 20-13)
20.1501(c) 20.1601(c)
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION conditions specified in a license must be (1) Adults likely to receive,in 1 year, processed and evaluated by a dosimetry E anintakeinexcessof10percentof the Subpart F-Surveys and Monitoring proce sor-il and 2.of appen(dix B to part 20: anda (1) Holding current personnal 5 20.1501 M dosimetry accreditation from the E
(a) Each licensee shall make or cause National Voluntary Laboratory g
to be made, surveys that-Accreditation Program (NVLAP) of the l
(1) May be necessary for the licensee Nationalinstitute of Standards and l-to comply with the regulations in this Technology; and part; and (2) Approved in this accreditation (2) Are reasonable under the process for the type of radiation or (2) Minors and declared pregnant circumstances to evaluate-radiations included in the NVLAP w men likely to receive, in 1 year, a (1)'Ite extent of radiation levels; and program that most closely' approximates c mmitted effective dose equivalent in (ii) Concentrations or quantities of the ty e of radiation or radiations for excen of nos tem (a5 mSv).
radioactive material and which the individual wearing the (111 tential radiological hazards
-dosimeter is monitored.
Subpart G-Control of Exposure From (b)The licensee shall ensure that i 20.1502 Contations % Individual g ExternalSourcesinRestricted Areas instruments and equipment used for monitoring of externaland intomal
.. D 20.1001 Controlof accessW quantitative radiation measurements
% occupationaldose.
E radiation areas.
(e.g., dose rate and effluent monitoring) N Each licensee shall monitor exposures E : (a)The licensee shall ensure that each are calibrated periodically for the
-E to radiation and radioactive material at. ~ entrance or access point to a high radiation measured.
g levelc sufficient to demonstrate radiation area has one or more of tha (c) All personnel doelmeters (except compliance with the occupational dose following features-for direct and indirect reading pocket limits of this part. As a minimum---
(1) A control device that, upon entry ionization chambers and those (a) Each licensee shall monitor into the area, causes the level of dostmeters used to measure the dose to
. occupational exposure to radiation and radiation to be reduced below that level -
the extremities) that require processing shall supply and require the use of at which an Individual might receive a to determine the radiation dose and that individual monitoring devices by-are used by licensees to comply with (1) Adults likely to receive, in 1 year i 20.1201, with other applicable from sources external to the body, a provisions of this chapter, or with dose in excess of to percent of the limits in i 20.1201(a).
(2) Minors and declared pregnant women likely to receive, in 1 year from sources external to the body, a dose in excess of10 percent of any of the j
applicable limits in i 20.1207 or
)
i 20.1206. and (3) Individuals entering a high or very high radiation area.
(b) Each licensee shall monitor (see l 20.1204) the occupational intake of radioactive material by and assess the committed effective dose equivalent to-6 4
20 13 July 31,1997 (reset)
-. ~
20.1602 20.1601(a) l PART 20 o STANDARD 8 FOR PROTECTION AGAINST RADIATION deep. dose equivalent of 0.1 rem (1 mSv) in 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> at 30 centimeters from the radiatico source or from any surface that the "Luon penetretes:
M t control device that energises e i.onspicuous visible or audible alarm e;;aal so that the individual entering the high radiation area and the supervisor of the activity are made aware of the entry; or (3) Entryways that are locked. except during periods when access to the areas is required. with positive control over each indinJuel entry.
(b)In place of the controle required by paragrapMa) of this section for a high rediation area. the licensee may substitute continuous direct or electronic surveillance that is capable of preventing unauthorised entry.
(c) A licensee may apply to the Conunission for approval of alternative methods for controlling access to high radiation areas.
(d)he licenne shall establish the controls required by paragraphs (a) and (c) of this section in a way that does not prevent individuals from leaving a high radiation area.
(e) Controlis not required for each entrance or access point to a room or f other area that is a high radiation area 2 solely because of the presence of radioactive materials prepared for transport and packaged and labeled in -
accordance with the regulations of the Department of Transportation provided that--
(1)The packages do not remain in the area longer than 3 days; and (2)De dose rate at 1 meter from the extemal surface of any package does not exceed 041 rem (0.1 mSv) per hour.
(f) Control of entrance or access to rooms or other areas in hospitals is not required solely because of the presence of patients containing radioactive material, provided that there are personnel in attendance who will take the necessary precautions to prevent the exposure ofirdividuals to radiation or radioactive materialIn excess of the limits established in this part and to operate within the ALARA provisions of the licensee's radiation protection program.
$30.1002 Centrol of aceees to very high radauen areas.
In addition to the requirements in i 20.1001. the licensee shall institute additional measures to ensure that e.
Individualis not able to gain unauthorized or inadvertent access to areas in which radiation levels could be encountered at 500 reds (5 grays) or more in 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> at 1 meter from a radiation source or any surface through which the radiation penetratn.
26.M01 20.1703(a)
PMT 20 o SENDARDS FOR PROTECTION AGAINST RAD (ATION Subpart H-4tespiratory protection I so.170s use of indMeuel respiratory and Centrete to Rest totinternel preteesen equipasent.
(v) Determination by a physician prior R o the laitial Stting of roeparators, and t
Especurein Restristeel Artes
. (a)If the licensee uses respiretory R either every 12 months therseher or.
"ursuant [ulpment tolimit intakes
~ ' " - -
d d'**3'Y
9"*"*Y
*""'"'d E @y a* physician,'that the ladividual user I30.1791 use of presses er other p
30.1702 -
(1)N licensee shall use only g is medically fit to use the rupiratory The licenses shall use.to the utent rapiratory protection equipment that is practical, process or other engineering tested and certified or had certification Protection equipment.
controls (e.g.. containment or extended by the National lastitute for ventilation) to control the Occupational Safety and !!ealth/Mine concentrations of radioactive materialin Safety and Health Administration alc
'(NIOSH/M8HA).
3 (2)If thelicensee wishes to use g g so.170s use of other eenereta.
equipment that has not been tested or When it is not practical to apply certified by NIOSH/M8HA.has not had E procas or other engineering controls to certification extended by NIOSH/
I control the concentrations of radioactive M8HA. or for which there is no schedule materialjn alt to values below those for testing or certification, the licenses that define an altborne radioactivity shall subant an application for area, the licensee shall, consistent with.
authorised use of that equipment, maintaining the total effective dose including a demonstration by testing, or equivalent ALARA. Increase monitoring a demonstration on the basis of reliable and limit intakes by one or more of the test information, that the material and J
following means:
E performance characteristics of the E equipment are capable of providing the proposed degree of protection under anticipated conditions of use.
{ a)Controlof access; (3)W licensee shallimplement and 4
l ((b) Limitation of exposure times; maintain a respiratory protection program that includes--
N (c) Use of respiratory protection (1) Alt sempling sufficient to identify E etul ment:or the potentialhasard, permit proper P
3 (d) Other controls.
equipment selection, and estimate exposures:
I (ii) Surveys and bloessays, as appropriate, to evaluate actual intaku:
(111) Testing of respiretors for operability immediately prior to each use; (iv) Written procedures regarding selection, fitting, issuance, maintenance.
and testing of respirators, including 1
testing for operability immediately prior to each use; supervision and training of personnel: monitoring, including att sampling and bloessays; and '
recordkeeping: and
~
i NY N.Y
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION (c) The licensee shall use as (4) The licensee shallissue a written (1) The licensee selects respiratory policy statement on respirator usage protection equipment that provides a
- p. emergency devices only respiratory covering ~
protection factor (see A dix A.Part g protection equipment that has been (i)he use of process or other
- 20) greater than the mu ple by which
- specifically certified or had certification engineering controls. Instead of peak concentrations of altborne E extended for emergency use by NIOSH/
respirators:
radioactive materials in the working a htSHA.
(ii) The routine, nonroutine, and area are expected to exceed the values emergency use of respirators: and specified in Appendix B to Part 20, (iii) The periods of respirator use and Table 1 column 3. If the selection of a relief from respirator use.
respiratory protection device with a (5)The licensee shall advise each protection factor greater than the (d) The licensee shall notify,in respirator user that the user may leave multiple defined in the preceding writing, the Regional Administrator of the area at any time for relief from sentence is inconsistent with the goal
,f the e propriate NRC Regional Office g
res irator use in the event of equipment specified in $ 20.1702 of keeping the ma function. physical or psychological total effective dose equivalent ALARA. g liste in A pendix D to Part 20 at least distress. procedural or communication the licensee may select respiratory g 30 days be re the date that respiratory E failure. significant deterioration of S Protection equipment with a lower g Protection equipment is first used under o
3 operating conditions. or any other E Protection factor only if such a selection the provisions of either 5 20.1703 (a) or (b).
conditions that might require such relief. E would result in keep g the total (6)ne licensee shall use e ipment g effective dose equive ont ALARA.The concentration of radioactive materialin within limitations for type an mode of use and shall provide proper visual.
the air that is inhaled when respirators communication. and other special are worn may be initially estimated by capabilities (such as adequate skin dividing the average concentration in protection) when needed.
air, during each period of uninterrupted (b)In estimating exposure of use, by the protection factor. If the individuals to airborne radioactive exposure is later found to be greater than estimated, the corrected value must materials, the licensee may make be used;if the exposure is later found allowance for tes iratory protection to be less than estimated, the corrected equipment used t limit intakes pursuant value me be used.
to i 20.1702, provided that the following (2)Th licensee shall obtain conditions, in addition to those in authonzation from the Commission i 20.1703(a) are satisfied:
before assigning respiratory protection factors in excess of those specified in Appendix A to Part 20.The Commission may authorize a licensee to use higher protection factors on receipt of an application that-(i) Describes the situation for which a need exists for higher protection factors.
l and I
E pro (ii) Demonstrates that the respiratory tection equipment provides these 3 higher protection factors under the j
proposed conditions of use.
\\
September 29,1995 2 0-16
....... ~ -.. -. -
. - -.. - ~ - - ~
PART 20 e STANDARDS FOR PROTECTION AGAINST RADIATION l30.1704 Further restriotens on the see (a) Ensure that the respiratory unauthorized removal or access licensed of toeperatory pretee#en egulpment.
protection program of the licensee is materials that are stored in controlled or l
The Commission may imp adequate to limit exposures of unrestricted areas.
restrictions in addition to those in individuals to altborne radioactive j
$% 2a1702.20.1703.and appendix A to materials; and E part 20 to -
(b)1.imit the extent to which a 6 20.1002 Controlof meterialnotin licensee may use respiratory protection
- storage, f
equipment instead of process or other The licensee shall control and 1
g engineering controls.
mainteln constant surveillance of
{
g licensed material that is in a controlled Subpart 1-Storage and Control of or unrestricted area and that is not in Ucensed Material g storage.
I 20.1001 security of stored materiet.
3 The licensee shall secure from Subpart J "; n%Proceduree a
I 20.1s01 caucon signs.
. (a) Standard rodiation symbol. Unless otherwise authorized by the Commission - the symbol prescribed by i
this part shall use the colors magente, or
)
i purple, or black on yellow background.
The symbol prescribed by this part is the three-bladed design:
60 l
a!
it i
I llh 1
'A l l I
b l
l 1~+4 W I
I 5A
)
RADIATION SYMBOL i
NY
_ _ _ _ _ _ _ _ _. _ _ _ _ _. ~ _ _ _.. _ _ _. _ _.
20.1903(a) 20.1901(a)
PART 20 e STANDARDS FOR PROTECTION AGAINST RADIATION
~
(1) Cross-hatched area is to be (e)Pbst/g oforeas ormomsin wh/ch Iso. tees Essepeonetopoenne magenta. or purple, or black, and licensed moderfalls used or stored. He roguerements.
(2)ne background is to be yellow.
licensee shall poet each area or room in (a) A licensee is not required to posi which there is used or stored an amount caution signsin areas or rooms (b) Exception to colorrequirements forstandardrodlotion symbol.
g of licensed material exceeding 10 times f contelning radioactive materials for 4
Notwithstanding the requirements of
[g the quantity of such material specified Ppendix C to part 20 with paragraph (a)of this section, licensees ' f 'a"c*onspicuous signorsignsbearingthe are authorised to label sources, source I radiationsymbolandthewneds
~
holders, or device components containing sources oflicensed materials
- CAtJTION, RADIOACTIVE that are subjected to high temperatures.
MATERIAMS)* or
- DANGER.
RADIOACTIVE MATERIA 4Sk" with conspicuously etched or stamped radiation caution symbols and without a color requirement.
(c) Additionalinformation on signe andlabels. In addition to the contents of signs and labels prescribed in this part, the licensee may provide, on or near the required signs and labels, additional.
Information,as appropriate, to make individuals aware of potential radiation g exposures and to minimise the g exposures.
g i30.1002 poenne requiremente, g (a) Posting ofradiation oreos.%e licenen shall post each radiation area with a conspicuous sign or signs bearing the radiation symbol and the words "CAtrr10N. RADIATION AREA."
(b) Postig of high radiction oreos.
The licensa shall poet each high radiation area with a conspicuous sign or signs bearing the radiation symbol and the words "CAlfrlON. HIGH RADIATION AREA"or" DANGER.
(c) Posting of veryhigh radiction creas. He licensee shall post each very high radiation area with a conspicuous sign or signs bearing the radiation symbol and words " GRAVE DANGER.
VERY HIGH RADIATION AREA."
(d)Postin of airborne mdioactivity creos.The licensee shall poet each airborne radioactivity area with a conspicuous sign or signs bearing the radiation symbol and the words "CAttrlON. AIRBORNE RADIOACTIVITY AREA"or
" DANGER. AIRBORNE RADIOACTIVITY AREA."
t
.~
=
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION 1
periods ofless than 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br />, if each of (a) Containers holdinglicensed (c) Containers attended by an i
the following con 2 ions is met:
materialin quantitlesless than the individcal who takes the precautions (1)% materials are constantly quantities listedin appendix C to noce to prevent the e ure of J
attended during these a by an part 20; or individ in excess of the is individualwho takes e precautions E
(b) Containers holdinglicensed established by this or material in concentrations less than (d) Containers w en they are in necessa to prevent the exposure of g tho** *Pocified in table 3 of appendix B transport and packaged and labeled in E individ to radiation or radioactive 8 saaterials in excess of the limits to part 20;or accordance with the regulations of the l
Department of Transportation.s or established in thk part; and (2)The area or room is subject to the (e) Containers that are aconesible only to individuals authorized to handle or licensee's control, use them, or to work in the vicinity of -
the containers,if the contents are identified to these individuals by a
>h(b) Rooms or other areasin hospitals readily available written record (examples of containers of this type are 3 at are occupied containere in locations such as water-t tients are not with caution si s
[ W tobepursuant to $ 20.1902 provided that
~ E filled anals, et rage vaults, or het I patient could be released from licensee cells),b record must be retained as E long as the emiteinen am in use for the 1
control pursuant to 5 35.75 of this se indicated on the record; or chePter.
( Installed manufacturing or process equipment, such as reactor components, piping, and tanks.
(c) A room or area is not re d to be posted with a caution sign use of 9 30.1908 Preesclures W reesiving ami opening peehagn.
the presence of a sealed source provided the radiation level at 30 centimeters (a)Eachlicensw who expects to from the surface of the source container aceive a package containing quantitles of radioactive materialin excess of a or housing does not excmd 0.006 rem (0.06 m8v) per hour.
Type A quantity, as defined in I 71.4 and appendix A to part 71 of this i
I tem % sentainers, chapter, shall make arrangements to (a)h licenom shall ensure that each receive-container oflicensed material bears a (1)b package when the carrier durable, clearly visible label bearing the offers it for delivery; or radiation symbol and the words (2)Notificationof the arrivalof the "CALTHON, RADIOACnVE package at the carrier's terminal and to MATERIAL" or " DANGER, take possession of the package RADIOACnVE MA'11 RIAL." W label expeditiously.
must also provide sufficient information E (such as the radionuclide(s) present, an g estimate of the quantity of radioactivity, the date for which the activity is estimated, radiation levels, kinds of materials, and mass enrichment) to permit ladividuals handling or using the containers, or working in the vicinity of the containers, to take precautions to avoid or minimise exposures.
(b) Each licensee shall, prior to removal or disposal of empty uncontaminated containers to unrestricted areas, remove or deface the radioactive materiallabel or otherwise clearly indicate that the container no longer contains radioactive materials.
A licensee is not required to label-
~
3:
- tabeline of whees contelnins radioactive meteriale > aequired by d.F.;rwent of Transpcstation (dor)If the erneunt and type of radios ative metectal exceeds the ihnite for en excep ad quantity or article se defined and limited by dor resulations es CFR 173.40s (m) and (w) and 173.421-434.
January 31,1997
.. we
, _ ~,-.
"N PART 20 o STANDARDS POR PROTSCTION AGAINST RADIATION
( gachlicensee shell- '
(1) Removable radioactive surface Monitor the enternal surfaces of e -
contamination exceeds the limite of le
- package for radioactive g 71.37(l) of this chapter; or.
contamination unless the (2) External radiation levele exceed s
containe only radioactive me Iin the the limits of I 71.47 of this chapter.
i fann of a see orin special form as (e) Each licensee shell-defined in to CFR T1A ~
(1) Estoblish, maintein, and totain
[-
(2) Monitor the external eurfaces of a written procedures for safely opening labeled ** peakage for radiation packages in which radioactive material
. levels unless the package centaine is received; and g quantities of radioective material that (2) Ensure that the procedures are g are lees then or equel to the Type A -
followed and that due consideretion is fg p*,"ckap b port We o ne (f) Licensees transferring special form p
g g,
sources in licensee-owned or licensee-g oPeteted vehicles to and from a work redleective esatamination and radiation site en exempt from the contamination g gg g % g pgg,,
monitoring requirements of peregraph d p4 h M es pckaps
) of this section, but are not exempt e
that are wet, or demoged.
rom the survey requirement in 2,
paragraph (b) of this section for
~
measuring radiation levels that is required to ensure that the source is still (c)The licensee shallperform the Properly lodged in its shield.
monitoring required by peregraph (b) of Ihis section as soon as practical nAer.
receipt of the package, but not later than
~ < A-a hours after the package le received at
.i the licensee's facility if it is moelved during the licensee's normal working heure, or not later than a hov.re from the beginning of the next working day if it la E received after working heure.
0 (d)nelicensee shallinunediately notif the final delivery carrier and, by le and telegram.mallgram, or facsimile,the Adminnetratorof the appropriate NRC itegional Odice listed in appendix D to part 20 when-
~
4 -
e'tabened wHh e itedioecHve Whhe 1. Yellow it. er YeNew m lebet se spectned in LI.S.
Deportsneet of Tremoportetten regelenene, se CFR t? tees and 1rt.43e-44e, september 29,1995 -
20-20
_~
-- - ~. _
PART 20 o STAMARDS FOR PROTECTION AGAINST RADIATION I
N (2) De quantity oflicensed or other g30.300* Generalresquirements.
radioactive material that the licensee b the vera y olume ORI H
al only
)
by pangraph(b) f (1) By transfer to an authorised E of water released into the sewet by the s
ense es x
recipient as provided in i 20.2006 or in g
g (2)If b me rlalis in a form ud "PansS M M M.74 appendix B to part 20; and ranr-tration Red in $ 20.2005; or 7
,pter; gg) g,,p,,g
,p (2) By decay in storage; or
,,a==laalan parsuant to 20.2002 (3) By release in effluents within the (b)(1) Waste oils (
m derived limits in i 20.1301; or or synthetic oils principally as (4) As authorized under (( 20.2002, 20.2003,20.2004, or i 20.2005.
(3)If more than one radionuclide is lubricants, coolants, hydraulic or insu fluids, or metalworking oils)
(b) A person must be specifically released, the following conditions must licennd to receive waste containing also be satisfied:
that have radioactively licensed material from other persons for: E contaminated in the coures of the e
(1) Treatment prior to disposal; or E
" operation or main ananra of a nuclear o
(2)Trealment or disposal by l
E. power mector kranand under part 50 of incineration: or L.
this ch*Pter may be lacinerated on the (3) Decay in storage; or site where generated provided that the
~
(4) Disposal at a land disposal facility total radioactive ofRuants from the licensed under part 81 of this chapter; or (1)The licensee shall determine the facility, including the emuents from (5) Disposal at a geologic repository fraction of the limit in table 3 of -
such incineration, conform to the under part 80 of this chapter.
appendix B to part 20 represented by ents of A dix 1 to PM 50 dischargse into sanitary seweress by I
che ofRuant release l 30.3003 Motheel for attaining apW dividingthe actual mod 6.y eVerage E concentration of asch v.lonuchde lignits contained in applicable license g et proposed dispeest procedures.
g, A licensee or applicant for a license f released by tho lices.ee into the sewer conditions other than effluent limits mayap to the Commission for 8 by the concentration of that sodionuclide.
specificall mlated to incineration of approve proposed procedures, not listed in table 3 of appendix B to part 20 weste oil.
licensee shall any otherwise authorlud in the regulations and or additions to the in on
,upp under $$ 50.34 and 50.34a of e
la this chapter, to dispose of licanud material generated in the licenue's ims chapter===artasad with this activities.Each application shall incineration pursuant to l 50 71 of this include:
(a) A ductlption of the waste (ii)%e sum of the fractions for each containing licensed material to be radionuclide required by paragraph disposed of, including the physical and (a)(3)(1) of this section does not exceed I
chemical properties important to risk unity; and evaluation and the proposed manner (4) %e total quantity oflicensed and and conditions of waste disposal; and other radioactive material that the (b) An analysts and evaluation of licensee releases into the sanitary pertinent information on the nature of sewerage system in a year does not the environment; and exceed 5 curies (186 GBq) of hydrogen-3.
(c) We nature and location of other E 1 curie (37 GBq) of carbon-14. and 1 potentially affected licensed and 3 curle(37CBq)of allotherradit active unlicensed facilities; and materials combined.
(d) Ar.alyses and procedures to ensure (b) Excreta from individuals that doses are malntained ALARA and undergoing medical diagnoels or therapy within the dose lis.its in this part.
with radioactive material are not subject to the limitatione contained in paragraph I 30.2ess Disposal by rotune into eennary (a)of this section.
sewersee-(a) A licensee may discharge licensed materialinto sanitary sewerage if each of the following condimons is setlefied; (1)The materialis readily soluble (or is readily disproible biological material)in water; and 20-21 Septemtw 29,1995
..m_
PART N o STAleARDS FOR PROTECTION AGAN4ST RADEMION en
" ^- The Moonees 438.3000 Tsensfer foresposaiend IaoJoer censsancewehenvironnwntal
~
, one heaan peetessen regulamens.
=== ammen eleo de0ew Om p::_5 of No in thle subpart relieves the
$50.58ofthis
~ with sospect to (e)(1)'Ihe sequirements of thle section I:
licensee with othee eucia diengse to fedlity or and, - " - F and G to 10 CPR part E applicable Federe State andlocal 20 are to r.
(1) trenefore oflow-level U resuletione governing any other toxic or ii [2) Solid posidues producedin the besordous properties of meterials thet i
process of weele elle sonst radianesive weste any weste may be disposed of under thle subpart.
ofas by aso.noot.
generator,weste co
.or weste Ese r...' '~ elthis secties processorlicenses as deAned la thle (2) g outhories onsite weste allincinesation part, who ships low-level weste either under the teries of this section and disectly, or indirectly through a wate
.. ""- in en collector or weete processor,to a la vidual Boones or *=chate=t licensed low level weste lend die,>osal apsed that niey be taa===8=a==*
facility (as deAned in part 61 of thle "chefEstablish a mentfeet tracking
)
(i e so. sees one,eems e spesenemessee.
symm and (e) Aliennese siey dispose of the (ill)SuPP
.x g ng followlesw meterial es ifit were requiremente concerning trenefore and 4-
,,g % _
(2)
March 1 1 H
- (1) aos microcurie (1 As kIht). or lese.
.1 ^
4-j**
M Q
effected must use Appendix G.
Prior to March 1,1998, a Lt.W disposal
,,,, g g
~ I8Cui *Peretor or he letory
- 2) c.cs minarocurie (1As kaq), or lese.
tr **7 '*9"I'*
8hlPPer to use E w(hworeerbon.se of.
'll 1x
$2tC'".tf5'Edma h,-,g"wb2baie (b)(1) Esch ehlpenent of radioactive
$;",*,*jud.
W8888 lat**d8d for dl8Posal at a licensed (c)The licensee shallmaintale disposal facHi must be records in accordance with I 30.210s.
wi on of e Ix to 10 CFR 20.
(2) Any shipping radioactive weste intended for uhimete disposal et a licensed land disposal facility must dae-t the information on NItC's Unifonn lew-Invol toective Weste Manifest and trenefer thle reconied====18==s information to the latended ceneignee in accordance with xG to to CFR part 20.
Each shi t mentfest must laciude e Acetion by the weste generator as specified in section u of eppendix F or appendix G to 10 CFR part 20 es appropriate. See peregraph (eX2) of thle section to determine the ap(propriate appendix.d)Rach person involved in the trenefer for disposal and disposal of weste. including the weste generator, weste collector, weste processor, and facility operator,shall comply wi the requiremente a fled in section!!!of appendix or appendix G to 10 CPR part 20, se appropriate. See (eX2)of this section to the appropriate appendix.
erm
~ _. _ __
PART 20 e STANDARDS FOR PROTECTION AGUNST RADIATION
~
~
subpart L-4tecords f so.stos neoorde et radianen proceetion (1) Records of the results of surveys to programe.
determine the doet from external (a) Each licensee shall maintain sources and used,in the absence of or Fso. stet i
eeneres provisions.
records of the radiation protection in combination with individual (a) Each licensee shall use the units:
Program, including:
monitoring data,in the assesament'of curie, rad. rem, including multiples and (1) De Pmvisions of the program; and individual dose equivalents.This E subdiviolons, and shall clearly indicate (2) Audits and other reviews of includes those records of results of g the units of all quantities on records Program content and implementation.
surveys to determine the dose from (b)The licenne shall retain the external sources and used, in the Lrequired by this part.
records required by paragraph (a)(1) of obsence of or in combination with this section until the Commission individual monitorin data,in the terminates each pertinent license assessment ofindivi ual dose (b) Not withstanding the requirements
[*,9,"I "8 c5
'9 'ivalents required under the In 0 e e y pars aph of pa h (a) of thh section, when (a)(2) of this action for 3 years after the standards for rotection against radiation in e prior to January 1 reco formation on shipment record is made.
manifests, as required in $ 20.2006(b),
1994;and information must be recorded in the
, I so.stos n u ores eseurw ya-(2) Records of the results of International System of Units (SI) or in h (a) Each licensee shall maintain Anessurements and calculations used to Si and units as specified in paragraph N records showing the ruults of surveys
- adetermine individualintakes of E and calibratione required by ll 30.1501 - -
., redioactive material and used in the E (a) of this section.
g and 20.teo6(b).ne licensee shall retain assessment ofintemal dose. This g (c) he licenne shall make a clear then records for 3 years after the record..
- c. includes those records of the results of distinction among the unntities entered is made.
measurements and calculations used to on the records require by this part (e.g.,
(b)ne licensa shall retain each of determine individualintakes of total effective dose equivalent. shallow-the following records until the E
radioactive material and used in the dose equivalent, eye dose equivalent.
Commission terminates each pertinent g as s en of i"'
d $'
"i *d utvalen mitted license requiring the record:
,nda f
o against radiation in eflect prior to January 1,1994; and (3) Records showing the results of air.
sampling, surveys, and bloassays required pursuant to S 20.1703(a)(3) (1) and (11). This includes those records showing the results of air sampling, surveys, and bioassays required under j
the standards for protection against i
radiation in effect prior to January 1 1994;and (4) Records of the results of measurements and calculations used to uvaluato the reloane of radioactive effluents to the environment.This includes those records of the results of measurements and calculations used to evaluate the release of radioactive effluents to the environment required under the standards for protection against radiation in effect prior to January 1,1994.
9 e
i 1
.. ~. -.. -.. - - -...... -. - - -...
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION (d)nelicensee shallacord the
~
- gso.3104 peeennineson etpense (2) Accept, as the remrd of exposum history of each individual se cumulative radiation dose, en up.to.
eseupseenaldoes, date NRC Form 4.or equivalent, by (a) of this section, j
(a) For eachindividualwhole likely by the individual and counto by on Form 4.or clear end j
f o receive in a year,an occupational t
riste odicialof the most recent secoed.
allMthe i
an a tto tion seguired Form 48 i
(ldoes E em oyerforworkinvolvingradiation ne fe,a e,,eos,d must show encai
$ 20.1502 the exposum, o, the individuais current i
k em if theindividuallenot period in which the individual seceived l
the licensee);and occupational exposum to sediation or em radioactive material and must be signed g by theindividualwho received the l.-
(1) Determine the occ tional g exPoeure. For each period for which the radiation does received ring the liconess obtaine
. the Ha=====
E current year:and (3) Obtain reports of the individual's shalluse the does in the report g
does equivalent (e) from the most recent in the NItC Form 4. For any in liconese does not L
employer for work involving radiation obtainatoport thelicenseeshall lees exposure, or the individual's current (if theindividuallenot a notation on the NRC Form 4 in ang F 2 Atterinp't to obtain the remrds of by the ucensee) by telephone, the periods of time for which data are l cu(m)ulativeoccupationalradiationdose, f telegram, electronic media,orletter,&
not avallable, 3 licensee shall meet a written e
verification of dose data if the
[
a.
authenticity of the trenomitted report e.
r cannot be established.
1 iL.
_ (b) Prior to permitti enindividual to participate in a pla special exposure, the licensee shall detennine-(1)h laternal and external dosee I
from all previous planned special l
exposures: and l
(2) All doses in excess of the limite (including doses received during accidente and emergencies) received during the lifetime of b individual.
(c) m complying with the requirements of paragraph (a)of thle section,a g IIconese may-3 (1) Accept, as a record of the occupational does that the individual received during the current year, a written e statement from the individ or from the ladividual's most recent employer for work involving radiation exposure, that discloses the nature and the amount of any occupational does that the individual 1
may nave received during the current year:
1 1
1
-- no me is,.es. ineiniemi dass beewesa estassel equivalem(eled imammel esamined done ages,elsnaisk pweher.
sesupesteeni empeswo hisendes ehesised and samuded om ISC Perus 4 heime lemuery 1. lose, mighi est have losinded eSeceive dose equivalent, but maybe needin as ehmenes er spumas insemaman en sheimagemere by the individual.
W 4 1996 20 24
9 2&2106(a)
(e)If the licensee le unable to obtain a ias.stes neeente et peanned speesel complete record of an ladividual's espesures.
eurrent and
.m_
_ _, accumulated (a) For each use of the provleions of escupationafdose, the licensee shall l ao. taos ior planned special exposurw.
assume-the licensee shall maintain records that (1)la establishing administrative describe-controle under i so.1301(f) for the (1)'the exceptional circumstances current year, that the elloweblo does requiring the use of a planned special E limit for the individuelle reduced by exposure; and 3 1.35 reme (12.5 m8v) for each quarter for (2)The name of the management which records were unavailable and the official who authorized the planned individual was engaged in activities that special exposure and a copy of the could have reeuited in occupational signed authorization; and -
radiation exposure: and (3) What actions were necessary; and (2)"Ihat the individualle not available (4) Why the actions were necessary:
..for planned special exposures.
E and g (5) How doses were maintained ALARA: and
. (6) What individual and collective
- doses were expected to rwult, and the
' doses actually received in the planned (I) The licensee shall retain the special exposure, records on NRC Form 4 or equivalent (b) The licensee shall retain tlw i
until the Commission terminates each recorde until the Commission terminates i
pertinent license requiring this recosd.
- ch pertinent license requtring thne
C*rd*-
The licensee shall retain records used in g preparing NRC Form 4 for 3 years aAer ias.ases neeenseetmovisual g the record is made.This includes msnmortne reeuns.
records required under the standards for (a) flecordkeephqr Muhement. Each protection against radiation in effect licensee shall maintain records of doses prior to January 1.1994, received by su Individuale for whom
)
e r
s.
9 l
l 20-25 Septernber 29, W
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION monitoring was required pursuant to (1)The licensee shall retain the g so.atof siesere w sees to e i 20.1502, and records of doses received required form or record untilthe (a) Each licanese shall maintain during planned special exposures.
Commission terminates each ent records sufficient to demonstrate accidents, and emergency conditions, license requiring this record.
s compliance wl:h the does limit for These moords ' must include, when includes records requimd under the Individual members of the public (see
- PP cab b f standards for rotection against il I #O (1 The dup-dose equivalent to the 8 radiationine prior to Janu"'I 1' g
S rec (b)Thelicenne shallretain theords required who body, eye dose equivalent, ggg4'
+
shallow dose equivalent to the skin, and uction until the Commission terminates shallow-dose equivalent to the each pertinent license requiring the extremities; and record.
(2)The estimated intake or body burden of radionuclides (see i 20.1202):
and
- (3)The committed effective dose
- r equivalent assigned to the intake or body burden of radionuclida
- and (4)%e specific information used to calculate the committed effective dose equivalent pureuant to i 20.1204(c) and (5)The totafeffective does equivalent when required'by 6 20.1202: and (6)'Ilie total of the deep < lose equivalent and the committed does to the organ receiving the highest total dose.
(b) Recordkeeping frequency.%e licensee shall make entries of the records specifiedinparagraph(a)of this section at least annually.
(c) Reconikeephwfortnet.%e licenne shallmaintain the records specified in paragraph (a) of this section E on NRC Form s,ln accordance with the g instructione for NRC Form 5, or in clear and legible recordo containing all the information required by NRC Form 5.
(d) Privacyprotection.ne records required under this action should be protected from public disclosure because of their personal privacy nature.These records are protected by most State privacy laws and, when transferred to the NRC are protected by the Privacy Act of 1974. Public Law 93-579. 5 U.S.C. 552a. and the Commission's regulatione in to CFR part 9.
(e)The licensee shall maintain the records of done to en embryo / fetus with the records of does to the declared l
pregnant women.The declaration of l
pregnancy shall also be kept on file, but l
may be maintained separately from the l
dose records.
I l
- Aseeeemente of dose equivalent and socorde made sedag onite in effect before the hcensee's edeption of thee part need not be chaneed.
Septeenim 29,1995 20-26
20.2108(s) 20.2201(a)
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION 9 20.2104 Records of weste diapoeas.
@ A.2110 Form of records.
(1)Immediately after its occurrence (a) Each licensee shall maintain Each record required by this part must becomes known to the licensee, any records of the disposal oflicensed be legible throughout the specified I st stolen,or mining licensed material materials made under ll sn snn?
retention period. no record may be the I" 8" *gl[regate quantity equal to or g 20.2003,20.2004,20.2005,10 C'R part et original or a reproduced copy or a greater than 1,000 times the quantity and disposal by burial in soll, including microform provided that the copy or specified in appendix C to part 20 under sur.:n circumstances that it E burials authorized before January 28, microform is authenticated by 1961.8 authorized personnel and that the g appears to the licensee that an exposure microform is capable of producing a g could result to persons in unrestricted areas or clear copy throughout the required e
retention period. ne record may also be E (ii) Within 30 days after the stored in electronic media with the g >(b) The licensee shall retain the capability for producing leg'ble, occurrence of any lost. stolen, or missing records required by paragraph (a) of this E accurate, and complete records during licensed material becomes known to the 1
licensee alllicensed materialin a l
- h. section until the Ccmmission terminates E the required retention period. R each pertinent license requiring the such as letters, drewings, and quantity greater than to times the specifications, must include all pertinent quantity specifiedin appendix C to record. Requirements for disposition of information, such as stampe, initials, part 20 that is still missing at c
these M, prior to ifoonae and signatures.no licensee shall.
.. this time.
termination, are located in $$ 30.51, maintain adequate safeguards against 1
e 40.61,70.51, and 72.80 for activities tampering with and loss of records, licensed under these parts.
Subpart M-Reports a20.2:o1 neporte et theft or son et nooneed matertet.
(s) Telephone reports. (1) Each licensee shall report by telephone as r-follows:
1 (2) Reports must be made as follows:
g (i) Licensees having an installed g Emergency Notification System shall make the reports to the NRC Operations E Center in accordance with I 50.72 of this E chapter,and L
r
$ (ii) All other licensees shall make E reports by telephone to the NRC E Operations Center (301-951-0550).
3L S
- A previoua l 20.304 permitted tmrtal of small quanttues of 16 censed materiale la soil before lanuary at last, without specirm Cammiss6cn authertsat60n.
20-27 May 31,1996
20.2202(b) 20.2201(b)
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION
_ (2) The release of radioactive
_ (b) Wr/tten reports. (1) Each licensee
~ (c) A duplicate report is not required material,inside or outside of a restricted required to make a report under under paragraph (b) of this section if the paragraph (a) of this section shall, licensee is also required to submit a area, so that, had an individual been present for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />, the individual within 30 days after making the report pursuant to il 30.55(c). 40.64(c).
S could have received an intake five times telephone report, make a written report 50.72. 50.73, 70.52. 73.27(b).
setting forth the following information:
73.67(e)(3)(vi). 73.67(g)(3)(lii). 73.71. or
$ theannuallimitonintake(the l
[i) A description of the licensed i 150.19(c) of this chapter.
g provisions of this paragraph do not apply to locations where personnel are E materialinvolved, including kind.
(d) Subsequent to filing the written
- not normally stationed during routine s
g quantity, and chemical and physical report, the licessee shall also report any operations such as hot-cells or process form; and additional substantive information on (ii) A description of the circumstances the loss or theft within 30 days after the enclosures).
under which the loss or theft occurred; licensee learns of such information.
~
and (e)The licensee shall prepare any (iii) A statement of disposition,or report filed with the Commission probable disposition, of the licensed pursuant to this section so that names of materialinvolved; and individuals who may have received liv) Exposures of individuals to exposure to radiation are stated in a (b) Twenty-four hour notification.
Each licenses sha!!. within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> of radiation, c!rtumstances under which E separate and detachable part of the discovery of the event, report any event the exp6suhTTccurred. and the possible report.
u total effective dose equivalent to S
involving los s of control oflicensed persons in unrestricted areas; and i20.2202 Notmceeon of N material possessed by the licensee that (v) Actions thal.have been taken, or (a)Immediate notification.
may have caused, or threatens to cause, h any of the following conditions:
will be taken, to recover the material; Notwithstanding any other requirements (1) An individual to receive.in a for n tif cati n.eachlicensee shall (vil Procedures or measures that have mmediately report any event involving g period of 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />s-(1 A total effective dose equivalent
~
W 111 k doptd to e byproduct, source, or special nuclear e ainst a recurrence of the loss or theft material possessed by the licensee that E exce)eding 5 rems (0.05 Sv): or u.
C -
o licensed material may have caused or threatens to cause (ii) An eye dose equivalent exceeding (2) Reports must be made as follows:
any of the following conditions--
15 rems (0.15 Sv): or (i) For holders of an operating license (1) An individual to rect'.ve-(iii) A shadow-dose equivalent to the for a nuclear power plant, the events (i) A total effective dose equivalent of skin or extremities exceeding 50 rems includd in paragraph (b) of this section must be reported in accordance with the 25 rems (0.25 Sv) or more; or (0.5 Sv): or procedures described in i 50.73(b). (c),
(ii) An eye dose equivalent of 75 rems e
(d). (e). and (g) of this chapter and must (0.75 Sv) or more; or include the information required in (iii) A shallow. dose equivalent to the paragraph (b)(1) of this section, and skin or extremities of 250 rods (2.5 Gy) or more; or
.?
h rep (11) Alletherlicenues shall make orts to the Administrator ofIhe 2 appropriate NRC Regional Office listed g in appendix D to part 2a 8
1;.: ~
t l
?+ZGr 29,1995 20-28 l
I l
l
_ _ _. _ _ _ _ _ _ _ _.. _ _ _ _ _ _ _ _. _ ~. _ _ _ _ _ _ _ _ _ _.
L 20.2202(b) 20,220XQ (2) The release of radioactive
{
(4) For licensees subject to the f
material,inside or outside of a restricted g>
provisions of EPA's generally applicable.
I area. so that, had an individual been environmental radiation standards in 40 present for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />, the individual 8 $30.3203 Repods of esposures, redletion CFR part 190, levels of radiation or could have received an intake in excess E lowie,and concentrations of radiomotive releases of radioactive materialin of one occupational annuallimit on
- meterial esoseding the constraints or limits, excess of those standards, or of license conditions related to those standards, intake (the provisions of this paragraph
{
(b) Contents of reports. (1 Each report do not ai f.y to locations where required by paragraph (a) o this section personnes are not normally stationed during routine operations, such as hot.
(a) Reportable events. In addition to must describe the extent of exposure of l
cells or process enclosures, the notification required by 6 20.2202, individuals to radiation and radioactive l
(c) he licensee shall prepare any each licensee shall submit a written E materic!, including, as appropriate:
l report filed with the Commission r8 Port within 30 days after learning of (i) Estimates of each individual's dose; and pursuant to this section so that names of any of the following occurrences:
E individuals who have received exposure (1) Any incident for which notification (11)%e levels of radiation and g to radiation or radioactive material are is required by 6 20.2202; or concentrations of radioactive material I
stated is a separate and detachable part (2) Doses in excess of any of the involved; and of the report.
following:
(iii)he cause of the elevated (d) Raports made by licensees in (1) The occupational dose limits for..
exposures, dose rates, or concentrations; response to the requirements of this adults in i 20.1201; or and E (ii) he occupational dose limits for a section nust be made as follows:
(1) Licensees having an installed minor in l 20.1207; or Emergency Notification System shall (iii) ne limits for an embryo / fetus of nde the reports required by paragraphs a declared pregnant woman in l 20.1208; M(lv)Carecdve steps taken wbmW -
l to ensure a socurrence, uding i
(a) and (b) of this section to the NRC (iv) he limits for an individual the schad im achi % M m m Operations Center in accordance with member of the public in 6 20.1301; or with ap ucableBanks,m co M h,genwaH a pu d le 10 CFR 50.72; and (v) Any appl ble limit in the license; g environmentalstan s, and associated license conditions.
(2) All other licensees shall make the 1 g
reports mguired by paragraph (a) and (b)
W)%e ALARA constraints for air E
(2) Each report filed pursuant to (a) of this secdon raust of this section by tele hone to the NRC 2 emissions established under for each ocx:upationally Operations Center (3 1) 816-5100 and "E $20'1101(d);or overexposed' individual: the name, E by telegram, mallgram, or facsimile to g the Adeninistrator of the appropriate E
SocialSecurity account number, and NRC lonalOfBce listedin appendix li; date of birth.%e report must be Prepared so that this information is D % 10 part 20.
stated in a separate and detachable part of the report.
~
(3) Levels of radiation or concentratws of radioactive material F (e)ne provisions of this section do in-(c) For holders of an operating license not include doses that result from I
(i) A restricted area in excess of any
..for a nuclear power plant, the occurrences included in paragraph (a) of spplicablelimitin thelicense;or planned special exposures, that are E within the limits for planned special E
(ii) An unrestricted area in excess of this section must be reported in exposures, and that are reported under g 10 times any applicable limit set forth in - :accordance with the procedures described in l 50.73(b), (c), (d). (e), and E I 20 this part or in the license (whether or L
.2204.
noiin oivinie posureof anyindividuai e (the information requiredby paragraph 8
ht' ch >' r and =" ' i o 'nc "d-in excess of the limits in i 20.1301); or E (b) of this section. Occurrences reported in accordance with I 50.73 of this chapter need not be reported by a duplicate report under paragraph (a) of this section.
' With respect to the limit for the embryo-letus (I sM30s). the identifiers should be those of the declered presnent women.
20-29 December 31,1996
~.
PART 20 o STANDARDS FOR PROTECTION AGA.lNST RADIATION (d) Alllicenseec,other than those 9 20.2206 Reports to individuals of holding an operating license for a eaceeding does limits.
i 20.2208 Repode W m nuclear power plant who make reports When a licensee is required, pursuant under paragraph (a) of this section shall to the pmvisions of $$ 20.2203,20.2204, (a) This section applies to each person submit the report in writing to the U.S.
or 20.2206, to report to the Commission
+-
Nuclear Regulatory Commission, g any exposure of an identifled licensed by the Commission to-(1) Operate a nuclear reactor designed Document Control Desk. Washington, g occupationally exposedindividual,or to produce electrical or heat energy DC 20555, with a copy to the appropriate an identified member of the public, to NRC Rogional Offim listml in opgxnwlix E radiation or radioactive material, the pursuant to i 50.21(b) or j 50.22 of this E licenses shall also provide a copy of the chapter or a testing facility as defined in l} to part 2tt report submitted to the Commission to i 50.2 of this chapter, or the individual.This report must be (2) Possess or use byproduct material n
transmitted at a time no later than the for purposes of radiography pursuant to g
transmittal to the Commission.
Parts 30 and 34 of this chapter, or e i20.2204 Reports of planned special (3) Possess or use at any one time, for
" esposures.
e
'E The lirin~sixi nhall submit a written purposes of fuel processing, fabricating.
or reprocessing, special nuclear material report to the Administratorof the -
in a quantity exceeding 5.000 grams of appropriato NRC Rogional Offico contained uranium 235, uranium-233, or listed in appomlix il to part 20 plutonium, or any combination thereof within 30 days following any planned pursuant to part 70 of this chapter, or special exposure conducted in accordance with 6 20.1206, informing the (4) Possess high-level radioactive Commission that a planned special waste at a geologic repository l operations area pursuant to part 8 exposure was conducted and indicating this chapter, or the date the planned special exposure
- (5) Possess spent fuelin an occurred and the information required c.
by 120.210s.
E independent spent fuel storage 3 installation (ISFSI) pursuant to part 72 of this chapter, or (6) Receive radioactive waste from other persons for disposal under part 61 of this chapter,or (7) Possess or use at any time, for processing or manufacturing for distribution pursuant to parts 30,32. 33 or 35 of this chapter, byproduct material in quantities excueding any one of the following quantititer.
Quarmy of
('.
Redonucade redonuchde ' in cunse Ceesurv> t 37 1
Cabell-so 1
9 Goldtse 100 toene.131 1
~"J Insurn.te2 10
-~~-
Kryptorke5 1.000 Promelbsund147 to Techoeun&ssen.
1.00o 7
- The Commisoson may require es e hcense cone.
tion, of by rule regulelson. or order pursuant to
$ 20.2302. reports treern hcensees who are hponsed to use reeonucedes not on ews hat, in cuenwoes suffecrent to cause comparable reealian levels
,e september 29,199s 20-se'
_7____
i j
20,2206(b)
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION 20.2402(b) 1 i
(b) Each licansee in a category listed penalty imposed under section 234 of the in ph (a) of this section shall Atomic Energy Act:
)
su t an annualreport of the results of (1) For violations of-individual monitoring carried out by the (1) Sections 53, 57, 62. 63. 81. 82.101 licensee for each indi ual for whom 103.104.107 or 100 of the Atomic Energy l
L 4
h monitoring was reg by i 30.1502 Act of1954, as amended:
d that year.no licensee may E nct additional data for individuals (iij section 205 of the Energy i
15 for whom monitoring was provided but Reorganisation Act; not required.%e licensee shall use (iii) Any rule, regulation, or order Form NRC 5 or electronic media issued pursuant to the sections specified containing all the information required -
in paragraph (b)(1)(1) of this section: -
,,, by i'orm NRC 5.
(iv) Any term, condition, or limitation (c)he licensee shau Rio the report S of any license issued under the sections regelred by I sn enna(b). oovering the g specifiedinparagraph(b)(1)(1)of this i
peaceding year, en or before April 30 of E section.
~
each yiser.%e licensee shall submit the (2) For any violation for which a to the REDLS Project & damager.
E license may be revoked under Section E
of Nuclear Regulatory Research.
186 of the Atomic Energy Act of1954, as 3 U.S. Nuclear Regulatory r%--s-saa amended.
g Washington. DC 20555.
Subpert N-4 emptions and Additional j
Requiremente j
~g30.3801 am ter esempeone.
%e Comadesion may, upon w
j application by a licensee or upon its.
g se34ps criminalpenesses, i
f own initiative, grant an exemption from
(,) gection 223 of the Atomic Energy the requirements of the regulations in Act of1954 as emended provides for this part if it deterndnes the exemption criminal sanctions for willful violation j
is authorised by law and would not of, attempted violation of, or conspiracy result in undue hasard to life or to violate, any regulation issued under l
f
- Property, sections 161b.1611. or teto of the Act.
l E For purposes of section 223. all the Iso.aso2 Memensirequiremente.
Di regulations in il 20.1001 through 20.2402 are issued undar one or more of sections -
8 3
%e Co==1= tan may, by rule.
161b.1811. or teto, except for the l
sections listed in paragraph (b) this j
L in ddition 4
io - e.tabii.hu o the res.ia-. f-this part, as it deems appropriate or necessary to protect health or to j
mial=l= danger to life or property.
> (b) The regt.lations in $$ 20.2001 i
through 20.2402 that are not lasued 1
l under Sections 161b,1611, or 1610 for
)
n the purposes of Section 223 are as E Iso.s4*1 - vieineena.
follows: 55 20.1002. 20.1002,20.1003,..
i lI (a)%e Commission may obtain an 20.1M, M.25,'20.1006, 20.1007, f
injunction or other court order to 3 20.1006,20.1009,20.'1405,20.1704, I
prevent a violation of the provisions 20.1903,20.1905,20.2002,20.2007, of 20.2301,20.2302,20.2401,and 20.2402.
~
(1)he Atomic Energy Act of1954 as 1
amended:
f (2) Title 11 of the Energy l
Reorganization Act of1974, as amended:
or (3) A regulation or order issued.
pursuant to those Acts.
(b) %e Commission may obtam a court order for tha payment of a civil l
4 4
l 20-31' July 31,1997 l
App. A PART 20 o STANDARD 8 FOR PROTECTION AGAINST RADIATION 4
- 5 i*.
s.,, r.,
1 =.
e I..
APPENCHx A To PART 20- PROTECTION FACTORS FOR RESPIRATOR @
rested.a carened..s.e..e. ment Preiscean Factorse
~
Nedened beslute for Particulsess.
Oecupamones Sessly and
! f
- Deecapon
- Peresuleses geese, a Heenhaans sesser and Heenh lyA.
- needes, 8"'Y vepers
- Adnetereten asses Ier pe-neesheer r
4 -
$. As seKs. I NP to 30 CFR Port tt Stepart K.
Facepece. heNeeck 8 NP 50 -
Fecepeos. M w+ -
. Facepees, heNeesk M, or hood PP 1000
- l... ~
__ _ " _, ; Respretors:
IL A1 l
- 1. As4lne roepretor CF 1000 30 CFR Part t1. Subpart J.
l FW hew 4neek 9
e.
Fspapece, hen 4neen O
' f' f*'~'
Fecemece. M.
- CF 3000 g
F -*. M.
D 5
F - M.
Po 3000 l
e CF n
m CF M (4 Sud
- 2. SeWmwd breetNng apparatus (SC8At
,My' Facepoca. M.
D SC 30 CFR Port tI, Stepart H.
' 'Id*'
Facapece. M.
PO
- 10.000 Facopsco. fun.
Ro 50
- a. rm F ~&, tun RP
' $.000 R Comtanellae Resprotere; A"F 88"8"neten W erW end atmosphere.supplymg roepestors Protecton lector lor type and 30 CFR Part i1. I 11.43(b).
rnode of operemon es Galed atMPwe.
4.
Feetnotes 7
& For use, in the eclecton of reepsetory protecewe deVCes to be Uted only where me contammente have been idendned and me ConcenWesons (or potette l
5
- -, are kamers
- b. Orey ear eheven inces end where nochng meerteres weh me seal of eghieleng faceptoces egemet me shirt (Hoods and cults are sucepted.)
w.
- c. The moos synesis are donned as tasows:
CF eeenhuous eeur O edemand NP =negouve peeeure p e nogenve phase dunng mholetor$
P0mposeure demand p.e.. eiwere poseve pressure) l Septemtw 29,1995 20-32
~~. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _. _
l App A-App. B l
PART 20 o STANDARDS FOR PROTECTION AGAINST RADLATION 1
)
i pp. poem ~e,eeses.
no.comene.
mag icion.e w mo a,-
samens. esasowenns esmos censo dt. The psetoseen Isetor is a measure of sie espos of asenled tur a peepeetor, esense as the ramo of the concentremon of actorne redoectue metenet oiselde eso seapestory ersteneve eedgment to met eso eedpment ineklo sie 8-'M under conssons of use, a to appese to ete anenent autome concentesen to seenste sie sencontrWlone inhasse ein wearer socordng to Insoudng lonmen:
Ambient sirborne Concentration concentration inhaled
~
Protection factor 2.ne protection factors apply:
calibrated air-line pressure gauges or flow they do not exceed the protection factore (a) Only for individuals trained in using measuring devices are used. A protection listed in thle table. ne protection factore respiratore and wearing properly fitted factor of up to 2000 may be used for tested listed in this table may not be appropriate to re retore that are used and maintained and certified hoods only when the air flow le circumetences where chemical or ohr a
supervielen in a well-planned maintained at the manufacturer's respiratory hasarde exist in addition to j
r**piratory protective program.
recommended maximum rete for the radioactive hasarde.no selection and use of (b) For air. purifying respirutore only when equipment, this rete le greater then a cubic '
respiratore for such circumetences should high effleiency particulate filters (above fut (0.17 cubic meters) per minute, and take into account applicable approvals of the 30.97% removal efficiency by thermally calibreled air-line pressure gauges or flow U.S. Bureau of Mines /NIOSH.
genereled 0.3km d60ctyl phthalate (DOP) test measuri devices are seed.
Note 2: Radioactive contaminante for or equivalent) am used in atmospheres not
- 2. He ign of the supplied-air hood or which the concentrelion values in Table 1.
deficient in oxygen and not containing himet (with a minimum flow of a cfm (0.17 Column 3 of Appendix B to li 30.1001-m per minute) of airl may determine its 30.2401 of this part are based on laternal dose radioactive gas or vapor respiratory hazartis, s
j (c) No adleetment le to be made for time use overall efficiency and the protection it due to inhalation may. in addition. present of sorbente against radioactive materialin provides. For example, some hoods sepirate nW1 upe hasards M highw the form of gases or vapore.
contaminated att into the breathing sone concentratione. Under these c6rcumstances.
(d) For stainephere supplying roepiratore when the wearer works with handemver*
liwm a ma W k be -
only when supplied with adequate reble lwed.Wie aspiration may be overcosne if a 8'verned bY en does llantes' air. Reepirable air shall be provided o the short cape-like extension to the hood is worn quality and quantity required in accordance under a coat or overelle. Other limitations with NIOSH/MSHA certification (described specified by the approval agency shall be in 30 CFR part 11). Onygen and air shall not considered before using a hood in omtain Appendix B to part 30-be used in the same apparatus, types of atmospheres (ees footnote 11 AnouelIJndte on latah M1.le) and
- e. Excluding radioactive contaminante that
- i. Appropriate protection factore shall be Derived Air Concentratione (DACE) of present an absorption or subenersion hasard.
determined. taking into account the design of
,a g, the suit and lie permeability to the r
For tritium oxide. opproximately one-third of the lateke occure by absorption through h contaminent under conditions of use.Dere EXPoeum Efflueet r'ame==tratione; e-Concentratione for Release F 8ewerese.
j skin so that an everell protection fator of shall be a standby rescue person equipped E less then 3 le appropriate when atmosphere. [ with a roeptrator or other apparetus
[ Introduction j
3 supplytag roeptretors are used to protect g appropriate for the potential hasarde and g
agelnet tritium ontde. If the protection factor communicatione equipment whenever For each radionuclide Table l ladicates the
' for a devlos le 3 h effective protection supplied-air suite are used-chemical form whichle to be used for factor for tritium is about 1.4: for devices with
protection factors of to the effective factor for avellable for thle equipment. utpment is to De Aus and DACE forinhalation are given tritium oxide is about 1.F. and for devices be evaluated testing or en beste of for en aerosol with an activity median with protection factore of 100 or more b reliable teet tion.
serodynamic diameter (AMAD) of t pm and effective factor for tritium oxide is about 1.g.
k.%Is type of roepirator may provide for three classes (D,W,Y) of radicsctive Alt-purtfying respiratoir are not suitable for greater protection and be used as an -
. material ishich refer to their retention y days, weeks or years)in the -
protection agelnet tritium oxide. See also emergency,devios in unknown senoontretiene =
w p{ _ _ _, d_ pplies to a range of cleerence 7-- of thelung.This footnote I concerning supplied. ale suite.
for protection against inhalation hasards. - +
-. u
- f. Centetere and cartridga shall not be External redletion hasards and other
.cleestacettor used beyond service-life limitations.
limitations topensitted exposeretouch se 1._
,. half-time @ flees than 10 days for n lor W from
- 3. Under chin type only.His type of skineboorption, must be taken into account.
'10 to 100 de, and for Y er then 100 -
roepirator le not estisfactory for use where it in such circumstances, de. The c
[n W. or von in Ihe might be possible (e.g.,if en accident or L Quantitative At test shall be umn headed "Clace" e les only to the emergency were to occur) for the emblent performed on each indi I and no me" Inlienation Alle and DACs given in1hble 1.
airborne concentrations to reach than 0.02% leakage le ellowed with this type columne 2 and 3.
Instantaneous values greeter than to times of apparetus, perceptible outwerd leak of Table 2 provides concentration limite for
' h pertinent values in table 1 column 3 of ges from this or any positive preneure f-airborne end liquid effluente released to the appendix B to H 30.1001-20.2401 of this contained breathing apparetus le general environment. Table 3 providee
- part.1his type of respirator le not evitable for.
. unacceptable because service life will be concentration limite for discharges to protection against plutonium or other high.
reduced substantially. Special training in the sanitary sewer systems.
toxicity materiale.The meek le to be tested use of thle type of apparatus shall be for fit prior to use. each time it le donned.
provided to & wearer.
N0'8'"8 h.1. Equipment shall be operated in a Note 1: prowetion factors for roeptratore se The values in Tables 1. 2, and 3 are manner that ensures he proper air flow,. -
may be approved by b U.S. Bureau of presented in the computer "E" notation. In p
teles are maintained. A protection factor of Mina/Nationellnetitute for Occupational no more than 1000 may be utilized for teetod-Safety and Health (NIOSH), according to this notat6on a value of eE-02 represente a and-certilled supplied-alt hoods when a applicable approvals for roeptratore for type value of ax10"8 or 0As, SE+ 2 represente a
minimum alt flow of a cubic feet (0.17 cubic and mode of use to protect against airborne ex108or e00, and OE+0 represente e x10'er redlonuclides, may be used to the extent that 6.
meters) per minute le maintained and 2043 Sognefnw4 W
App. B App.D PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION Table i "Occupationo/"
be demonstrated if the sum of the fractions of occur at the dose levels established for the nonstochastic Aus (AU ) that contribute individual members of the public. For Note that the columns in Table 1.of this 88 Ih* C8""III'd d*** '9"II I' Ih' 3*n radionuclidea, where the non-stochastic limit gppendix captioned " Oral Ingestion AU."
rece ng the highest don dou not exceed was governing in deriving the occupational
" inhalation AU." and "DAC." are applicable unly (intake (in pCl) of each DAC, the stochastic AU was used in deriving to occupallonal exposure to radioactive radionuclide/ AU ) <1.0). If there is an the corresponding airborne effluent limit in material.
extemal deep dose equivalent contribution of Table 2. For this reason. the DAC and The Aus in this appendix are the annual
- 11. then this sum must be less than l-(H./50) airborne effluent limits are not always intakes of a given radionuciloe by " Reference instead of being <1.0.
proportional as was the case in appendix B to Man" which would result in either (1) a The derived air concentration (DAC)
Il 20.1-20.601.
committed eIIective dose equivalent oI 5 rems values are derived limits intended to control The air concentration values listed in Table (stochastic AU) or (2) a committed dose equivalent of 50 rems to an organ or tissue chronic occupallonel exposures. The
- 2. Column 1, were derived by one of two (non-stochastic AU). The stochastic Aus relationship between the DAC and the AU is methods. For those radionuclides for which
+
were derived to result in a risk, due la given by: DAC-AU(in pCil/(2000 hours0.0231 days <br />0.556 hours <br />0.00331 weeks <br />7.61e-4 months <br /> per the stochastic limit is governing, the irradiation of organs and tissues. comparable working yearx60 minutes /hourx 2x10* ml atupational stochastic inhalation AU was to the risk associated with deep dose Per minute)=l AU/2.4 x10') pCl/ml. where divided by 2.4 x 10aml relatlng the inhalation equivalent to the whole body of 5 rems.De 2x10'mlis the volume of air breathed per AU lo the DAC, as explained above, and derivation includ.es multiplying the minute at work by " Reference Man" under then divided by a factor of 300. The factor of committed dose equivalent to en organ or working conditions of " light work.
300 includes the following components: a g'
tissue by a welshsing factor, w,.This The DAC values relate to one of two modes factor of 50 to relate the 5 rem annual weighting factor Is2he proportion of the risk of exposure: either external submersion or occupational dose limit to the 0.1-rem limit of stochastic effects resulting from treadiation the internal committed dose equivalents for members of the public, a factor of 3 to of the organ or liasue. T. to the total risk of resulting from Inhalation of radioactive adjust for the diffe.unce in exposure time and stochastic effects when the whole body is materials. Derived air concentrations based the inhalation rate for a worker and that for Irradiated uniformly.The values of w are upon submersion are for immersion in a semi-membere of the public; and a factor of 2 to s
listed under the definition of weighting factor infinite cloud of uniform concentration and adjust the occupational values (derived for in i 20.1003.no non-stochastic Aus were apply to each radionuclide separately, adults) so that they are applicable to other derived to avoid non-stochastic effects, such The AU and DAC values relate to
,8,8]s radionuclides for which g
as prompt damage to tissue or reduction in exposure to the single radionuclide named, pr organ function.
but also include contributions from the In" submersion (external dose) is limlun8, the A value of wt-0.06 is applicable to each of growth of any daughter radionuclide ccupationa; DAC in Table 1, Column 3. was the five organs or tissues in the " remainder" Produced in the body by the decay of the
$ category receiving the highest dose h pannt. However, intakes that include both g divided by 219.The factor of 219 la composed s
of a factor of 50, as described above, and a the parent and daughter radionuclides should 8
8 u equivalents, and the dose equivalents of all g other remaining tinues may be disregarded, E be treated by the general method appropriate g fad ro e nlaung occupau for 2.000 hours0 days <br />0 hours <br />0 weeks <br />0 months <br /> per year to full-time exposure The following parts of the GI tract-atomach, " for mixtures.
h-8.700 hours0.0081 days <br />0.194 hours <br />0.00116 weeks <br />2.6635e-4 months <br /> per year). Note that an additional E smallintestine, upper large latestine, and E The value of AU and DAC do not apply 3 (factor of 2 for age considerations la not lower large intestine-ere to be tunted as directly when the individual both ingests and warranted in the submersion case.
four separate organs.
Inhales a radionuchde, when the individual is De water concentrations were derived by Note that the dose equiv' lents for expond to a mixture of radionuclides by taking the most restrictive occupational a
extremities (hands and forurms, feet and either inhalation or ingestion or both, or stochastic oralIngestion AU and dividing by lower legs), skin, and lens of the eye are not when the individual is exposed to both 7.3 x 10' no factor of 7.3 x 10'(ml) includes considered in computing the committed internal and external radiation (see effective doce e<juivalent, but are subject to 120.1202). When an individualis exposed to the following components: the factors of 60 and 2 described above and a factor of 7.3 x limits that must ce met seperately.
radioactive materials which fall under 10*(ml) which is the annual water intake of When an AU is defined by the stochastic several of the translocadon classifications Refmnce Man.
dou limit, this value alone, is given. When an (I e, dass D Cass W. or Cass Y) of the AU is determined by the non-stochastic dou same radionuclide, the exposure may be Note 2 of this append,x provides groupings i
of radionuclides which are applicable to Ilmit to an organ, the organ or tinue to which evaluated as if it were a mixture of different unknown mixtures of radionuclides.These the limit applies is shown, and the Au for the radionuclides.
stochastic limit is4hown la parenthnes, it should be noted that the classification of groupings (including occupational inhalation Aus and DACa. air and water effluent (Abbreviated organ or tissue designations are a compound as Qass D, W or Y is based on c sed: Ill well = lower large intestine we.l.
the chemical form of the compound and does concentrations and sewerage) require dt. wall = stomach walk Blad wall =
not take into account the radiologicalhalf life demonstrating that the most limiting radionuclides in successive classes are bladder walk and Bone surf = bone surface.)
of different radioisotopes. For this reason, absent.The limit for the unknown mixture is ne use of the Aus listed first, the more values are given for Class D. W, and Y limiting of the stochastic and non stochastic compounds, even for very short lived deAnal when the prosence of one of the Aus, will ensure that non-stochastic effects radionuclides.
listml radionuclidos unnut be de Anitelf exdudaleither from knowlmigo of the are evolded and that the risk of stochastic whonnMnomixmition of the soun:o or effects is limited to en acceptably low value, from attual measurenumin, if,in a particular situation involving a The columns in Table 2 of this appendix radionuclide for which the non-stochastic Au captioned "Eftluents." " Air." and " Water,"
is limiting, use of that non-stochastic AU is are applicsble to the assessment and control 7,3f,3.g,,,,gj,p,,,j.
considered unduly conservative, the licensee of dou to the public, particularly in the may use the stochastic AU to determine the imptementation of the provisions of I 20.1302.
he monthly everage concentrations for committed effective dose equivalent.
The concentration values given in Columna 1 release to sanitary sewers are applicable to However, the licensee shall also ensure that and 2 of Table 2 are equivalent to the the provisions in i 20.2003. The concentration the 50-rem dose equivalent limit for any radionuclide concentrations which,ifinhaled values were derived by taking the most organ or tissue is not exceeded by the sum of cc ingested continuously over the course of a restrictive occupational stochastic oral the external deep dose equivalent plus the year, would produce a total effective dose ingestion AU and dividing by 7.3 x 101ml).
Internal committed dose to that organ (not equivalent of 0.05 rem (50 millirem or 0.5 He factor of 7.3 x 101ml)is composed of a the affective don). For the case where there millisfeverts),
factor of 7.3 x 10iml). the annual water is no external dou contribution, this would Consideration of non stochastic limits has intake by " Reference Man," and a factor of not been included in deriving the air and to, such that the concentrations,if the water effluent concentration limits because sewsge released by the licensee were the non-stochastic effects are presumed not to only source of water ingested by a reference man during a year, would result in a September 29,1995 20-34
App.B App. B 4
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION committed effective dose equivalent of 0.5 LIST OF ELEMENTS-Continued LIST OF ELEMENTS-Continued rem.
Atomac Atcmc LIST OF ELEMENTS Name Name Symtel No.
Symbd No l
Atonne Name GaAum Ga 31 Redon Rn to Symbol No.
Germanum Ge 32 Rher*nn Re 75 Gold Au 79 Rhodium Rh 45 Actnium Ac 90 Heinhan Hf 72 Rd*Aum.
Ab 37 Alumrum At 13 Holman Ho 67 Ruthenium Ru 44 Americhe Am 95 Hydrogen H
1 Somertum Sm 62 Anemony Sb 51 Indium in de Scendlum Sc 21 Arpm At te lodne 1
53 Seieruum Se 34 Arseruc-As 33 Irtdurn ir 77 Selcon Si 14 Astanne At 85 W
Fe 26 Seyw Ag 47 Baru Be 56 K8Ypton Kr 36 Sodium Na 11 g Berkelium Bk of Lanchenum La 57 Strontum Sr 36 3
b + Boylhurn Be 4
. Lead Pb 42 Sultw S
16 Bismuth Bi 33 Lutetum Lu 71 Tardekn Te 73 6 Bromine-Br 36 Meenseum Mg 12 Technomurn Tc 43
$ Cadmium Cd 4s Mangenees Mn 25 T1" Te 52 Calcium Ca 20 Mendolovhnn Md 401 - "Tetsen Tb 65 CeAlormum Cf 96 Mercury Hg 4
TheNann Tl 81 Carbon C
6
"; L' r
Mo 42 Thorke Th 90 Certum Ce 58 Neodymium Nd 60
.Thalhan Tm 69 Cesium Cs 65 Negenhan Np
.93
. Tin Sn 50 Odortne O
17 Hlckel Ni 20 Tunnium Ti 22 Chromium Cr 24 Niobium Nb 41 Tungeten.
W 74 Cobalt Co 27 Osmium Os 76 Urernum u
92 Copper Cu 29 Penedlum Pd 44 Venedum V
23 C-Cm 96 Phosphorus P
15 knon M
54 C,
J Dr 06 Platnum Pt 78 YW Yb 70 Einsteinium Es to Pw_-
Pu 94 ye y
3g Er r Er 68 Poeunhan Po 84 Zinc Zn 30 u
Europium Eu 63 Potasalum K
19 Zirconamn 2r 40 FM-Fm 100 Prn ^ "_-
Pr 50 Fluortne F
e Promeewum Pm 81 Francen Fr 87 Protactnium Pa 91 GadcAnium Gd 64 Resum Re te 20-35 September 29,1996 t
App. B App. B PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION ie 1 raie !
vaie 3 Ouo,ation.i vai s if finni teieases s.
1 Conc.atutions se.n Cei. 1 Cei. 2 Cat. 3 Cei. 1 Cei. 2 Oral Monthly Ingestion Inhelat t en Average Ateele Sadlenucilde Class ALI Atl DAG Air Water Cententratien ne,
(pCl)
(pCl)
(pCl/el) (pct /al) (pCl/el) (pC1/st) 1 Mydrogen-1 water. 0AC includes skin absorption 8F4 H +4 ft-l 1E 7 1F3 ll 2 I
6as (NT or T )$u6eersten : Use above values as Mi and Tg entdlae in air and in the body to NTO, 3
4 Beryllium-7 W, all compownds except 4(+4 ft+4 9P6 3E-8 6t 4 6t 3 these given for Y Y saides, halldes, and nitrates 2E+4 8F6 3E*8 7
4 Seryllium 10 W, see 8e it*3 2F2 6F8 ff-10 LLI mall 2FS
!!-4 (it+3)
I 161 6F9 2F11 Y, see Se 2
1E+6 M-4 21-6 6
Carten-11 Monentee H+$
M*4 M* 7 Olealde a
Campevads 4E*5 4(+5 2t-4 6FF 6F3 6F2 2t+6
?!-4 21 4 6
Carbon-14 Moncalde ff*l M*l 3F7 Clealde a
Campeands 263 2F3 IF6 3F9 31 5 M-4 2
9 Fluorine 18 0, fluorides of N, Li, Na, 8, 86, Cs, and Ff
$F4 7t +4 3FI 1E*7 St wall 71-4 7F3 (M.4)
W, fluorides of 6e, Mg, Ca Se, Se, 84, A1, Ca, In, it As, St. Si, Fe, tu, Os, Ce, Mt. Pd, Pt.
p.
Cu, Ag, Au, 2n, Cd. Mg, g
$c, V, it 2r, V Mb, Ta, Mn, ic, and de 9F4 4F5 11 7 g
V, tanthans fluoride 8t+4 3FS 1E-7 E
11 Sodium-22 0, a1I compounds 4t+2 6t +2 167 M 10 6F6 6t-l 11 Sodium-24 0, all compevnds 4(+3 66) 2t-4 7E 9 SE l St 4 12 Magne sium-28 0, all compounds except these ginn for W 7t+2
- E+3 ff*7 ff*9 9F4 9F5 W, saldes, hydreatees, carttees, halles, and II+3 M*7 21 9 at trates 13 Aluelava-26 0, all compeands sacept these given for W 4(+2 6t+1 M*8 M 11 6t 6 6t-6 W, estees, hydrenlees, cartides, hattees, and 9t +1 41 4 1E-10 attretes 14 5tlican 31 0, all compeands encept these given for W and Y H+3 3F4 1E*l 4t 8 II*4 II* 3 W, saides, hydrealdes, M +4 II*l SPS cartides, and sitestes 3E*4 1E-6 4E 8 Y, alvainostilcate glass a
3I 14 Stitcon-32 0, see ll 2t +3 262 1F7 3F10 LLI wall 4( S 46 4 (363) v, see hSI If *2 H-8 2E*10 SE *0 2P9 71 12 Y, see 51 15 phosphorus *32 0, all compeands encept phosphates given for W H +2 M*2 4F7 1F9 9F6 9f-S I
W, phosphates of in *,
I 2
3 S ', Mg +, y,3+, g g +,
4t+2
!!-7 SE10 and lanthantees 15 Phosphervs 33 0, see f2p 6F3 M*3 4F6 1F8 SPS St 4 st +3 11-6 4t*9 w, see p a
29, M 20-36
l I
L App.B App. B PART 20 e STANDARDS FOR PROTECTION AGAINST RADIATION taie 1 f anie 2 raie 3 Occupational values E f fluent teieases to Concentratt?
5evers Col. 1 Col. 2 Col. 3 Cel. 1 Col. a Oral Monthly lagention Inhalation Average Atamic Radlenuclide Class All ALI DAG Air Water Concentrat ten Ms.
(pC1)
(pCl)
(pCl/el) (pCl/st ) (pct /et) (pct /et)
II+4 H6 ti 8 16
' Selfur-35 Veper a
0, sulfides and sulfates except these given for W H+4 2t+4 71-6 25-8 LLI wall lt 4 11 3 (SE*3)
W. elemental sulfur.
6t+3 sulfides of Sr. 34. Go, Sn. PD. As, St. Bl. Cu.
AG. Am. 2n. Cd. Mg. W, and Mo.
Selfates of Ca, Sr.
M*3 M-7 St-9 84, Ra, As, $h, and $1 17 Chlerlae-M 0 chlerideo ef II. Lt, Na, K, Ah, Cs, and f r H+3 H+3 H6 M9 ft-l it-4 W chierides of lanthe*
nIdes. Se Ba, Ra, AI,Mg, Ca. SrGa In. TI, Go.Sn Pt.As,$b,81, Fe, Re Os. Ce, Rh, tr,
- 1, Pd. Pt. Cu, Ag. As, 2n, Cd. leg, Sc, Y TI, Zr. Mf, V, 4, Ya, Cr, Het M7 M 10 me, W, h, is, and te 17 Chierine-M g,,,, 36 )
!!+4 4t+4 ft-l 6t-8 t
C St. wolf St 4 36-3 (3t+4)
=
y M +4 21 5 M4 W, see C1 17 Chiertne-M 0, see M) if+4 SE *4 21 6 75-8 t
C St. well M-4 5t 3 (4t +4)
W, see 36 )
H +4 21-5 M-9 C
I
!!+0 61-3 18 Argwa7 Summersten I
21-4 M7
[
18 Argen-39 Submersten 3
1 Ar,-41 sun ecsion!
M-4 11-19 Petasstum-40 O, all compounds M*2 4t*2 ft 7 6t 10 45-6 4t 6 19 Potasstw42 0, all cessends H+3 SE*3 M-4 71-9 M-5 6t* 4 19 Petaastur43 O, all campounds H+3 M*3 4t 6 it-6 M5 M4 2
19 Potassium-44 0, all compounds it+4 7t+4 M-l M-8
=
- 54. well H4 M3 (4t+4)
=
=
19 Potassiw4S 0, all compounds M +4 it+5 St 6 31-7 I
a
$t. well 71-4 ff 3 (M+4) 20 Calcius-41 W, all compounds M+3 4t+3 ft-6 Sene surf, (tone surf M-9 6t-8 4t-4 (4t+3) 4t+3) 20 Calclw45 W, all compounds 2t+3 M+2 4t-7 M-9 ft-l it 4 10 C41ctus-47 W, all compounds M+2 M+2 41-7 18-9 Hl 11-4 21 Scandtur43 Y, a'l compounds 7t+3 H+4 M-4 St 8 11-4 11-3 21 Scandiur44e V, all cespeunds H+t 7t+2 31-7 H-9 71-6 71 5 11 Scandiur44 Y, all compounds 4t+3 II+4 St-6 21 8 M5 5t-4 21 Scandtur44 Y, e11 compounds Met it+1 11-7 M 10 11-5 15-4 21 Scandtur47 Y, all compeur.de it*3 St+3 H-6 4t-9 LLE well 4t-l 41-4 (M+3) 21 Scandiur48 Y, all compeands 8C+2 H+3 M-7 ft-9 11 5 M-4 Scandtur49 Y, all coepounds 2t+4 St+4 21 5 84-8 St-4 31 3 I
l 22 titantur44 0, all compounds except these given for W and Y M*2 1t+1 St-9 21-11 45-6 4t*l W. estees, hydreutees.
carttdes, halldes, and M+1 11 8 4t*11 nitrates i
N*12 M *8 It~',
Y, $rflos 20 37 September 29,1995
..g A p.B P
App. B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION Table 1 Table 2 table 3 Occupational Values Ef flueet Seleases to Concentrattens Sewers Col. 1 Cel. 2 Cel. 3 Col. 1 Col. 2 Oral Menthly Ingestion Inhalet ten Average Ateetc Radlenuclide Class Als ALI DAG _
Air Water Concentration No.
(yCI)
(yCl)
(yCl/el) (yCt/s)) (pct /el) (yCt/el) 22 Titaniwe-45 0, see il M*3 3t+4 1(-$
M-8 1E-4 IE*3 4t *4 11 5 M-8 W, see f1 H +4 11-5 41-8 V, see it 2
23 vanadt ur-47 0, all compounds exceet these given for W H +4
$E *4 M-5 11 7 St. well 41-4 4E 3
( M *4 )
W, saldes, hydresides, 1E+$
44-5 1E-7 cartides, and halides 0, see hv 6t+2 M7 91-10 H+2 1E +3 M-7 21-9 9E-6 91-$
23 vanadium-44 W, see V 23 vanadium-49 0, see "IV FE +4 M +4 1E 5 LLI wall Gene surf M-8 11 3 H-2 (M +4)
(M+4) 4I W, see V 2t+4 81 6 ff-8 24 Chromium-44 0, all compounds except s
these given for W and v 6t*3 IE *4 M-6 2t 8 8t-l SE-4 8
W, halides and nitrates 7t + 3 M-6 11-8 g
[
V, ealdes and hydrosides 7t*3 M6 1E 8 2
48 b
24 Chreslum-49 0, see Cr M+4 SE*4 4E-l 11 7 4f 4 4E 3 It +l 44 1 11-7 W, see Cr M *4 4E-5 11-7 Y, see Cr 24 Chrealue-51 0, see Cr 4E +4 M*4 21-5 6E-8 M-4 M3 2t +4 1E l M-8 W, see Cr
!! *4 St-6 M-8 V, see Cr I
25 Manganese-51 0, all compounds encept these given for W ft+4
$E *4 ft $
7E-8 3E-4 3E 3 W, enlees, hydresides, 6t +4 MS SE-8 haltdes, and nitrates 25 Manganese-62m g,,,, ll,
g,4 g,4 4g g gg,y 2
y St. wall 54 4 M3 (4E*4) gI 1E+$
41-5 11 7 W, see Mn 25 Mangenese-52 0, see fIMn 7t*2 If *3 M-1 21 9 1E S 1E 4 M +2 4E 7 IE*9 W, see Mn II 7f-4 7E 3 25 Mengenese-53 0, see Mn M *4
!!*4 M-6 Some surf W, see lh
(!!+4) 31 8 lt+4 5(-6 21 8 25 Manganese-54 0, see fIMn 2t+3 M*2 of 7 1E 9 M5 St 4 84 +2 M7 IE 9 W, see Mn 25 Manganese-54 0, see fMn M*3 ft +4 6t-6 ff-4 7E 5 7E 4 W, see h 2E +4 M-6 3E 8 5
.. ~ _
1 l
App. B App.D PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION Table 1 Table i Table 3 Ocewetional Values iffivent Beleases to Concentrattens lowers Col.1 Col. 2 Col, 3 Cel.1 Ce1. 2 Monthly Oral ingestion tahalatten Average Ateeig RadlenucIlde Class All Au Dec Air Water Concentration (yCl)
(pCl)
(yCl/el) (WCl/el) (yCl/et) (yCl/el)
No.
these given for W M**
M*3 1E-6 48-9 11-5 11 4 j
N tron 52
- 9. e11 compounds sacept W. saldes, hydrealdes.
H +3
!! 6 M-9 and halides M+3 2D3 M7 M-9 11 4 11 3 26 f ron-SS
- 0. see $Fe 4t+3 21-6 6E-9 W, see Fe 8t+2 M*2
!! 7 58-10 IE-l 11-4
- 9. see $Fe 26 Iron-59 H+2 21-7 M-10 W. see fe 26 f ron-60
- 0. see Fe M +1 H+0 M-9 Malt 4t-7 4t-6 I
M*1 08-9 M-11 W see fe 27 Cabelt ll W, all compounds oncept these given for Y It+ 3 M+3 it-6 48 9 2E-l 21-4 Y, saldes, hydroaldes, M+3
!!*6 4t 9 halides, and nitrates M*2 M+2 It*7 48 10 M-6 6E-l W see $ce Y, see ce 4t+2 292 M-8 M 10 1
27 Ce6416 56 st+ 3 M+3 11-6 4E-9 M5 M-4 f,
27 Catait-57 W see (Ce Y, see ca 4D3 7t*2 M-7 M 10 g
M *4 M +4 4El it-7, M-4 08 3 W. see $Ce 27 Ce641L-50m M+4 M-5 M-4 Y. see Ce 27 Catelt-le W,see Co M*3 If*3 M7 M-9 M-5 2F4 Y, see Co 103 7t*t M7 M9 27 Ce641t 60e W. see C6 It+6 466 FPI M-4 I
54 St. well 21 2 2P1 (1DS)
SS M+4 1t*3 41-6 Y,see Ce SDP tt +2 7F8 M-10 M-4 3F5 W. see $Ce 27 Cabalt-60 Y, see Ce it+2 M+1 IF8 5b11 I
it+4 H +4 M-5 M-8 3E-4 M-3 27 Ce641t 41 W see $Ce Y, see ce H +4 664 21-5 Sbe a
t y,,,, llte 4t+4 M+5 7E-l 21-7 27 Cebsit 62s St. well M-4 M-3 a
(M+4)
II H4 Ml 11 7 Y,see Ce 28 Nickel-56 0, all compounds encept these given for W H+1 ft+3 M7 M9 M-l 2P4 W, entdes, hydroaldes, H+3 M*7 ff *9 and certides 1t+ 3 M7 2P9 Vapor 28 Nicket-57 0, see 41 tie)
M *3 FI-5 71 9 21 5 ft-4 M+3 15-6 4t-9 W. see 1
4t+3 M6 M-9 Vapor l
l e
Septenter 29,1995 20 39
APP > D App. B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION Table 1 Table 2 table 3 i
Occwattenal values Effluent teleases te Concentrattens Sewers Cel, 1 Col. 2 Col. 3 Cal. 1 Col. 2 Oral Monthly i
lagestion Inhalation Average j
Atomic Sadienutilde Class All AL I DAC Air Water Concentration No.
(pCl)
(pCl)
(pCl/el) (pCl/el) (pC1/el) (yCi/el) 28 Nickel *59 0, see ut 2(+4 4t+3 2t 4 569 M-4 M3 W, see Ni 7t
- 3 366 the 2D3 M7 M9 Vapor 28 Nickel-63 0, see Nl M+3 2D3 71 7 ft-9 IE 4 Il 1 W, see M1 3t +3 IF6 4t-9 Vapor SD2 3F7 lt-9 28 Nickel 65 0, see "Ni H+ 3 2t + 4 It-6 M-8 1E 4 18 3 g
W, see Ni 3t +4 It-S 41-8 Vapor 2D4 7E-6 2E-8 28 Nickel 64 0, see I'Ni 4t+2 2t+ 3 7F7 21 9 tti vall 6F6 64 5 (M+2) 56 W, see Mt 6D2 M-7 91 10 303 11-6 4F9 Vapor I
29 Capper-60 0, all campounds encept these given for W and Y 3t+4 9t+4 4FS 1F7 St. wall 41 4 463 (M+4)
W, sulfides, halides, It+5 M-5 ft 7 h
and nitrates r-It.$
4t-S 11-7 Y, saides and hydrenlees 29 Copper-61
- 0. see Ca 1t +4 3t +4 11-5 4t-e 2F4 21 3 4t +4 2F5 61 8 E
W, see Cu 4t+4 It-$
5t-8 Y, see Ce 29 spper-64 0, see cm it+4 3t+4 11-5 41-8 2F4 ft-3 2t +4 let M-8 W, see Cu 2t +4 9t 4 31 8 Y, see Cu 21 pper-67 0, see tu SF3 M*3 M-6 11-8 6PS 6F4 M+3 21-6 71-9 W, see Cu SD3 21-6 669 Y, see Ce 30 llac-62 Y, all campounds 1t+3 H+3 11 4 48-9 21-5 21-4 2
30 llac-63 V, all campounds it+4 FE*4 M-l 9F8 St. wall j
(3D4) 3t-4 3t 3 30 llac-41 Y, all compounds 4t +2 M*2 11 7 41 10 St-6 51 5 30 Itac-49m Y, all compounds 4D3 7t+3 3F6 11-0 6t S M-4 l
N Zlac-4,2 Y, all compounds 6t+4
!!+5 6Fl 2F7 SF4 SF3 30 Itac-fle Y, all compounds 6D3 2D4 7t-6 2F0 M-5 M-4 H
Itac-72 Y, all compounds it+3 1t+3 M-7 2F9 166 11-4 2
31 Calliw&5 0, all cespeunda excel these given for W M +4 ft+5 7t-$
ft 7 St. well 91-4 9F3 (604)
W, estees, hydresides, carbides, halters, and nitrates 2iel of-l 31-7 l
l l
l l
l l
t
' App.D PART 20 STANDARDS FOR PRSTECTl2N AGAINST RADIATION i
5.
r.ie 3 ou.i.ie.i vai.s terl.ie.2 tion t
neieases to Concentratleas Sewers Col.1 Cel. 2 Col. 3 Col. 1 Cal. 2 tral Monthly laeostlen t ahalatten Average Atenit 6aeleauclide Class ALI ALI pac Air Water Concentratten me.
(pCl)
(pCl)
(pCl/el) (pCl/el) (pCl/el) (pCl/el)
II+3 4t*3 11 6 M9 11-5 18 4
- 9. see $Ga 31 Ga111w67 1t +4 4( 6 It-8 W, see Ga 0,see 2t +4 4t+4 M5 M-8 ft*4 21-3 W, see $Ga 2
31 Gallium-68 M+4 28 6 M -8 a
l Ga f
31 Galltw70 g,,,, 6t,
g,4 gg,g g,g gg,9 2
g St. wall It*3 18 2 l
(71*4) 4S ff*6 M5 M7 W, sw Ga 1t + 3 4t*3 It 6 St-9 25 5 21 4 31 Gallium-72 8, see $'Ga M+3 Ice 4t 9 W. see Ga H+3 M +4 6t 6 M -3 M5 ff 4 31 Gallie73 0, see llGa 2t+4 M6 M8 b
W, see Ga
+
32 Gereentwe6 0, all compounes encept those given for W 2t +4 M+4 11 5 4t 8 M4 M3 g
W, entdes, sulflees, M*4 8t 6 M-8 see hallees 0, see "Ge M+4 M*4 4f S M7 32 Germentum-6F St. wall (4t +4)
M, 4 6,t 3 a
g,g 4g,g gg,y W. see 66,
g 32 Germentum-68
- 9. see Ge H+3 M*3 M-6 M-9 Ml M-4 It+2 el-8 1E 10 W. see II+4 M *4 6t 6 M-8 M-4 M3 0, see $Ge 32 Germanium-69 M*3 M4 M-4 W see Ge M*6 4t +5 M-4 Na7 78 3 71 2 0, see ""Ge 22 Germaatua 71 4t +4 M*$
GE-8 W. see Ge 64,
4g,4 g,4 g.g g,y I
g 32 Germanten-75 S, su St. well M4 M3 (M+4) et +4 4E-5 1E 7 W, see "Ge 32 Germaaleff 0, see Ce It+3 1t+4 at 6 M9 M4 M3 66 6t +3 M-4 et 1 66 W, sw Ge 2
g,,,, p,
gg,4 gg,4 g.g g.g g
32 Germeatum=78 St. =sti M4 M*3 (2t+4) 64 7t+4 M-4 X-8 W. see Ge I
i r
l i
i n
l APP +B App. B PART 20 STANDARDS FOR PROTECTION'AGAINST RADIATION
( i. t taie 2 taie 3 Occwattenal Values Effluent teleases to Concentrations Sewers Cel. 1 Col. 2 Col. 3 Col. 1 Col. 2 f
Oral Neathly tagestion lehsistlen Aeerage Atealt Radienuttlde Class ALI ALI DAC Air Water Cancentretlen No.
(pCl)
(yCl)
(yCl/sI) (yC1/el) (pCl/el) (pCl/el) 2 l
33 Arsentc-49 W, all compounds 3t*4 1t+5 M-5 21-7
- 54. wall j
(4t+4) 6E-4 6( 3 I
33 Arsenic 70 W, all compounds 1E+4 St +4 21-5 7f 4 21-4 28 3 33 Arsentc 71 W, all compounds 4t*3 H+3 21-6 6E-9 M-5
$E-4 33 Arsenic-72 W, all compounds 9t*2 It + 3 6( 7 2E-9 11-5 IE 4 33 Arsentc 73 W. all compounds 8(+3 M*3 71 7 21-1 IE 4 18 3 33 Arsenic 74 W, all ceapounds it+3 -
4t+2 3E-7 1E 9 M-5 21-4 33 Arsente 76 W all compounds it*3 1E*3 6t*7 ff 9 18 5 1E-4 33 Arsenic 77 W, all compounds 4t+3 5(+3 21-6 71-9 LLI well 6f-5 6(-4 (5(+ 3) 2 e
33 Arsenic-78 W, all compounds st + 3 2t+4 9( 6 M-8 11-4 If-3 2
34 Selentw70 g,,yy g,,,,,,,,,,c,,g these given for W 2t +4 4E +4 21 5 5(-8 18-4 11 3 W, entdes, hydrealdes, carbides, and elemental Se 1E+4-4t *4 ft-5 61 4 I
I 34 5elenie73e 0, see se 6(+4 2( + 5 6t-5 M-7 4( 4 4t 3 W, see se M *4 11,5 M-5 21-7 14 Selentw 73 0, see se M*3 1E*4 5(-6 M-s 4t-6 4t-4 W,see 5e 21*4 7t-6 21-8 H
5elentw?S 0, see se M *2 7t +2 3(-7 1E 9 7t-6 7E 5 6E*2 M-7 8(-10 W, see se W, see $5e 6t*2 21-7 SE 10 34 Selenium-79 0, see 6(+2 SE *2 3E-7 lt-9 6E-6 SE-5 se O, see $$e I
14 5elenium-Sla 4t*4 7t *4 3( 5 9(-8 3t-4 3E-3 W, see se 21 *4 71*4 M5 11-7 a
2 70 34 Selentwe1 0,see 54 4t +4 ft +5 9E-5 M7 St. well (8E*4) 11-3 11 2 70 W, see Se 2t +5 1E-4 31-7 2
34 5elentum-43 g,,,,
4g,4 gg,g g,g gg,
4g,4
.g,3 W, see se M *4 II+5 M5 2f 7 september 29,1995 20-42
App.B APP. B PART 20 STANDARDS F8R PRSTECTION AGAINST RADIATION Tele 1 Tele f tele 3 Occettenal Values Effluent teleases to Concentrettens sewers Col.1 Cel. 2 Cel. 3 Col. I Cet. 2 tral Monthly lapestion laheletion Aserege Att uns Air Weter Concentretten Ateelt Reeleauclide Class ALI -
(yCI)
(yCl/el) (yCl/el) (yCl/el) (pCl/el) he.
(yCl) 2 35 Sreelne-74e
- 8. breal4es of M. Lt.
he. E. Ab Cs an4 Fr 1(+4 4t*4 M5 Me St. usil M-4 M3 (ft +4)
W breal4es of leathe-aI4es. SeI.Mg Co. Srse Ia II.
Se. Re. A Ge.Sn.Pt.As.54.St.
Fe. Ru. Os. Co. Ah, f r.
N1. p4. pt. Co. Ag. Au, T. fl.
ts. C4. Mt. Sc.f e, m.
f r. Nf. V. ab.
4(+4 21 5 M-8 ic. an4 te 31 Brentae-74
- 0. see I4"Be M +4 7t+4 M-5 M7 1
St. well M4
$( 3 (4(+4)
W. See yO'Re M *4 44 5 M7 35 Greatne 75 0,see I*'Br M +4 M +4 ft-5 71-8 1
=
St. well M-4 M3 (4(+4)
W. see
De I
M*4 M-5 M*4 35 Breelne*?6
- 8. see I4"Be 4( + 1 M*3 M4 M9 Ml M4 I*"
4(+3 M4 M9 W, see pr
. 8. see f%Br r
st+4 M *4 It $
M8 31-4 ft 3 i
E 3S Greatne-77 M +4 M4 Me W see I
g I
e it+4 M+4 M-4 M-4 M4 M3 35 Breeine-00m
- 9. ese,
g 1(+4 M4 M-g W see r
35 Greatne-80 g,,,,74e,
g,4 g,g g,g g,y 2
g St. well at 3 M-2 (M*4).
W. see 74'Br M *5 M-5 M7 S. see f*Nr
'tr M* 3 4(+3 M-4 M9 4( 5 4( 4 35 Breelne et 4(+3 M4 M-9 W. see 35 Breeine-03 0,see I4'Br M+4 H+4 M-S M8 St. well M-4 M3 (7t+4)
W. see I4'Br M *4 3(-S M-4 a
31 treelne-M g,,,,74e,
g,4 g,4 g,g g.,
t g
St. well 4(-4
. 4( 3 (3(+4)
W. see yRe M *4 M5 M-4 2
I M-4 1(-4 34 Et,vtem-74 subseesten I
M4 4( 8 M
Krypton M Senersten M
Erypton 77 gg,,,,g,1 2
gg,4 M-4 I
Hl M0 a
M Erypton-79
$dowesten I
M4 M-6
=
M Erypton-81 Senersten o
2043 September 29,1998 l
APP.B App,B PART 20 STANDARDS FOR PROTECTION ACAINST RADIATION idie i idie 2 7 die 3 Occeational values Ef flueet Seleases to Concentrations levers Col.1 Cel. ?
Cel. 3 Col.1 Col. 2 Oral Monthly lagestion Inhalatten.._
Average Ateelt Radteauclide Class Atl Atl DE Afr Water Concentratten No.
(yCl)
(yCl)
(yCt/el) (yCl/el) (yct/st) (yC t/si)
I I
18 2 M5 M
Krypton-Sh
$dmers ten I
tbl H7 36 Krypton-Sle
$deersten a
I It 4 71-7 M
Erypton-SS 5deersten 36 trypton-87 gg,,,, g,,1 2
lb6 21 8 I
206 M9 36 Krypton-M Sdeersten I
37 Adidive-7t 0, all cespeur.ds 4b4 1(+$
Ml 21 7 5t. well M4 8( 3 (M*4) t 37 Adidlette g,, g g,,,,,y,,,
gpg g,g gg.4 g7 St. well 4E-3 4E 2 (M+l) 37 84146us-81 0, all compeands 4t +4 M +4 21-5 7t 8 M 663 A7 Adldtte Stu 0, all cespeunds it *4 2t+4 71 4 21 4 lb4 2b3 17 Antalet) 0, all compounds H+2 11*3 4t*7 11 9 M5 M-l E
37 Adidium-84 0, all compounds M*2 M *2 St 7 11 9 7t-6 ft-l E
37 AdidiwM B, all compounda M*2 M *2 M7 11 9 71 6 7E l 37 Seldtum-87 0, all tempounds 1b3 lb3 M*7 ft 9 It l 11-4 2
37 Adletus-88 0, all compounds 2t+4 664 St l M8 St. well 4t-4 463 (M*4)
I 37 edidletf O, all cespeunes 464
. It'l Ml 2b7 5t. well M4 Mal (6t+4) 8 M
nrontiwM 0,.n seidie ca.p.unds encept $ritop 4t+ 3 11+4 M4 ft-4 M*l M-4 Y, all inselunte ces-1t*4 M*6 ff =8 pounds and lefits 30 Strontle 01 0, see le M *4 H +4 M5 18 7 M4 M3 2
f, see $r M *4 8b4 M*l It 7 88 38 Streattus-82 0, see Sr H+2 4b2 207 M 10 LLI well M6 M*l (Pt+2) y Y, see le 2t *2 M*1 41 8 18 10 0, see $$r M+3 7t+3 M6 1t 0 Ml M4 M
Strontlue 83 Y, see le 2b3 4t+3 1t*6 M9
'M Strontlette 8, see $r 265 6bl M-4 M-7 363 M2 t-M *$
41 4 11 5 Y, see $r
- 8. see $le M*3 M*3 lb6 469 465 464 38 Strontium-85 2t +3 6E 7 28 9
=
a T see ir a
8 see $le M *4 Hel 565 M7 664 6b3
~ 38 Strontles 8Fe f, see Sr 4b4 2t +1 6t 6 21 7 l
t l
1 I
W 29,1996 20 44
(
APP.B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION Co t.e.n.e.2 neie.e 3 i.ie v.i
.cc tie.e i rai se es t.
t si Yaises c
t,.ti.e ro Cei. i Cei. 2 Cei. 3 C.i. 1. C.i. 2 oroi n ai, i
siten inheietten Average Atomic Aedienucitee Ciese At au sac Air water Concentratten No.
(pCl)
(pCl)
(pCl/mi) (pCl/ei) (pCl/si) ' (pC1/mi) 80 M
Streatlett
- 8. see $r M*2 M*2 41-7 1t-9 tti well f
SE 6 04 $
(M*2) l Y. see 5r M*2 It+2 48-8 21-10 g
M Strontiw90 8, see "$r M*1 ft+1 M9 Sene surf Sene surf M-11 St 7 56 6 (4f *1)
(ft*l)
T. see g$r 4t +0 21-9 61 12 M
Streatlwl1 B. see g$r 2t+3 M*3 21-6 M-9 ft-6 21 4 80 4f+3 M -6 58-9 a
Y. see 3r M*3 M*3 41-6 lt e 41 5 4t 4
- 9. see $$r 38.
Streatlett M*3 M-6 M-9 Y. see Se i
t 39 YttriwtEs y,,jg,,,,,,,,,
,,,,,g these given for Y H +4 M+4 M-5 M8 M-4 M3 M *4 21 5 M*8 Y. estees ena hydrealdes i
l 39 YttrtwM W. see "sta"Y 1t*3 M*3
' 18-6 M9 M-5 ft 4 M*3 11-6 M9 Y. see f
M Yttrie87 W. see 2t +3 M+3 11 4 54-9 M5 M-4 I
i Mel it 6 51-9 Y, see E
M YttelwM W. see test M*3 M*2 16 7
' M 10 11 $
11 4 ft+2 M7 M-10 3
Y, see 88"f l
=
39 Yttet e ten W. see M*3 it+4 M-4 M-4 H4 It 3 1t +4 M-4 M-8 Y, see M
Yttel w M W. He 88"f 4(+2 7t+2 M7 M-10 Ltt well 71 6 7t-l (M+2) 86s M*2 M-7 M 10 Y, see v
1t +l N+6 H4 M7 N-3 M-2 y,,,, 06mY. He "*V 2
39 Yttrive-91m N+t 71-5 21 7 f
39 Yttetell W, see 86af M*2 M+2 75 0 2( 10 tti well M-6 St-6 (M*2)
Y, em 88"f M*2 M-8 N 10 s
M+3 M+3 45 6 M-4 44-6 44-4 W, see "taf I
39 Yttriw92 M*3 M6 M-8 Y,see "f
W. see "8"f M*3 M*)
M-4 48 9 Nl M-4 8
M Yttrie93 2t*3 15-6 M-9 Y. see
- r I
tes M
Yttriel4 W. see y
g,4 gg,4 g.g g,y
- 54. well 44 4 48 3 (3t+4)
=
=
Y, see 88"Y N+4 MS 15 7 39 Yttrl w M W. see een, 4g,4 g,g g,g
,g,y I
St. well 71 4 78 3 (M+4)
=
Y, su 88"V M*5 Ml 21 7 l
l l
i l
i 1
i -
4 E
f 20-45 septemtm29,1996
. -.. - ~
_a,,
App. B APP *B PART20 STANDARDS FOR PROTECTION AGAINST RADIATION Table 1 Table 2 Table 3 Occupatlanal Yalues Effluent teleases to Concentrattens Sewers Col.1 Cal. 2 Ce1. 3 Cel. 1 Col. 2 Deal Monthly lagestlen Inhalat ten Averate Ateelt Radlenucilde Class All 7tl Dec._
Air Water Concentratten No.
(pCl)
(yCl)
(yCl/si) (yCl/el) (yCl/el) (yCl/el) e9 Urconlue-56 p, all compounds except these given for W and Y lt +3 4t*3 2F6 669 2FS 21 4 W, entdes, hydrealdes, 3D3 IF6 4P9 halldes, and altrates Y, cartide 2D3 11-6 31 9 40 Ilrconf un-06 0, see 2r 4D3 2O2 M-4 M 10 M*S St-4 W, see ir M *2 21 -7 71 10 Y, see 2r 3E +2 11 7 41 10 40 lircentett 8, see 2r M*3 4t+3 11-6 M-9 tb5 21 4 W, see 2r 2t + 3 11-6 3P9 Y, see ir 2D3 1P6 309 88 40 Ilrcente93 0, see 2r
!!+ 3 6t +0 M-9 Bone surf Bone surf 2E-11 46 5 41 4 (3D3)
(M+1) e6 ft *1 168 W, see 2r Sene surf (6D1)
M 11 a
88 6D1 M-8 9
Y, see 2r tene surf M 11 (701) 88 2E5 21 4 40 llecentw95 0, see 2r 1t+3 It*2 M4 tone surf 41-10 (M*2) a 4t +2 tb7 M-10 g
W, see 2r M+2 167 4t*10 Y, see le E
40 f f rcentw97 0, see 2r 6iet 2D3 M7 M9 M-6 M-5 W, see le 1D3 M-7 2E9 V see 2r 11+1 M7 21-9 I
~
41 Nietlue-0$
W, all campounds encept these tiven for Y M *4 ff *5 M5 M7 5t. well IE3 11-2 (7t +4)
Y, enlees and hydresides 2DS 965 M7 I
88 41 ble61ue-09e W see e 1D4 4t +4 21 5 64-8 11 4 11-3 88 (66 ein)
Y,see 2 4t +4 ff-5 M8 41 Misbiwt9 V,see M*3 M +4 8F6 308 7t-5 71-4
!!+4 M-6 21-8 (122 ein)
Y, see 41 Niettw90 W, see 163 M*3 It 6 4E9 11 6 lb4 2D3 1F6 M9 Y, see 88 41 Mle61wt3e W, see 2 9t +3 2D3 M-7 M9 til mil
!! 4 ft-3 (1t+4) 88 2D2 71-8 21-10 Y, see m
+ 41 NiebleM W,see M *2 H +2 M-8 M 10 1Fl it 4 2D1 669 2P11 T. see 00
- 41 Niettette V, see Mb 2f +3 M+1 IF6 4t 9 Lil wall Ml 3F4 (2t
- 3) te 2t +3 M7 M-9 Y, see Nb 1
I 1
l Sognemtper 29,1995 20-46
[
p+ B App
- D PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION l
i Table 1 Table 2 Table 3 Occupettenal values E f fluent Releases to Concentrations Sewers l
Cel,1 Col. 2 Col. 3 Col.1 Col. 2 l,
Oral Monthly I
I l
Ingentlen Inhalatten Average i
Atomic Redienuclide Class All Atl DAI Air Water Concentration No.
(yCl)
(yCl)
(yCl/ml) (yC1/m1) (yCl/ml) (yCl/el) t::e%
11:1 ll:?
"+2 41 aiai-*
41 niobium-M W, see 1t +3 M*3 tt-6 4E-9 21 6 It-4 2t+ 3 1E-6 3(-9 Y, see y,,,, te 2t+ 4 M *4 3E l IE 7 M4 3E-3 2
41 utebt urtT Y, see "Nb 7t+4 3t S lt 7 Nb 1t +4 M *4 25 5 M8 2E 4 21 1 y,,,, 88 2
41 hiebiw98 Y, see "Mb SE*4 ff *5 71 8 Nb 42 Molybdenur90 0, all compounds escept these given for V 4t+3 7t +3 M-6 11-6 3t-S 31 4 T esides, hydresides, M*3 St+3 M4 H-9 and Moss 9t + 3 ft +4 7t-6 21-8 6E 6 6E-4 42 Molybdenum-93n 0, see h Y, see Mo 4t+3 1E+4 H-6 28-8 42 Molybdenw93 0, see "Me 4E*3 M*3 2t-6 BE-9 SE 5 H4 Y, see 2t*4 H +2 M-8 M-10 42 Metybdenett 9, see "Me 2t + 3 M+1 1E-6 41 9 tti well 2t-5 ft 4 (1t+3)
V, see "Ma 1E* 3 1E
- 3 6E-7 2E-9 g
3 42 Molybdenur101 0, see "Me 4 E +4 It +5 H-S M7 2
St. well 71-4 7E 3 (M *4)
Y, see # e lt +l H-S 21 7 M
I 43 Technetturf3m 0, all compounds encept these given for W 7t+4 M *5 6t-5 21-7 1E 3 Il-2 W, entdes, hydroxides, M+5 IE-4 4E-7 halides, and nitrates 3t +4 7t+4 M-S 11-7 4t 4 4t 3 43 Technetium-93 0, see f3*ic 1t+5 4t S lt 7 W, see Ic 2E+4 4t + 4 M-5 H-8 M-4 M-3 0, see 3"It 2
43 Technettum-94m M*4 M*6 at-6 W, see 3*Tc 3"
M*3 tt +4 Mal M-8 IE-4 Ital 43 Technettum-94 0, see 'I3"ic 2t+4 IE*l M-8 W,see ic 43 f echnett us-Ma 0,see II"ic 4t+3 M*3 H-6 M9 M5 M-4 M *3 W-7 H-9 W, see 83*Ic 0, see 'I38'1c 11+4 ft+4 M6 M9 11 4 M*
- 43 TechnetturM M *4 M-4 M*8 W, see Ic c
2t+5 M +5 31 4 4t 7 M3 M-2 0, see )' ic I
43 TechnetturMm H+5 31*4 M*7 W, see 4)*
TechnetturH 0, see f3*Tc 2t+3 M*3 1E-6 M9 M-6 M-4 M*3 M-7 M9 W, see Tc 6E 5 H4 41 Technetium-97a 0, see '3*fc M+3 7t*3 M-6 5t. wel) 11 8 (7t+3)
W, see '3*fc it*3 H-7 21-9 i
i t
I b
r
~. ~.
.~,.. -.
- ~.
-. ~..., - -
App. B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION fable 1 fehle 2 Tente 3 Occupational Values Effluent Releases to Concentrattens Sewers Col.1 Cel. 2 Cal. 3 Cel. 1 Cel. 2 Monthly Orel Ingestion lahelatten Average Atomic Redlenuclide Class All ALI pac.
Air Water Concentrattee (yc1)
(yc1)
(yct/el) (yCt/el) (yc1/el) (yC1/el) me.
I 4(+4 M *4 ff-l 7f-8 M-4 M-3 43 Technettum-97 0, see '3"Tc M*3 M-4 SE 9 W, see 3"ic II+3 ff*3 71-7 21 9 11-5 11 4 43 Technette-94 0, see 3"fc W, see 3"It M+2 It 7 4E 10 43 Technettetta 9, see '3"Tc H+4 H+5 M-5 ft 7 1( 3 IE 2 H+5 11-4 M7 W, see '3"Ic 6E-5 64-4 43 Technettum-99 0, su '3*Tc 4(+3 M+3 ff-6 St. well St-9 (H+3) 71+2 M-7 M*10 W, see '3"Tc I
0, su '3"Tc M+4 M+$
H-4 M7 43 Technetium-101 St. well 2E 3 2E 2
(!!+5) 4t*5 M-4 M7
~
W, see '3"It I
0, see '3*fc M+4 M +4 M5 1E*7 43' Yechnettum-104 St. well 4(-4 4E-J (M+4)
M +4 4( S M7 W, see II"Ic I
k 44 Authealum-94 0, all compounds except these given for W and v H +4 4(+4 M5 M-8 M4 ff-3 g
H +4 M-S M8 W, belides H +4 21-5 M-t V, enlees and hydresides 44 Rutheate97 0, see tu M*3 M +4 M-6 M-8 1E-4 1E-3 1E+4 M-6 M8 W, see au IE+4 M-4 21 4 Y, see tu 44 Authenium-103 0, see tu H+3 2t+3 M7 2f-9 M5 M4 H+3 4( 7 M-9 W, see au M*2 M-7 M*10 T. see Au 44 Ruthenium-105 0, see tu H+ 3 M*4 4(-4 ff 8 7t S 75 4 H +4 M-6 M8 W, see Ru 1E*4 St-6 M-0 Y,see tu 44 Ruthentum 106 0, see '"Ru H+2 M+1 4(-8 H 10 LLE well M-6 M5 (2f *2)
M+1 M4 M 11 W, see tu If +1 5(*f 2f-11 Y, see Au 45 theeto-99m g, all cespeunes eacept these given for W end Y H +4 M*4 ff 5 M-8 M-4 ff-3 M *4 Mel 1E 7 W, holides M+4 Men M-4 Y, entdes and hyf-eatdes
=
45 shedtus 99 e, see M+3 M*3 Mag ag,
M.5 M4 M*3 M7 M-9 W, see M*3 M-7 M9 f see l
l
I l
l i
App. B PART 20 STANDARD 3 FOR PROTECTION AGAINST RADIATION l
raie i v.ie 2 v.i. 3 Occupatleaal Values (f fluent teleases to C co.tr. tim levers C.i. 1 C.i. 2 C.i. 3 C.i. 1 C.i. 2 Dest Monthly lagostlea Inhalatlea Average 1
Ateolc tedienucilde Class All ALI DAE; Air Water Concentratten No.
(yCl)
(yCl)
(yC1/el) (yC1/el) (yCl/el) (yCl/el) 45 Ahedle100
- 9. see 2(+3 M*3 ft 6 71 9 21-5 M4 4(+3 21-6 M-9 W. Sec 4F+3 ft-6 M-9 Y, see 45 theele101e S. see 6t+7 II+4 M-6 M-s M5 et 4
W. see h M*2 6E-8 21 10 8t+2 M7 1E 9 V, see Rh 45 Aheele102m
- 9. see %
1t+3 H +2 M-7 71 10 LLI well 25-5 M4 i
(11+3) l W. s e 4E+2 M-7 M 30 H+2 M-4 M 30 Y, see t
l 45 Rhedle102
- 8. see
.' M*2 M+1 4(-4 1E-10 M-6 M5 2E*2
' 7t-8 2t-10 1
W see 6E*1 21-4 M*11 V. See 2
45 thodiw103m 0,see 4( +5 1E+6 M-4 21-6 6f 3 M-2 1E +6 M4 21-6 W. see n
l h
H +6 M4 2E-6 Y, see S
45 thmetw105
- 8. see M'nh 4(+3 H +4 SE-6 ft-8
{
LLI well H-5 M4
(*(+3)
E W. see %
M*3 M6 M-9 Y, see %
M*3 2;-6 M-9 45 thedt w 1O6e
- v. see 4L+4 11-5 M-8 Y, see h
45 Rhodiw187 9, see b 7(+4 M +5 18-4 M-7
^
I 5t. wall 1E4 H-2 (9E *4)
M +5 fd 4 4E-7 W. see M*5 11 4 M-7 Y, see 44 Palladiw100
- 8. all campounds eacept these given for W and Y H+3 II+3 6E 7 M-9 2C-5 M4 II+3 M-7 ft-9 j
W. mitrates M+3 M-7 M-9 Y, estees and hydroaldes t
- 9. see f00'd N'4 N *4 N*I N
N**
N*I 46 Palladielet M +4 H-5 M8 W. see #Pd M+4 11-5 4(-8 Y, see P1 100 46 Palladi w 103 0, see Pd M*3 6(+3 M-4 M-9 i
LLI mell IE-4 11 3 (7t+3) lee 4t+3 ft-6 68-9 W. see #rt 4(+3 H6 M-9 V. see Pd 100 46 Palledle107 0, see Pd M +4 2t+4 M-6 tti well Eieneys M-t M-4 M3 (4t +4)
(2t+4)
W. See #Pd 7t+3 M-6 1E-8 Y, see #Pd 4( + 2 21 7 M-10 i
l i
20-4e sepomber 29,1995
~.-
-.. - ~.
~.. _ -..,.....
..w..
APP.B App + D PART 20 STANDARDS FOR PROTECTION AGAINST RADIATl2N f able 1 Table 2 f able 3 Occupational values E f flueet Releases to Concentrattens Sewers Col.1 Col. 2 Cel, 3 Col,1 Col. 2 Monthly Oral ineestien Inhalatten Average All AU Dec Air Water Canceatretten (pCl)
(yCl)
(yCl/el) (yC1/al) (yCl/el) (yCl/el)
Ataelc Sadienuclide Class No.
O, see 2E *3 6t +3 M-6 M-9 M5 M4 W, see $Pd 44 pe11adium-109.
M+3 ff*6 M -t Pd H+1 21 6 65-9 200 V, see Pd 47 511ver 102 0, all compounds except these given for W and V f1+4
!!+5 SE 5 21-7
- 51. well (4E *4)
9f *$
. M-7 W, altrates and sulfides tie $
M5 3E 7 Y, enlees and hydresides I
2 4t +4 1E*l 4E-5 1E 7 51 4 SE-3 A
, 47
$11ne 103 0, see #g Mel M-5 ff-7 i!+$
SE 6 2E-7 Ag W, see ggg V, see Ag A
M +4 M *4 4E-5 1E* 7 4E-4 4E-3 W, see $# g II+5 51-$
21 7 e-47
$llur+10es#
0, see g Ag 1E+5 M*S
- f-7 gg T. See Ag g
11 7 31 4 M3
- E+4 7t +4, M-S.
0, see f,0 I
6 47 liiver-104 u+
M-M7 W, su
,,Ag liel 6E 5 21 7 Y, see Ag A
M*3 1E*3 4E 7 lt 9 41-5 4E-4 47 Silver 105 0, see f'# g 21*3 71 7 M9 g
Aq -
W, see 102
!!*3 7E 7 21 9 Y, see Ag 10
,g,2 71*2 M-7 1E*9 1E l 1E 4 47 111nr-106a 0, see I M*2 of-7 1E-9 W, see 10 M+2 4t*?
11-9 V, see 47 511ne-106 0,see I8# g 6E +4 ft +$
SE-5 M-7 2
A 5t. well M-4 M-3 (6t+4) gg 2t+6 M5 M7 As W, see gg 2t*5 GE-l M7 Y, see Ag H+2 ft +2 4f 4 M 10 M6 9( 5 0, see h,,,Ag 47 Stine-1063 M*2 u7 M 30 W, see Ag 2t+1 11 8 M-11 Y, see Ag H +2 II+2 M*
M 10 6E-6 M5 0, see h 47 Stine-110m 2t+2 N4 M 10 W, see gg M*1 4t-6 H 10 Y, see 47 Sllne-111 0, ne Ag M+2 tiel M7 102 LLE well tiver 21-9 ft l 21 4 (11+3)
(2t *3) gg M*2 4E 7 IE-9 W, see, gag M+2 4E 7 IE-9 3
Y, see Ag a
- M+3 M*3 M6 1E-8 41-4 4E 4 O, see fet 47 Silver-112.
W, see 3,42 g IE+4 4t 6 IE-8 Ag 2
M*3 4E 6 1E 4 i
Y, see Ag
+
20-50 september 29,1995 -
App.D APP.B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION raie i taie 2 v.sie 3 Occwattenal values Effluent asleases to Concentrations Sewers Col. 1 Cel. 2 Cel. 3 Cel. 1 Ce1. 2 Oral Monthly Ingestion Inhalot ten Average Atomic Sadionuclide Ctess ALI ALI DAG._
Air Water Conwentration No.
(yCl)
(yCl)
(yC1/el) (ycl/st) (yCl/el) (yCl/mi) 47 Silver-115 0, see 102,
g,4
,g,4 4g,5 1E-7 2
3 St. well 4E 4 4( 3 (M+4)
W, see "2,4, H
,g,4 4t=5 1E*7 M*4 M5 IE F Y, see Ag 2
48 Cadele104 0, all compounds encept those given for W end Y
!!*4 7t+4 3E 5 M-8 3E 4 M-3 W, selflees, halten and nitrates 1t+5 5t-5 2E 7 Y, entdes and hydren w 1t +5 SE-5 2E-7 0, see f04 Cd M *4 M +4 2E-5 M-8 3( 4 M-3 44 Cadelwi07 M *4 2E-5 M-8 W, 4 ae I"cd 5(+4 21-5 71-8 Y, see Cd 44 Caelum-109 0, see I"Cd M+2 4(
- 1 1E-8 Eldneys Kidneys (4(+2)
(H+1)
gp 1E*2 SE-8 W, see Cd N
Eldneys 2E 10 (1E+2)
E-Y, see "Cd I
IE *2 51-0 2E-10 104 48 Cadale113e
- 8. see Cd 2t+1 H +0 11-9 Eldneys Eldneys M 12 H7 5t 6 (4E+1)
(4t+0) g,4 M *0 4E 9 W, see Cd Eldneys M-11 (1E*1) 104 1E +1 51 9 2t-11 Y, see Cd 44 Caelw113 0, see I"Cd M+1 M+0 9(-10 Eleneys Eldneys SE U 4E-7 4E-6 (St+1)
(St+0) 1H W, see Cd M +0 M-9
+
Efeneys 21 11 (1t+1) gp 1E *1 6E-9 21 11 Y. see Cd 4E-6 4E-5 48 Cadelw115e 0,see ICd M*2 H+1 21-8 Kidneys H-10 (M+1) gp H+2 M8 M-10 Cd W, see gp M*2 M8 M-10 Y,see cd 44 Cedelw115 0, see "Cd M+2 M+3 M*T M-9 I
Ltl well 11-5 11-4 (1(+3) 3p H+3 SE-7 M9 Cd W, see 3,4 1E+ 3 M-7 21-9 V. see Cd a
104 M+3 1E+4 M-4 M-4 d-5 H-4 Cd 44 Codelw117e 6, see IN tt +4 7(-6 M-8 W, see Cd I
Y, see I"Cd 1t+4 H-6 ft-4 A
i l
(
l 20-51 Septemtw29,1996
..g.
App + B App +B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION lette 1 table 2 Table 3 Occupational Values Ef fluent Releases to Concentrattens Sewers Col. 1 Col. 2 Col. 3 Col. 1 Col. 2 Monthly Oral Ingestles inhalation Average Ateele Bedtenuclide Class ALI ALI Dec Air Water Concentratten (yct)
(pCl)
(pCl/el) (pCl/el) (pC1/el) (yC1/el) ne, 44 Ceestw11F 0, see I"Cd M *3 1t+4 M6 2t-u 6t 5 H-4 IN 2t +4 71-6 21 0 Cd W, see I Y, see Cd IE *4 61 6 ti t 49 ladium-109 0, all compounds encept these stun for W 2t+4 4t +4 21 5 61-8 3E-4 M3 W, estees, hydrosides, 6t *4 31 5 M-4 hellees, and attretes 49 Indiw110 0, see I"In 2t+4 4t +4 25 5 6E-8 M4 2t* 3 2
H +4 ti 5 N-8 (69.1 ein)
W, see I"In 49 Indlello 0, see I"tr M* 3 M *4 7t-6 M8 78 5 7E-4 2t +4 M4 M-8 (4.9 h)
W, see I"in 109,
4g,3 g3 M6 M-9 6t 5 H4 I"g 6t+3 M6 M9 49 Indium-111 0, see W, see In 49 Indium-112 0, see I"In 2t+5 H+5 M4 M-7 M3 21 2 2
I" 7t + 5 M4 1E-6 e
W, see In
~ 49 Indium-113m 0, see I"In H +4 1E*5 H-5 M7 7t-4 71 3 2
M*5 M5 M7
(
W, see I"In I
49 Indiw114e 0, see I"In M*2 6t*1 3E-8 M 11 LLI well M-6 M5 (4E+2) 109 H+2 4t 4 M 10 W, see in 49 f adf ur!!5=
0, see in M *4 4t+4 21 5 H-0 M-4 M-3 M *4 21 5 7t 8 W, see in 49 Indturtil 8,see I"In 4t*1 H +4 H-10 M 12 H-7 M-6 M +0 2E 9 M 12 W, see I"In 49 Indium-116m 0, see I"la M *4 N +4 M5 1E 7 M4 M-3 I
I" H+5 M5 21-7 W, we In 49 Indtur117e 0, see I"In 1E *4 3t+4 M5 M-8 2P4 M3 2
4t +4 25-5 H-8 W, see I"In 49 Indtur117 0, see I"la H +4 M*5 7t 5 M7 N-4 M3 2
tt+5 M5 M7 W, see I"In 49 Indturt19m 0, see I"In 4t*4 1t+5 M 5' M7 2
St. well 71 4 7t-3 (H+4)
M *5 H-5 M7
^
W, see I"In 50 fla-110 0, e11 compeands except these gina for W 4t+3 H +4 M4 21-4 M5 M4 W, sulfides, esides, hydresides, holides mittstes, and stannic 1E*4 H6 21 8 phosphate 7t+4 M*5 M5 M-7 1E 3 1E 2 0, see $5a 2
50 fir 111 Mel,
It-4 41 7 -
W, see En l
l l
l i
l N4W 20-52 t
_. _ _. = _ _ _. _..
_m Ap+ B App. B PART 20 STANDARDS F2R PR5TECTION AGAINST RADIATION 1
Tele 1 fehle 2 Tele 3 Occupettenal values (filment Releases to Concentrattens sewers Col. 1 Ce1. 2 Cel. 3 Col.1 Col. 2
)
eral Monthly i
lagestion leheletion Average Alasic RedienucIlde Class ALI AU enE Alf Wetaf Ceacentratten No.
(pCl)
(yCl)
(yCl/el) (yCl/el) (yCl/el) (yCt/el)
M 1
M Tla-113,
3, see 5a M*3 -
H+3 M-7 M-9 t
LLI well Ml M4 (M*3)
W, see gg,sa Me!
M7 GE te le fle=117e 9, see 110,
g,3 g,3 g,y 3
LLI well Gene surf E*I N*I M'4 I"*II II'*II 110 W, see in 1E+3 M7 2(-9 W
l
- le Tla-11tm
- 8. see 5a M+3 ff* 3 It-6 M-9 LLI we11 6( l 6(-4 I
(4E+3) 110 M*1 48-7 IE 9
)
W, see sa W
I le
_ Tin 121e
- 8. see 5a M *3 M*2 44-7 M9 I
LLI mell Hl M4 (4t+3)
M M*2 M-7 M 10 W, see 5a le fin-121 0, see # a H+3 M +4 M-6 M8 5
LLI well Ml M4 (M+3)
W, see 110,
1E+4 M-6 M-8 3
2 g,,,, llo M +4 it*$
Ml M*7 7( 4 F5 3 tlt le fin 123m W see #sa M*5 M-5 ff*7 5a M
g 50 164 123 0, see 5a H+2 H+2 X7 9( 10 u.
LLI well M5 M5 (Met)
R W, see # a M*2 7t-4 M-10 5
50 fin 125
- 9. see # a 4(+2 M*2 4(-7 M9 5
LL1 mall M-4 Ml (M*2)
W, see # a 4(*2 1E-2 M 10 5
W, see $5a 0, see M+2 M*1 2(-4 M 11 4(-6 4( l 10 fin-126 M*1 M-0 M 11 5e p, see h5a
.M+ 3 M *4 M4 M-4 M-l M4 le fin-127 M +4 M-6 M-0 W, see la 2
90 fle-128 g,,,, llosa '
M+3 M *4 It-6 4(-8 1E 4 1( 3 W
4(+4 if-l M0 W, see
$a 2
St Antlesay-115 g,,g g,,,,,,,,,,,,,,g those given for W M +4 M+5 11-4 M7 It 3 1E-2 W, entdes, hydrostdes, helldes, selflees, l
Nel M4 4(.;
swifetes, and attretes 2
$1 Antieony 116s
- 9. See 56 M*4 M +4 M-l it.7 M-4 M1 i
1 M*5 M-l 21 7 W, see St I
III St Antleeny 114 3 see 56 M *4 Men it 4 4( 7 St. well
.M 3 1E* 2 (M+4) its Men.
M-4 M7 W, see 56 51 Antimony-117 0,see 56 M *4 PE+l 9E l M-7 M-4 M3 Mel It-4 4t 7 W, see 56 W
._.r__.__.
APP +B PART 20 STANDARDS FOR PROTECTION A0AINST RADIATION i i. i raio 2 7.ie 3 OccWattenal Values (ffluent teleases to Concentrattens Sewers Cel. 1 Cel. 2 Col. 3 Col.1 Col. 2 Gral Monthly leyestion Inhalettaa Averete Ateeft Godfeauclide Ctess Als au usc Air Water Concentratten (yCl)
(pCl)
(yCl/el) (yCl/el) (yC1/el) (pCl/el) lee.
I,see GE *3 M +4 M-4 M0 7(-5 M-4 W, see lll2
$1 Amtleeny 11es 56 M*3 M +4 9(-6 X0 H +4 H +4 M-5 M0 2(-4 M-3 51 Antleeny=119 0,seefffm W, see 2
2( +4 M *4 M-9 4( 0 2
H5 51 Antieeay 120 0, see 56 1tel 4(*5 2(-4 HF (16 ela)
St. well tt 3 2( 2 (M*5) ggg H +l M-4 M-7 W, see 2
2 H+3 M*3 M7 M-9 IE 5 It 4 0, see ffla
$1 Antleeny 120 Met 1(+3 M*7 M-9 (l M d)
W, see IIS
$1 Antinear-122 0, see E
M*2 M*3 M-4 M-9 LL1 well HS 11 4 (M *2) ggg W, see 2
M +2 1E*3 4( 7 M9 2
M +5 Mel 4E-4 M-6 M3 M2 51 Antleeny 124e 0, see ll2 W, see 2
M*5 M*$
M-4 M7 W, s** fffh
- 9. see M*2 Stet 4( 7 11-9 p(-6 7( 5 "e
51 Aatlesar 124 54 M*2 M *2 1( 7 M 10 R
St Antleeny 125 0, see jfjm M.3 M,3 g(.6 M9 M-5 M4 H et M-7 M 10 W, see 56 51 Aatlesay*1Me
,,,,,116, g,4
,g,g M,g N,,
t St. well M-4 M-3 (M +4) ggg 2(+5 M+$
M7 W, see 56 u
Anussay u.
O, see !!;.
M.2 M.3 H,
M.,
M...
M.,
W. see m Me2 Me2 M-7 M.gg III 61 Andeeny 127 0, see 56 Met M*3 M*7 M9 tt! well 1(-l 1E*4 (GE *2) gg W, see 2
M*2 M*2 4(-7 IE*9 St Aatlesey 120 g,,,, 8556 M *4
- 4(*$
M4 M7 2
(10.4 ela)
St. teoll it 3 It 2 (It'l) ggg -
4(+$
2t-4 M7 W, see h St Aatlesar 1M 0,seeffl2 M*3 4(+3 M6 M-9 M6 M4 M*3 M-4 M-9 (9.01 h)
W, see le ll Antleeny-129 0, see ffl2 M*3 M *3 4(-4 M-0 4( S 4(-4 9E *3 4(-6 H-0 W, see 56
$1 Antlesay DO 0, see ffft I
M *4 H +4 M5 M0 M-4 M3 M *4 Ml M7 W, see 2
I III '
11 Antineay-131 I,see St H +4 M *4 M-5 thyreld Thyreld M0 M4 M3 (M +4)
(4(+4) ggg M *4 lt S W, see St Thyteld
(
M0 (4(+4) l l
I E
N
.-.~,
,.n...
.. ~
. ~... -. - - -.... ~. - ~..
.n
-- ~
. ~. ~ -
I App + B PART 20 STANDARDS FOR PRSTECTION AGAINST RADIATION Table 1 Tehle 2 Table 3 Occupettenal values Effluent teleases to Concentrattens levers Cel.1 Col. !
Col. 3 Ce1. 1 Col. t i
l Grel Itenthly Ingestion Inhalation Average i-Atomic Bedienuclide Cless El ALI seE Ale Wetse Concentretten 10 0.
(pC1)
(yC1)
(ptt/el) (pct /el) (yCt/al) (yCl/el) l St Te11wtw116 0, all compounds emcept these given for W M*3 M+4 M-6 M-4 IE 4 M3 1
W, entdee, hydrostees, M *4 18 5 4t e and attretes DO Si fellwtua-121e
- 8. see Te
' M*!
2t +2 M4 Bene surf Sene surf (7t+2)
(4t*2)
M-te IE-l 11-4 U6 4t+2 M-7 M 10 W, see fe l
12 Telluele121 8,see Te M*3 et+3 21-6 M9 4t l 4t 4 M*3 11-6 4t-9 l
W,see Te
{
52 Tellwiw123e 0,see U'To M*2 M *2 Ms Bone surf tone swf f
(H+3)
(W+2)
M-10 Hl 11 4 I
116 M+2 21 7 M 10 W,see Te NO 52 Tellurtw123 0,see Te M *2 M*2 M-8 e
Beneswf Sene surf i
75-I' 25 '
U*
E ut (2'*2)
("*8) et**
M7 W, see le I.
tone surf (It+3)
M9 UI 12 Tellurtw125m 0, see fe 1t+3 4t+2 ff
- 7 i
gene surf Gene surf 11-9 M5
!!-4 (It+3)
(1t+3)
N,see II'To 7t+2 M7 H-9 IIO M6 M5 St fellwt w 12?e D, see Te M*!
M *!
tens surf M 10 t
(4t+2)
W, see II'To
' M*!
H7 41 10 0, see $'To 7t*3 M*4 M6 M-t 1E-4 H-3 52 Te11wtus 127 W, see
'le H +4 FE 6 ti-8 D, see'To M-7 M 10 71 4 71 5 M+2 H+1 l 52 Tellerte129e 2E+1 1t*7 M-10 W, see Te 2 6 52 Tellwlue 129 g,,,, To M+4 M *4 3E l M-t 4t 4 4E 3 M*4 M-l H-7 i W, see e t St Tellsetetus 3,see U'Te M+1 H+2 M7 Taqrrold Thyreld M-9 M6 M5 (M*2) (1E+3) W, see n'To 4t+3 M-7 Thyteld it-9 (M*2) 2 g,,,, h6, 3g,3 g,3 g,4 7 St Tellurium 131 Thyreld Thyreld M-0 Ml M-4 (M*3) (H+4) W, see 3.be M*3 ft-6 2E-8 ( l I I l l t f l 20-55 segHeaview 29,1995 l
.... - --,_ ~ ~ ~ - _ ~. App. B App + B PART 20 STANDARDS FOR prs)TECTION AGAINST RADIATION T ie i ve.ie 2 Tahie 3 Occupational values Ef fluent Seleases to Concentrat tens Severs Col. 1 Col. 2 Cel. 3 Col. 1 Cel. 2 Orel NeatAly Ingestlea Inhetetten Average Atesis Redlenuclide Cless ALI ALI Dec._ Air Water Concentration us. (yCl) (pCl) (pCl/el) (pCl/el) (pct /al) (pC1/al) 12 f ellerte132 9, see U'Te 2t*2 ft+2 M8 Thyreld Thyroid lt*9 M" (PI*t) IM*t} U6 ft+2 M-8 a W, see Te Thyteld M *10 (6(+2) S2 Tellurtes-133m g,,,, H6Te M*3 M* 3 21 6 2 Thyteld Ihyreld M*8 M*I II"" III'3) I N '"I 116 W, see is M*3 21 6 Thyreld ff-8 (H+4) 2 g,,,, H6, g,4 g,4 g.6 52 Tellurium-133 7 TWid thyreld at 8 4(-4 4t 3 (M +4) (H +4) a ggg M *4 M-6 = W, see le Thyrold M-0 (H+4) 2 g,,,,116, g,4 g,4 gg.g 9 12 fe11ertw134 Thyreld thyreld M-4 M-4 M-3 (2t +4) (H +4) W, see U'te M*4 1(-S Thyreld g (H +4) 71 0 u-R I 53 ladine-120m 0, all compounds it+4 H +4 M-6 M-4 Thyreld 21-4 ft 3 (H +4) I 53 ledine*129 O, all compounds 4(+3 M*3 4(-6 Thyreld Thyreid M-4 M-4 1( 3 (M*3) (H +4) 53 ledine 121 0, all campounds H +4 M+4 et 6 Thyreld Thyreld (M+4) (M+4) 71 0 4t 4 4( 3 55 ledine-123 9 all compounds M +3 M*3 M-6 Thyreld thyreld (H+4) (2t +4) ft-e it-4 H3 = 53 ledtne-124 8 all compounds M*1 M*1 M-8 a Thyreld Thyreld (M+2) (M+2) 4( 10 M6 M5 53 ledine 125 0, all compeones M *1 M*1 Mg Thyreld thvrold (H+2) (M*2) Male M4 M5 53 ledlae-126 8 ell compounds M*1 Mel H-t Thyreld thyreld (7t+1) (H+2) M 10 11-6 Hl 2 ~ 53 ledine 128 9 all campounds 4( +4 H+5 M-5 M* 7 St. wn 4( 4 GE 3 (H+4) ' 53 ledine-129
- 9. all compounds M +0 M +0 41-9 Thyroid thyreld (M+1)
(M+4 4(-11 M7 M-6 l l
ApD PART 20 STANDARD 0 FOR PROTECTISN AGAINST RADIATION Amn ~ ~ trei 2 - neiei. 3 vei te idie t nt ses to occoatt.nei v.i.s Concent,.ti s so rs C.i. 1 C.i. 2 Cei. 3 C.i. 1 C.i. 2 4 or.i
- menai, lagostion testatten Average Atomic Radleauclide Class ALI au ens Air Weter Cancentratten No.
(pCl) (pCl) (pCl/el) (pCl/el) (pCl/el) (pCl/st) 63 ledine-130 8, all compounds M+2 M*2 M7 Thymid Thynid M-9 ft-l M4 (It+3) (M+3) 63 ledine-1M e, all compounds M*1 M*1 2E-8 Thyteld Thyreld M 10 it-6 M-5 (M+1) (M*2) I 63 lodlas-132m D, all compeeds 4t+3 M*3 4t-6 Thyreld Thynid X-8 15-4 M3 (It+4) (M+4) 53 ledine-132 0, all compounds 4t+3 M+3 M6 Thyreld Thyreld M-0 M-4 H3 (M*3) (M*4) l3 ledine-133 0, all compounds M*2 M*2 M-7 Thynid thyreld M-9 7t-6 M-5 (M*2) (M+2) 2 lll1 53 ledlae-1M g,,j g,,,,,,,, ,g,4 g,4 gg,g g., g Thyreld 4t-4 4t-3 e (M*4) E .3 ied<,e-13s .,.ii ca.,e,nds M*2 H+3 M-1 3 Thyreld Thyreld M-9 MS M-4 (M+3) (M+3) 2 I M-5 M-4 M Renen-120 Sdmersten I I 21-e M-8 M sonen-u1 Sdmersten I M-S M-7 M Nosen 122 $deersten I M6 M-4 M 2enen 123 Sdmersten I 21-S M-8 M Ieeen 12$ sneersten 54 tenen-127 semet ler.I M6 M8 I 21-4 M? M Rense 129e Sdmerslen I M-4 21-6 M semen-Ulm $dmersten I M-4 M-7 M Essen Han $dmersten I M-4 M7 M Renen 133 senersten 2 I M-4 4t-e M Xeeen-1Mm Sdmersten I M-t M-s M Renen 1M $dmorsten I I 4t-6 2E-8 M 5emon-130 $deersten I 56 Ceslum-125 0, all compounds M+4 .1t+5 M-5. 21 7 St. sett H3 M-2 (9t+4) 56 Ceste u? g, all campounds M+4 M +4 M-5 !! 7 M-4 M-1 4
l APP,B AmB PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION raio 1 raie I roi. 3 Occupations) Values Effluent Releases to Concentrattens Severs Col. 1 Col. 2 Col. 3 Cel. 1 Ce1. 2 Oral mentAfy Ingestion Inhaletten Average Ateele BedienucIlde Class ALI Au enc Air heter Concentratten Me. (pC1) (yCl) (pct /al) (pct /al) (pct /st) (pC1/el) 0, all compounds M+4 M*4 H-l M-8 M-4 M4 55 Costus-129 I I I 55 Cestus430 0, 411 cogeunds H +4 M+5 MS M-7 St. vell 18-3 1E 2 (H+5) ~ 55 Cestus-131 0, all compounds if +4 M+4 M4 44-8 M *4 38 3 SS Cestus-132 0, all compounds M+3 4t+3 31-6 M9 4( 5 4(-4 55 Coste1He 0, all compounds 14 4 1E+5 M5 N7 St. well 21-3 N2 (it+l) ~ H Cos te134 B, ett coweends M+1 1t+2 4(-8 tide 96 4 M-4 t 5 Ceslum4He 9, all compeands H+5 M4 et-5 M7 11-3 M-2 54 Cos tus435 0, all cowounds M *2 lt+3 M-7 M-9 H5 it 4 M Ces tun 4M 0, el) campeands 4(+2 M+t M4 M-10 H4 M-4 55 Costw137 0, all cespeands 1t+2 N*2 E M40 M4 H4 2 55 Cestum-134 0, all compounds M+4 H+4 N-l GE-4 g $t. well 41-4 4( 3 (M+4) 2 M Sertus426 9 all compounds 6t +3 H +4 M4 N-4 01-5 M-4 M Sartwut 8, all compounds M+1 H+3 M4 N9 M4 M5 I M Sertw131e 0, ett compounds 4t+1 H+6 M-4 25-4 ( St. well 7t 3 H2 (M+5) 1 54 Bette1H 0, all compeands M+3 GE*3 M4 M-4 4(4 4(-4 54 Serfum433m 9 att cespeands N+3 M+3 4( 6 M-8 L'I well 4( l 4(-4 (M+ 3) 56 sette113 0, a11 compounds M+3 M+2 M7 M40 M4 N4 W Berlus-1Ms 9, all compounds M4 H+4 M4 M-0 4(-l 4E-4 I M tette139
- 9. a11 compounds 1E*4 M+4 Ml 4( 8 M-4 M3 H
teriw144 0, all campounds M +* 1(4 M4 N4 LLI well et4 SE4 (6(+1) 8 M Berte141 0, all cowounds N+4 7t*4 M-l M4 M-4 M3 I M Setteler 0, ett compounds M +4 1E+5 M4 M4 M-4 M3 2 57 tenthene131 0, all campounds sacept these given for W H +4 M4 M-5 f(4 M-4 M3 i g l N+5 M4 M4 W, entdes and hydrealdes l i 1 t I l l
~m \\ I l A PART 20 STANDARDS FOR PROTECTION ATAINST RADIATION ,e, . e2 . e3 etcwettenal veins Efetuent nei eses te Concentrattens lowers l l-Col. 1 Col. 2 Cel. 3 Col.1 Col. 2 Drei Monthly laaestten Inhalatten Average Atamic Radteaucilde Class ALI au asu; Air Water teacentretten No. (pC1) (yCl) (yCl/el) (pCI/el) (yC1/el) (pCl/et) III M*3 H+4 4t-6 H-4 M-l of-4 r 57 Lanthanum-132 g, see IU H+4 M-6 21-8 ta W, see ta 8, see $te 4t+4 H+1 4(-l H7 M-4 M-3 57 tenthaeus-135. M *4 41-6 11 7 W, see Le 13I 2t-4 21-3 57 tanthane137 0, see ta it+4 M*1 M-t tiver I 11-10 (Mel) III M*2 H-7 W, see ta tiver 41 10 (3t+2) III M*2 4t+0 Ital St-12 H-l H-4 57 LanthanetM 3,see 13I 11+1 M-9 M 11 ta W, see ta 0,see$ta H+2 it+ 3 M7 21-9 M-6 M-l i 57 Lanthenw140 It*3 St 7 M-9 W, see La f W, see $ta 0, see 4t+3 9t*3 4t-6 H-8 M-l St 4 17 Lanthanum-141 1t+4 St-6 21-0 ta 57 Lanthane142 g,,,, gjt, 2 ,,3 H+4 M-4 M8 lt-4 1t 3 M *4 Hl M8 g W, see La 2 122 E 57 tanth..wi43 o,see t 4t.4 u+5 4t l it-7 it, well g I"I'43 N'" N'I 131 M *4 4t-l H7 W, see La H Certw1M W, e11 compounds encept these given for T M+2 M*2 M-7 it 9 LLI well M-4 M-l (M *2) I Y, saides tydroaldes. 1 and fluerIdes M+2 M7 Male W, see $Ce M* 3 M+ 3 H-6 M-9 M-5 M-4 le CerielM 4t+3 11-6 M-9 Y, see ce W 54 Certw137e W, see Ce H+3 4t+3 21 6 M-9 LLI well X5 M4 (2t+3) W 4t*3 21 6 M-9 ,a Y, see Ce M Cert w 137 W, see Ce H+4 !!+1 E-l M-7 M-4 M3 H+1 M-l 25-F Y, see Cs W Certw1M W, see te M*3 M +2 M7 H-9 M-5 M-4 M*2 M7 M 10 Y. see Ce W M Cerive-141 W, see Ce M*3 M+2 M*? H.S LLI well Ml M4 (2t+3) W H+2 H7 M 10 Y, see Ce W M Certw143 W, see Ce it+3 H+3 M7 M-9 LLI well 21 5 M-4 (II+3) gy M+3 M7 21 9 Y, see Ce I l I 20 59 N g
A p. B P App. B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATI"N Table 1 Table 2 Table 3 Occupational Values Effluent heleases to Concentrattens Severs ..2 Cel. 3 Col.1 Ce1. 2 Col Cel.1 Oral Heathly 1 9 stien Inhalation Average Ateele Radleauclide Class AL ALI DAG. Air Water Concentratlea No. (yCl) (yct) (yCl/el) (yCl/et) (yCl/el) (yCt/el) 4.. 54 Certw144 W. see *Le 2E +f M*1 1E-8 4(-11 LLI well M-6 M-5 (M*2) g34 1E+1 6(-9 21 11 = Y. see Ce I 59 Preseedysfun-1M W, all compounds except these given for Y M +4 ft+5 1E-4 St.) St. wall Y, emides, hydroxides, H +5 M-l M7 carblees, and fluorides 2 "l9 Franeedystus-137 W, see Pr 4t+4 ft +5 6(-l 2E-7 M-4 M3 11+5 6E l M-7 Y, see Pr 59. . Praseedyalue 130s W. see Pr if+4 M *4 2E-l 4+-8 1E 4 H-3 4( +4 M-l H8 Y, see Pr 59 Preseedystus-1M W. see Pr 4(+4 H +5 SE-l 2t.7 6( 4 H3 H+5 M4 M-7 Y, see Pr I D; 59 Preseedselue-142e W. see Pr H +4 H+l f( l M7 1E-3 11-2 e Y, see Pr 1E+5 6( l M7 St Preseedystw142 W, see Pr it+3 H+3 M-7 M-9 1(-l H4 k Y,see Pr 2f+3 N-? 3( 9 a I 59 Preseedymium-143 W, see 1"Pr M*2 SE+2 M-7 1E 9 LLI well 2E l 21-4 (1E*3) gg M+t M7 M-10 Y. see Pr 2 y,,,,1MPr M+4 1E*l SE-l M-7 59 Presee%efue-144 St. well 6(-4 6( 3 (4(+4) gg U+5 M-5 21 7 Y, see Pr I Prsseedyslue-14% W. see jPr M*3 M*3 4( 4 11-8 4( l 4(-4 59 M+3 M-4 11-8 Y. see Pr 2 y,,,, 1M, gg,4 g,g g,g g,y 59 Preseedsetus 147 p $t. well H-3 18-2 (St +4) gg H +5 N-l M7 Y, see PP heedyslue-1$5I 60 W all compounds except those given for Y 11+4 H+4 M5 Mt M-4 M3 Y, esides, hydrosides, H +4 Ml M4 certidee, and fluorides 60 peedystes-138 W. See l"Nd 2t +3 M*3 M-6 M-9 M-5 M-4 M*3 M-6 ' 7t 9 Y, see 60 heedyette 1Me W, see Nd M+3 M *4 71-4 M8 71-l 7t 4 1E+4 6( 6 M-4 Y, see Nd , -p 4 somemberte,1ess 20-60
I App B App B PART 20 STANDARDS FOR PROTECT 18N AGAINST RADIATION i f able 1 table 2 Table 3 Occwattsnel Valses E f fluent Releases to Concentrattens Sewers Col. 1 Cel. 2 Cel. 3 Cel. 1 Col. 2 Oral Monthly i-lagestion lanetetten Average i Ateele Radtenucilde Class All - Au unE Air Water Concentratten me. (pCl) (pC1) (ptt/el) (ptt/al) (pCl/el) (pct /al) 60 heedyste131 W, see fad I M +4 M +5 It-4 SE 7 11-3 it 2 Y, see N M+5 M-4 4t=7 f 60 heedystus-141 W, see f34Nd M +5 M*5 M-4 It 6 ft-3 M-2 43+5 M-4 M7 Y, see 16 60 ' Needyste147 W, see Md 1E+3 M*2 4t 7 It-9 I Ltl well 2E-5 21-4 (1E*3) l I34 St+2 41 7 1E 9 Y, see Nd 60 needystw14,2 W, see ad 1E+4 M +4 M5 4E-8 18-4 It 3 M*4 M5 M-8 l Y, see
- d I
60 Needystw151 W, see Nd M *4 M+5 $t-5 M7 M-4 g(-) !!+5 M5 31 7 Y, see Nd I l 61 Promethtue 141 W, all campounds except l these given for Y M *4 ft+5 M-5 M-7 5t. well 8t 4 st-3 (6t+4) = = Y, saldes, hydroaldes, !!+5 M5 M7 cartides, and fluertees I4I 61 Presethium-143 W, see l'IPs M*3 6t+2 ff 7 8t*10 71 5 71-4 7t+2 31 7 M*9 Y, see Ps l'I st+3 it+2 St-4 M 10 M5 M-4 41 Peseethtum 144 W, see I4Ipe I Y, see Ps IE*2 M4 21 10 I41 11-4 18 3 61 Presethle145 W, see Pu it+4 ff*2 M-4 tone surf M-10 (2t+2) I41 M+2 M-4 M-10 Y, see Pu W, see { pe !!*3 M*1 M-4 7t 11 M-5 M-4 41 Promethlw146 4t+1 M-3 6t 11 Y, see to I41 41 Presethium-147 W,see Pu M*3 H+2 M-4 LLI well tone surf 31-10 M5 M-4 (M*3) (M*2) 14I i 1t+2 M-8 21-10 Y, see Ps W, see h 7t+2 Met M7 41 10 11-5 11-4 41 Promethle148e M*2 M-7 M-10 Y, see to I4I 61 Prunethiw144 W, see Ps 4t+2 M*2 M-7 Male LLI usil M-6 M-5 (M+2) I4I H+2 M7 M 10 Y, see Ps 14I el Promethie149 W, see Ps it+3 M*3 88 7 M9 (L! well M-5 M-4 (It+3) 141 2t+3 M7 M5 Y, see Pe I41 H+3 M+4 M-4 M-4 71 5 M-4 St Promethlue 150 W, see I41 H+4 M-4 2t-e Pu Y, see Pm 61 Promethlw151 W, see 14h M+3 4t+3 M-6 M5 M-5 M4 Y, see I4% M+3 11-6 41-9 20 61 September 29,1995
-. ~ - - i APP,B APP,B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION f able 1 Table 2 Table 3 Occupational Values Ef fluent teleases to Concentrattens Sewrs Col.1 Cal. 2 Col. 3 Col. 1 Cel. 2 Oral Monthly r Incestien lahalatten Aver ese I Atomic Radienuclide Class All Au enc Air Water Concentratten (pCl) (pC1) (pC1/al) (pCliel) (pct /al) (pCl/st) he. 62 Samarium 141e# W, all compounds M +4 1(+5 of-S M-7 4(-4 4(-3 62 Samarium-141 W all compeands M *4 2t+5 M5 !!-7 I 5t. well 81 4 M-3 (6(+4) 62 $amartur142 y,,gg,,,,,,,4, g,3 y,4 g.g 4g.g g.4 gg.3 2 42 Samarie141 W, all compounds 6(+3 M+2 H-7 1(- 10 8(-5 M-4 62 Samarte144 W, all compounds 1E +1 4(*2 M 11 Sene surf Gene surf 9(-14 3( 7 3(-6 (M*1) (6E-2) 42 Samarlue 147 W. all compounds M+1 4( 2 Mall Sone surf Sene surf H-13 4( 7 4( 6 (M+1) (7t 2) 62 $amarte151 W, all compounds II+4 1t+2 4(-4 LLI well Bone surf H 10 2( 4 2( 3 (1t+4) (2t+2) 62 Samartur153 W, all compeands it*3 M*3 11 6 4(-9 LL1 mall 3(-l M-4 6 (M*3) a I 62 Seearl e 155 W, all em eunds M +4 2t+6 Ml M-7 2 St. well '. 11 3 M2 (t!+4) 62 Samartum-156 W, all compeands M+3 M+3 4( 6 1E 4 71 5 71 4 43 Europteten W, all campounds 2t+3 H+3 SE 7 M-9 21 5 H4 63 Eurepte144 W, all compounds H+3 M*3 M7 H9 M5 11-4 63 Europium-147 W, all compounds M*3 M+3 7E 7 H9 4(-6 4E-4 63 turopium-148 W, all compounds H+3 4(*2 11-7 M 10 M5 11 4 43 Europtel49 W, all compounds 1E +4 M+3 11 6 4(-9 21-4 ti-3 63 tureplel*f W, all compounds M *3 M+3 4( 6 1E-8 4E-S 4( 4 (12.62 h) 63 Europtelle W, all compounds 4E+2 M+1 GE 9 M 11 11 6 IE 4 (34.2 y) 63 Eurepte152m W, all campounds M+3 6(+3 M-6 M9 4( 5 44 4 63 Europium 152 W, all compeands 8(+2 M+1 M-4 M 11 1E-5 11 4 63 Europium 154 W all compounds M*2 21*1 et 9 M 11 7E 6 7E 5 M6 M4 63 Eureplum-156 W, all compounds 4(+3 M*1 4(-4 tone surf M 10 (It+2) 63 Eurepte154 W, all compeones 6(+2 Mil M7 M 10 GE-6 Mal g s .4 I I 1 l l !L.
App. B - App. B PART 20 STANDARDS FCR PRSTECTION AGAINST RADIATION Table 1 Table 2 Table 3 Occwattenal Values Effluent teleases to Concentrattens louers ~ Cel.1 Col. 2 Col. 3 Col.1 Col. 2 Grel Itenthly Ingestion Inhaletten _ Average Ateel4 tedienuclide Ctess Ala AU UnE Air Weter Centensretjen lie. (pCl) (pC1) (pC1/el) (pC1/el) (pct /al) (pct /el) 63 Europ1wbt W, all compounds 2t*3 M*3 M-6 M-9 M-5 M-4 t 43 Europtelle W, all compeands M +4 H +4 21-l M4 M4 M3 I 64 Gedeltalw14S 0, all compounde except these given for W St+4 M4 M-l M*7 lt. well H-4 H3 (M+4) W, entdes hydrealdes, and f1meldes H+6 7t-6 M4 a 0,see Gd 12+3 1t+2 M4 21 10 ft 6 21-4 ) 14I 44 Gedeltate144 y, g,14Q g,g gg.7 M40 N M-9, .M-l M4 l 64 Gedelintw147 0, see 145Gd M*3 4(+3 M4 gg. 4g,3 gg4 W, ne g4 145 j 64 4edsital w 144 0, we Gd it+1 M4 M42 6eae surf tone surf a M44 M7 M-6 j (M+1) (2t-2) N M2 1t*11 W, see Gd a tone surf j M 14 (M 2) = 64 Gesellatum 149 0,see Gd M*3 M*3 M*7 M9 4E-l 4I"4 I4I l 144 M+3 it4 M-9 e W, see Gd i I4I M-5 9F*4 64 Sedeltatum 151 0,see 64 M*3 4(+2 M7 tone surf R (64+2) a a i M 10 I40 1E+3 M*7 2E*9 W, we 6d N { 44 8edelintue 152 8,see ed it+1 it 2 4(42 = tone surf teme surf + M*I4 4E*7 4I*4 (M*II (M*II 145 4t 2 M41 W, see Gd tone surf (M-2) It43 a N 6(*l 6( 4 64 8ede11st e ll3 0, see Gd M+3 II+2 M-8 teae surf (M+2) M40 14l M*2 ti4 8E-10 W, see Gd .. s.e 1:5.d M., M.3 M M*.
- 4. -.
4-4 M -u.i-m 0 M*3 M4 M9 W, see 0d = 2 Teste147 y,,yy,,,,,,,,, g,3 g,4 gg4 g,, gg,4 gg4 Te4f w 149 W, all coopeands M*3 M+2 M4 u-9 7t-l 7t 4 Teet e lle W, all compounds M*3 ft+4 M 31-8 M4 M-4 Tertteill W, 41) compounds M*3 M*3 M4 it-4 Ml H-4 Tertt e ll3 W, e11 compounds M*3 M+ 3 M4 14 s M4 7t-4 Tertle1H W, all compounds H+ 3 M*3 ft 6 M-9 21 4 ft 4 M ^ Te41 e lle W, all compounde 6t+3 M*3 M4 M-4 M4 M-4 Tertlellee W, all compounds M *4 M +4 11 4 4t-8 21-4 M3 (1.0 h) 20-63 september 29,1995
App
- B App.B PART 20 STANDARDS FOR PROTECTIEN AGAINST RADIATION ve.ie i taie 2 taie Occupational Values iffluent teleases to Concentrations Sewers Col. 1 Cal. 2 Col. 3 Col.1 Col. 2 Oral Monthly Ineestion Inhalatten Average Ateelt Sadleeucilde Class Atl AU DAc Air Water Concentratten (pCl)
(pCl) (pC1/al) (pCl/el) (pCl/el) (pCl/el) No. 65 Tertle156m W all compounds 7t*3 M4 M6 It 4 It 4 11-3 (24.4 m) 65 Tertium-156 W, all compeands it+ 3 i!+3 61 7 M9 11 5 it 4 65 Tertius-157 W, all compounds H +4 M+2 M7 til well Bene surf (M+4) (6t+2) 88 10 Ff 4 M4 65 Tertlw158 W, all compeands if+3 ft +1 81 9 M41 ft 5 21 4 El Tertlwl60 W, all cespeands M +t 2(+2 M-8 M 10 11-5 18 4 65 Tertius 461 W, all compounds it *3 ft+3 71-7 21 9 Lt! well 31 4 38 4 (It*3) 66 Dyspres t usr155 W, all sempeunds M*3 M +4 M5 4t-8 It-4 11-3 66 Sysprestw157 W all compounds M*4 H+4 M-5 M-8 M-4 36 3 66 Dysprestw159 W, all compounds !!+4 ft +3 11 6 31 9 ft 4 M3 g E 66 eyspr.sium-165 W, aii c.m unds u +4 M *4 M5 Me it-4 ft-3 66 Dyspres tw166 W, all compeands 6t *t M *2 M*7 H9 LLt valI It 5 IT 4 (Mit) 67 pelet e 15S W, all campounds 4t+4 M*5 68 5 21 7 M4 M*3 I 67 Helslue-137 W, all compounds M+5 it4 M-4 M4 41 3 41-2 2 2 67 Heletum4H W, all compounds H+5 18 4 41-4 H-6 M3 M-2 67 Heleiw141 W a11 compounds it +5 4t+5 ft-4 M7 11 4 11 2 67 Meletw162m y,, g g,,,,,,,,, g,4 g4 gg.4 4g4 pg 4 7g.3 2 2 67 helatuur162 W, all campeones H+5 M4 18-3 M-6
- 54. well It i lld (M+5' 67 Heleiw164m!
y,, g g g,,,,,,,, gg,, g,g gg.4 gg4 g.3 gg.g I 67 Melete164 W, all compounds M+5 H+5 M4 M4 5t. well M3 31 2 (2t+5) 67 Metelw166e W, all compounds M*2 H +0 M-9 M-12 M-4 M4 67 Melet e 166 W, all compounds M+2 ft +3 M4 M-9 Lt! well 11 5 11 4 (M*2) 47 Melsium467 W, all compounds M *4 M +4 M5 M-8 M-4 M-3 '64 trti w 161 W, all compeones M *4 M +4 M5 M-8 21 4 M-3 "64 trtius-145 W, all cespeunes H +4 ft+5 M4 M7 M4 M3 4
APP, B APP +B PART 20 STANDARDS FOR PRSTECTION AGAINST RADIATION i i ou 1.i. i.iues Em.ie.:t 1. i.ie 3 ti-iv neies es to Concentrattees $vuors Cei. 1 Cei. : Cei. 3 C.i. i C.i. : Oral Monthly l lagentlea Inhalatten Average Ateetc Radienuclide Class ALI att pac Ale Water Concentratten t No. (yCl) (yCl) (yCl/el) (yCl/mt) (yct/el) (yCt/st) 64 trtie169 W, all campeeds M*3 M*3 11 6 4t 9 LLI well M-5 M-4 (4t*3) 64 trtlet71 W, all cespeunes 4f+3 H +4 4P6 11-8 51-5 M-4 44 trttum-172 W, a11 compounds H+3 1t+3 6P7 21-9 Ltl well ff $ ted (II+3) 69 Thullwl62 y,,jg g,,,,,,,, pg,4 g,5 H-4 407 2 St. wall 1t-3 H-2 (7t+4) 69 inulle16A W, all cespeunes 4t+3 H +4 6P6 H8 6El 61-4 69 Thu11us 167 W, att compounds M+3 M*3 M-7 M-9 LLI well M-5 M4 (It'3) 49 Thulle170 W, all compounds M*2 M+2 M8 M-10 LLI well 1F6 H-4 (H+3) 69 Thullw171 W, all compownds it*4 M*f 11 7 LLI well Sene surf M*10 H4 !!-3 (1t+4) (M*2) g 69 Thu11ur172 W, all cespeands M*! H+3 M-7 lbf LLI wa11 It-S 1F4 (M+t) 69 Thallue-173 W, all compeeds 4D3 1t+4 SE6 2P4 61 5 664 69 thultur17$ y,,gg,,,,,,,,, g,4 g,5 1F4 4E-7 2 St. well H-3 H-2 (M*4) 2 70 Yttartium-162 W, all compounds encept these given for Y M+4 3t+5 H-4 41 7 11 3 1t 2 Y, oald's hydrost4es, M+$ H4 4t*7 aa4 fluerIdes 1t+3 ft+3 M7 M-9 2P5 M-4 W,seehyb H+3 M7 M-9 70 Yttertiw164 a Y, see Yt 70 Yttertium-167 W, see vt M+$ St+5 M-4 H-6 4P3 48-2 I M+l M-4 H-6 Y, see n 162 g, g,g 4py g., g.l 21-4 70 Yttertle149 W, see #,g M+2 M7 let Y, see vt 70 Yttertte175 W, see n St+3 4t+3 11-4 M-9 I'I LLI well 61-5 4b4 (M*3) Y, see 'I M*3 1E6 M4 l Yt 70 Yttertium-177 W, see Yb 2D4 M +4 ff-5 7t 4 21 4 2E 3 2 M+4 21-6 6PS Y, see vb 70 Yttertle178 W, see he H+4 4D4 !!-5 6E8 2E4 FF3 I 464 f!-l 51 4 Y, seu n. l l 20-es september 29,199s
APP + B App,B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION 1.ie rei. 3 i Coac.f.f >ue 2 neiea.ses s. sai 1 occ.eti o.i vaises e t trati s seu rs Cei.1 C.i. 2 C.i. 3 C.i. 1 Cei. 2 l orei no.thir Insestion Inhelet ten Average Ateels tedleauclide Class All Au pac Air Wetee Concentration t he. (yCl) (yCl) (yC1/el) (yC1/el) (yCt/st) (yC1/el) 71 Lutelfwi69 W, all compounds encept those givee for V M*3 4E+3 21 6 M9 MS M4 Y, entdes hydrea f des, and fluorides 4t*3 2E 6 M-9 a W, see fllLu II+3 M+1 M7 3(-9 2( 5 2(-4 ?! Lutette170 2t +3 SE-7 M-9 Y, see Lu W, see fllLu Lu 2E+3 ft+3 M-7 31-9 M.$ 3E 4 71 Lutettw171 2E+3 M7 3(-9 + Y, see W, see k'ltu Lu 1t+3 1E+3 SE-7 2(-9 It 5 1E-4 71 Lutetiw172 1E+3 54 7 21-9 V,see ~ 71 Lutette173 W, see 169, g3 3g,g gg,y 7g,g 7g,4 g Sene surf 6( 10 (M*2) 169 M*2 11-7 4E 10 Y,see Lv 71 Lutettel?4e V, see I6'Lu 2(+3 M*2 11 7 LLI ssell tone surf M 10 41 5 4(-4 (M+3) (H+2) S 149 2(+2 Mg M-10 e Y, see Lu 71 Lutette174 W, see ILu H+3 1(+t Ms 7( l yt-4 E tent surf (2f +2) M 10 169 2t+2 M-8 21*10 Y, see tu 71 Lutetfw176e W, see lLu M*3 M +4 M-5 M4 1(-4 1(-3 2t+4 M-4 3(-8 V, see Lu a It S 11 4 71 Lutette176 W, see ILu 7t+2 560 2t-9 tone surf tb11 (1E+1) Y, see ILu H +0 3t-9 1E 11 a 71 Lutettelffe W, see ILu 7t+2 1E+2 M-4 if l 11 4 Sene surf 2E 10 (It+2) a III M+1 M-8 11 10 Y, see tu l 71 Lutette177 W, see II'Lu H+3 tt+3 M-7 M-9 LL1 well 4(-l 4(-4 (M*3) Y, see gg,Lv M*3 M7 M-9 a 71 Lutette170e y,,,,169tu M +4 265 Ml M-7 2 5t. well N N*I III*') 169 2D$ 7bl 2P7 Y, see Lu t y,,,,169Le 4E+4 1t+5 Ml 2f*7 71 Lutettelfs St. well I*I**I 'I*" 'b3 169 it+4 Ml 2P7 Y, see Lu + W, see lllLu Lu 6D3 2D4 M6 M-E Ml M4 71 Lutette179 2t+4 M6 3b8 Y, see I so memtwr 4 1996 20-66
_.~.- - 1 l l App. B App + B PART 20; STANDARDS FSR PROTECTION AGAlHST RADIATISN i fable 1 Tette ! Table 3 Occgettenal Values Effluent Relee6es te Concentrations Severs I Col. 1 Col. 2 Col. 3 Ce1. 1 Ce1. 2 Grel Monthly Ingestien tahalotten Average Atemic Radlenuclide Class All At 3 pac Air Water Concentratten Ka. (pCl) (pCl) (pC1/el) (pCl/el) (pCl/el) (pC1/ul) 72 Maf alue-170
- 8. all compounde encept these given for W M+3 M*3 2(-8 M-9 of 5 4(-4 W, esides, hydrentdes, St*3 2(-4 H-t certtees, and altrates M-l 2t-4 IM 72 Mafatur172 0, see Hf it+3 H +0 4t 9 tone surf M 11 (2t+1)
I 4t+1 21 4 W. see Mf tone surf 6t 11 (M+1) a 72 Mafatur173 0, see Mf 5(+3 1E *4 M-4 H-8 71 $ 7t-4 O H +4 M'8 21-8 W. see Mf 4(-5 4(-4 IM 72 Maf alue 175 0,see Mf M*3 M+2 4t-7 Bene surf It 9 (H+3) IM It +3 5( 7 21-9 W see Hf ?! Metalum-177e 0,see Mf H+4 H +4 N5 M-e M-4 M1 2 IM M +4 4(*S it*7 IM $i W see Mf M-6 M-5 IM 72 Mafalw178e 0, see Hf M+2 1t+0 M 10 tone surf M 12 (2t+0) IM M +0 21-9 W, see Mf tone surf lt 11 (M*0) IM 1( 5 15 4 72 Nefaler179m 0, see Mf it's M*2 M
- tone surf 8t 10 (H+2) gM 6(*2 31 7 et 10 Hf W see 0, see fh M+3 M +4 9(-4 M-g it-4 It 3 72 Mafalum-leon M +4 it-$
4(-8 W. see Mf IM 21 5 2(-4 72 Mafaletti 0,see Mf 1E+3 2t+2 71 8 tone surf H-14 (4E+2) gyg 4(+2 M7 6(-10 W. see Mf 0, see f 2 4(+4 M +4 4(-l 11-7 $(-4 5(-3 72 Nefatum 182m M*5 6( l 2(-7 W. see INMf H+2 Mal M 10 72 Nefatur142 0,see tone serf tone surf 21 12 $(-6 M-5 (4(+2) (M*0) IM M +0 1E-9 Mf W, see Sene surf 1(-11 (7t+0) 72 Nefalur143 g,,,, g,4 g,4 g.g g.g g,4 g.3 2 M+4 ff $ et-4 W. See Mf H+3 M+3 M-4 1(-4 M-5 M-4
- 8. see fM 72 Nefalue 144 M
. M+3 3( 4 M-9 W. see Mf l l l S*MW 4 E 20-67
j \\ A p. B P App. B PART 20 STANDARDS FOR PROTECTION ATAINST RADIATION- . Table 1 feele 2 f atte 3 Occupational Values Effluent heleases to Concentrattens Sewers Col. 1 Col. 2 Col. 3 Col. 1 Col. 2 Oral Monthly ineestien Inhalatlen Average Atosic SadlanuttIde Class All AU DnE _ Air Water ~ Concentratten No. (yCl) (yCl) (yCf/el) (yC1/el) (yCi/el) (yC1/el) 73 Tantale172 W all compounde except these Steen for Y 4t +4 1E*5 M*5 M*I M*8 N*I V, elemental Ta emides, hydresides, halldes, carbidea nitrates, !!+5 4(-5 11-7 and attrIdes 7t*3 2t*4 M-6 M-8 M4 M-4 W, see fffia 73 Tantale173 M *4 7(-6 21-8 Y, see la a M +4 1E+5 4(-5 1E ? 44-4 44 3 W, see hffa I 73 Tantale174 M *4 4f-5 If-7 Y, see la 6t+3 ft+4 M-6 tt-8 M5 8( 4 W, see yjia 73 Tentale175 1(+4 M-4 ff*8 Y, see la 4t*3 1t+4 H6 21 4 M5 M-4 W, see yta il fantale176 H+4 M-4 2(-8 Y,see fa 1t+4 M *4 SE-6 M8 21 4 M4 W, see fffia 73 lantale177 M +4 7E-6 M-8 Y, see la a 7 gg.g gg., g,4 gg,3 73 fantale178 W, see 172, g,4 Y, see 172, g,4, pg. 3g g gg,y y H+4 He) M-6 SE-9 M4 M3 W, see hfia 73 fantatue479 M*2 4( 7 1(-9 Y, see fa W, see hffa 2t+4 M*4 M5 M-8 M4 M-3 73 Tentale190s H +4 2(-5 8(-4 Y, see la W, see f7fia 73 Tantale198 1t+3 4(*2 M4 M-18 ft-l M-4 Y, see la M*1 M-4 M-11 I 172,. M+5 M4 M4 St-7 73 fantale182m W, see 7 St. well 172 (M+5) M*3 M2 Y, see fa 4(+5 ft 4 M7 a 73 fantalelet W, see fffia St+2 M*2 11 4 M-18 1(-l M-4 Y, see fa H+2 68 8 M-18 73 fantale143 W, see 172, y,g g,3 g4 gg g tLI well gyg (II+3) .H-l M-4 Y, see fa M *3 4(4 M-9 73 fantale194 W, see fffia M+3 H+3 M-4 at-9 M4 M4 Y, see fa M*3 M6 M9 I 73 fantale196 W, see fffia M*4 M *4 M5 M7 4( 4 4E 3 Y, see fa M+4 M-5 M-4 = a 73 i. Tantale18sI III W, see ta M *4 M*5 M4 3(4 5t. well gyg (7t+4) M3 M4 Y, see is M4 ,M5 M4 a a 74 ,,g. Tungsten 176 8, all compeones H+4 M+4 Ml M-4 M-4 1E 3 . 74 fungsten477 0, all compounds M *4 W +4 4( 5 1E 7 M-4 M3 f -g brh 29s 1996 20-64
-- - - -. ~ _ %+ B l App. B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION l Idle 1 Table 2 Table 3 l Occ etienei veins tenwat neienn to l Concentrattens Sewers Cel. 1 Cs1. 2 Cel. 3 Col. 1 Col, 2 ) Oral Monthly i Ingestion Inhalet ten Average i Atomic Radleauclide Class All AU DAG Air Water Concentratten No. (pC1) (pCl) (pC1/el) (pCl/el) (pC1/el) (pCl/al) i 74 Tungsten-178 0, all compownds M*3 ft+4 M-6 X-8 71 5 7E 4 ] 2 74 Tungster179 0, all compounds H +5 2t+6 71-4 21 4 71 3 75 2 74 Tungstee 181 0, all compounds H +4 M *4 11-5 M-8 21 21-3 74 funesten*145 0, all compounds 21*l ff*3 M-6 9(-9 LLI well 4E S 4E-4 (3E*3) 74 fungsten-147 0, all compounds M+3 M*3 4(-6 1E-8 3t-5 31-4 74 imesten-lee 0, all compounds 4E+2 1E*3 5(-7 21-9 LLI well 71-6 7t-5 (M*2) 2 75 theale177 0, all compounds encept these sina for W M *4 M +5 1E 4 4( 7 5t. well 21-3 2E-2 (M*5) = W, entdes, hydresides, 4(+$ 11-4 SE 7 and attretes I IU 75 theate170 0,see te 7t+4 M*5 11-4 48-7 St. well 11-3 It 2 (1t+5) " *** in ~ E 0, see hae M*3 M*3 4E-6 11 8 ft-S 71 4 g 75 thenletel M*3 4(4 M-8 W, see se 75 theate182 0, see Ae 7t+3 1E+4 M-6 21-4 M5 M4 H+4 H6 21 8 (12.7 h) W, see te 75 theale182 0, see te It+3 H+3 1E-6 3(-t M5 21-4 ft+3 M-7 3(-9 (64.0 h) W, see Re 75 Rhentur144e 0, see te M*3 M*3 11-6 4t-9 3(-5 M-4 4E+2 21-7 M-10 W, see te 0, see f77"Ae 2t+3 4t+3 H-6 M9 3E-5 3(-4 FS Rhente184 1E+3 H7 M-9 W, see Re IN 75 Rhenium-196e 0,see Ae 1t+3 M+3 M-7 5t. well St. well M-9 ft-5 2E-4 (2t+3) (M*3) gy7 2E*2 H-8 M-10 W, see te 0, see hne H+3 M+3 M-4 4f-t M-5 M4 75 Rheele196 M*3 M7 M9 W, see se IU SE 3 M2 7$ theate147 0,see te H+5 GE+5 41-4 St. well 11 6 (st+5) = g7y H +5 4(-5 M7 W, see Ae 2 75 theal e 180m 0,see Ae H+4 1t+5 M-5 M-7 M-3 M-2 7 1E*5 H5 21-7 W. See Re N 0, see f7 Ae H+3 M+3 It-6 4(-$ 2t-5 21-4 FS thenielet 3E* 3 11-6 4E-9 W, see Se 20-69 September 29,1995 l l
Appa B ' App + B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION - i fable 1 Table 2 Table 3 Occ@ational Values Effluent teleases to Concentrattens Sewers Col.1 Col. 2 Col. 3 Cel, 1 Col. 2 Oral leonthly Ingestion Inhelatten Averega Ateel4 Redisauclide Class ALI ~3L3 DnG Air Water Concentration he. (pCl) (yCl) (pCl/el) (yC1/el) (pCl/el) (pct /al) III 3E +3 $5 +1 M-6 M-9 4t-S 4t-4 75 thentwist 0, see III 4t+3 M4 M-9 Re W, see Ae 76 Oselwl80 0, all compounds except these ginn for W and V lt+5 4E + 5 21-4 M-7 11-3 It 2 M *l 21 4 7t*7 W, halides and attrates H +5 21-4 61 7 Y, emides and hydroxides 0, see f s 11+4 4t +4 21-6 M-4 21-4 21-3 76 ' Oselue-1812 M *4 ff S M-8 W, see I s 4 E +4 2E-l M-8 V, see s I 76 Oselur182 0,see 2E*3 H+3 M-4 St-9 M-5 M-4 I 4E+3 M-6 M-9 W, see I 4E+3 21 6 M-9 s Y, see s 76 Osetum-145 0, see # s H+3 H+2 H-7 M 10 M-5 M-4 0
- s M*2 M-7 1E-9 a
0 W, see # s M*2 M7 M-9 V, see 0 a 0, see #0 eE+4 M+6 1E 4 M7 11-3 11-2 76 Oset ur189m W, see # s M +5 M5 M-7 0s Y, see # s 2E+5 M5 H7 0 W, see $0s 0, see 1t+4 M +4 M-5 4t-4 M4 tt 3 E 76 Oselve-191e 2f +4
- E-6 M8 os g
loc !!*4 71-6 21-4 Y, see Os 74 Osef um-191 0, see # s 2E+3 H+3 M-7 M9 0 LLI wt11 M-5 3t-4 (M*3) = g 2t +3 71 7 2E-9 W, see s g 1E+3 M7 21-9 V,see 76 Oselur193 0, see # s M*3 H+3 M6 M-9 0 LLI well 2t 5 21-4 (2t+3) 3 M *3 it 6 4E-9 W, see s g M*3 11-6 4t-9 + V, see s 76 Osetum-194 0, see # s 4t+2 4t+1 21 0 M 11 0 LLI well st-6 M-5 (6t+2) 6t *1 2E-8 St 11 W, see s St+0 M-9 Mall V,see s I 77 Iridtw142 0, all compounds oncept those ginn for y and y 4(+4 }t+3 g-g gg.y St. well ~ W, halides nitrates, and metallic tridium 2t+5 6t l it*7 1t +5 M-S M-7 V, estees and hydresides W, s e {$,,1r M.s .It-4 .M 3 0, se eE +) M*4 Ital M-77 tridium-144 M.4 u-, ir Y, see, tr M +4 It S 4t g A b 4W 20 70
l i l App. B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION App +B Tele 1 Totte 2 Table 3 Occupettonal values Effluent heleases to Concentrattens Sewers Col. 1 Col. 2 Col. 3 Col. 1 Col. 2 erst stentMy loosstten Inhalettee Avereen Atealc Redleauclide Class ALI Au un6 Air Water Concentration ale. (pC1) (yCl) (yCl/el) (pCl/el) (yC1/s1) (yCl/el) W. see $le
- 9. see M *3 1E*4 M-6 M-4 7t 5 7E-4 77 tridle185 II'4 N*0 II'8 I#
T. + 182le it +4 41 6 1E-8 l f8I1r M4 M+3 M-6 18 4 M5 3E4 I 77 tridie186 8 s2 M*3 M-4 M9 W see gggle M+3 2E6 01 9 Y, see ir W. see $le 0, see M *4 M *4 MS M8 11 4 It 3 77 tr141 e 187 M*4 MS 400 ggg!r M*4 M5 4( 8 a Y, see It 182 2D3 M*3 M-4 M-9 M-l M4 l 77 Iridielte tr 0, see $1r 4t*3 11-6 M-9 W see i M*3 11-6 M9 l Y, see ir W f l 77 leidi e 189 0, see ir M4 M*3 21 6 M9 LLI well II*I II'4 INN) i 142 'Id N*O N"' I W, see 182 'r 4t*3 M-6 M-9 i T. see i l 77 Iridle190m 0, see $le I M *5 M+5 M5 M7 2b3 lbf N'$ N*I
- I I
W. see 142 ' M*5 M5 M*7 T. see Ir I M leidium-190 0, see le 11*3 M*2 467 11-9 It 6 11-4 II'3 "I*I N 6 W. see 182 'r I 902 407 M*9 V. see I g
- 9. see $1r M+3 M+a 4F4 14 10 4PS 404 77 Iridiw192m M*2 M-4 Male l
W. see gggle fiel M-9 M 11 Y, see ir 0, see $le M+2 M*2 M7 4010 It l 11 4 M tridiw192 4D2 21 7 M 10 W. see 1423r H+2 M8 M40 Y, see Ir W. see $le S. see 6bt M*1 464 M-14 M-6 9P5 77 tridle194e 2O2 71-0 Male t ggg r H+2 468 M 10 V see Ir W M tridie1H 0, see W!r 11 4 M4 It 6 48-9 IE-l it*4 l' W, see *ir H+3 M 7' M-9 a a 2D3 M7 M9 Y, see le 0, see i aE+3 ft +4 M-l M8 11-4 M-3 W M tridle195e W. see # r M+4 18-5 4b4 1 Y see # r M +4 M-4 M-4 1r 77 tridle195 0, see # r 1t +4 4D4 21 6 604 2F4 M-3 W! M+4 M-l 71 4 W. see E1r 4t +4 M*l M*8 V see le 78 Plattaum-146 0, all compeande 1b4 4D4 M4 SDS the M3 74 Platine180
- 0. all compounds 203 2D3 71-7 M-9 M*l M4 l
78 fletinelet
- 9. ell compounds H+4
, M*4 M4 4F4 M4 1P3 78 Platine191 0, all compounds 4D3 463 4t-6 1Et M-l H4 l l I l 20 71 September 29,1996
^*" AmB PART 20 STANDARDS FOR PROTECTION AGAINST RADIATICN 5 ie 1 iaio 2 Yaie 3 Occgattenal values If fluent Aeteeses to Concestrattens lowers Col.1 Cel. 2 Col. 3 Col. 1 Ce!. 2 9est Monthly Ingestion Inhalation Anrete Atante tedienuclide Class AL: ALI DAc Afr Water Concentrattee lle. (pC1) (yCl) (yCt/al) (yCt/al) (yC1/nl) (yct/ml) 75 natine-15m s, eli cegewds st + 3 st + 3 Jt-e a-1 ~ LLI usil 4E-l 4(*4 = (M+4) 78 Plattaus-193 0, all cespeunds 4(+4 M *4 11-$ M-4 Lt! wall 61-4 6E-3 (W+4) 78 Platinus-195e 8, all compounds 2t+3 4E+3 21 4 M-9 LL f (21.I well M5 M*4 3) 1 1 2 78 Platt w 197e 0, all compounds H+4 4t+4 ft-l M-8 21-4 M3 70 P14tinuar197 0, all cogeunes M+3 1(+4 4( 6 M-4 of-l 4t-4 l 78 PlatinuelM 0, all cespeands M *4 1E+1 M-5 2E 7 71 4 71 3 2 78 Plattw200 0, all compounds 1E*3 M+3 1E-6 M-9 M-l M-4 79 Cel&193 0, all cespennes encept these ginn for W end Y 9(+3 M +4 M-l 4(-s 11 4 M3 i 2t+4 M4 M-4 W, holides and attrates j 2f+4 8( 6 M-4 Y, entdes and hydroxides g W, see lgl, 0, see M+3 M*3 M4 11 8 44 5 44-4 i g 79 Gold-194 H +3 M-6 M-9 f M*3 M4 71-9 Y, see l 79 Ge1<s 0, see [ M*3 H +4 M-4 Ms 11-5 7t 4 j if*3 M7 21-9 W, see 3, 4t+2 21 7 Male = Y, see a 0, see fh,3 As it*3 M*3 11 6 4(-9 it l 18 4 79 8eltl9ts 1E*3 M7 2E-9 Au a W, see g a H+3 M-7 21 9 Y, see Av 0, see y3 it+3 4(+3 M-6 M-9 ft l M-4 79 Gel &198 2t+3 M1 M9 W, see a 3, H+3 7t 7 2t 9 Y, see 183 79 Geld-1M 0, see As M*3 M*3 4t-6 1E-4 LLE well 4(-l 4(-4 (M*3) 3,3 4(+3 M-6 M-9 Au W, see g,3 4(+3 28 6 M-9 Y, see Au W, see ll 9, see M*3 4(+3 M-4 M-g 2t-5 21-4 19 Gel &200s M*3 1(-4 4t 9 g, H+4 M-4 M9 Y, see I 0, see fl M+4 M+4 M-l M-g 4(-4 4( 3 79 Ge1&200 SE +4 Ml it 7 W, see g, 7t+4 M9 1g 7 Y, see ' te1&201I 183 0,see Au M +4 ft +l M-l M7 79 St. well .II* 3 .M*2 I"*4) W, see 3,3 19 Men Ig 4 M7 Au 3 tt+l
- 9t 5 M7 Y, see As i
September 29,1996 20-72 a
.. -, - -. _.~ -. . ~. - . ~. App. B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION Tatte 1 table 2 table 3 Occeational Values E f fisent teleases to cancentrattens $ avers Cel. 1 Col. 2 Col. 3 Col.1 Cel. t Oral Meathly lagtstlea lahalatte* Average Ataalt Sadfeauclide Class All AH C Air Water Concentratten No. (pCl) (yCl) (pC1/el) (pCl/el) (pCl/el) (pct /st) 8t+3 4f 6 It-6 to Mercury-193e vapor Orgaale 0 of +3 lt+4 M-6 21 6 6E-5 61 4 0, sulfstes 3t+3 M*3 4t 6 11-8 4t 6 44 4 W. entdes, hydrerldes. halides, altrates, and 8t+3 3t-6 11-8 sulfides 3t +4 lt-g 4t.g 80 Mercury-193 Vapor Orgaalc 0 H+4 6t +4 34-5 M-8 M-4 3(-) D. see fl3"Hg 4t *4 21 5 6E 8 2t +4 4t +4 21-5 M-4 M-4 M3 W. see Sten it-6 4t 11 to Mercury-194 Vapor Orgente O Mel M *t 11-8 44-M M*7 ff 6 M+2 - 4E+1 21-8 H 11 It-5 11-4 0 *** ll3"He 1t +2 5t 8 21-10 W. see 4t+3 M-6 64 9 90 Mercury-195e vapor Organic 0 M+3 6t +3 M6 M-9 4(-5 44-4
- 9. see fl3"He H+3 SE*3 M6 7t-9 M-6 M-4 W see 4t*3 2t*6 M-9 E
H +4 11 5 4E 4 k te Mercury-195 Vapor a Orgente 0 H+4 H +4 M-S M-4 M-4 M-3 11+4 4t+4 1E-6 54 8 2t-4 M3
- 0. see fl3'Hg St +4 M5 St-4 W, see SE*3 ft-6 M9 Organte t 4t+3 M*3 4E-6 11-4 Ml M-4
'0 Mertwry-191e vapor 8 I'b M+3 ft*3 M*6 11-0 4t-6 4E 4 0, see UN H+3 M* 4 M* 9 W, see M*3 44*4 It-4 Organts e M+3 It+4 6(-6 21 0 W-5 M-4 80 Mercury 197 Vapor 0, see Uh H+3 1t+4 H-6 M-8 M-5 M-4 M*3 44-6 11-8 W. see IIN M+4 M-5 11-7 I 80 Mercury-199e Vaper Organte 0 6t+4 M+l 7t-5 M* 7 St. wall 11-3 It** (1t+5) I'h 6t+4 lt'l M5 M7 M-4 M* 3
- 9. see UN H+l M5 M7 W, see 8t+2 4(-7 It-9 Orgente O M*2 M*2 M7 M-9 M-6 M5 80 Mercury-243 Vapor h
2t +3 11+3 M*7 M-9 M-5 3E-4
- 9. see "U3"Hi H+3 M*7 M*9 W, see 41 Thalit+sr194e g,, g g,,,,,,,,,
gg +4 g,5 6t-l M-7 2 St. wall M3 1E** (7t+4) e 20-73 September 29,1995 l i 1
_e. App, B App, B PART 20 STANDARDS FOR PROTECTION A2AINST RADIATION table 1 Table i fe6le 3 Occesttenal Values (ffluent Seleases to fencentrations Sewers Col.1 Cat, 2 Cel. 3 Col. 1 Col. 2 Monthly Oral Jagestien Inhalatten Average Atomic Sadienuclide Class ALI ALI DAc_ Air Water Concentration (pCl) (pC1) (pct /al) (pC1/el) (pCl/el) (pct /el) as. 81 Tha111w194 8, all compounds H +5 H +5 ti-4 SE-F 2 St. well 4(-3 4(* 2 (M*5) 81 Thalliw195 0, all compounds 6( +4 H +5 M5 2(* F M-4 N3 I 41 Thalliw197 0, all compounds 7t + 4 1(+5 5(-5 ti 7 IE 3 1E t ) 81 thalliw198m 0, all compounds M *4 H +4 ti 5 8(-8 4( 4 4E-3 I 41 Thalliw198 0, all compounds 2(+4 3E+4 1(-5 5(-8 M-4 M-3 81 ' Thalliw199 0, all compounds 6( +4 8(+4 4f-5 ' 1(-7 M4 9(-3 81 Thalllet00 0, all compounds M*3 1(+4 M-6 f( 8 M4 . M-3 81 thalliet01 0, all compounds it +4 ft+4 M-6 M-8 ft 4 f(-3 + 81 thallium-202 0, all compounds 4(+3 M*3 2(-6 7(-9 5E-5 M-4 81 Thalllet04 0, all compunds it+3 ft+3 M7 M9 21-5 f(-4 82 Lea &195m! O, all compounds 6t +4 f(+5 M5 M7 M4 8( 3 E 82 Lese 198 0, all compounds 3( +4 H+4 M-5 M-4 4( 4 4( 3 E 82 Les<9 0, all compounds f(+4 7(+4 M-5 If-F M4 M-3 2 E 82 Lead-200 8 all cespevnds M*3 6(+3 M6 M-9 4(-5 4( 4 82 Lead-201 0, all compounds T(+3 ft +4 8(-4 M-8 11 4 1( 3 82 Lee &202e 0, all compounds M*3 M+4 1E-5 4(-8 H-4 1(-3 82 Leatt02 0, all compounds 1(+2 5(*1 !!-8 71-11 M6 H-5 82 Lead-203 0, all cespeunds $(+3 9(*3 4(-6 1(-8 ff 5 7(-4 82 Les&t05 0, all compoveds 4(+3 1E+3 M7 M9 M5 5(-4 82 Lead-201 0, all compounds tt+4 6t+4 ft 5 8( 8 31 4 34 3 82 Les&tle 0, all compounds 6( 1 2( 1 1(-10 Sono surf Gene surf 6(-13 1( 8 1( 7 (1(+0) (4( 1) 82 Lestill 0, all compounds 1(+4 M*2 3( 7 M 10 H4 21 3 I 82 Len 0, all tempounda M*1 H+1 1( 8 Hall Sene surf 21-6 H-5 (1(+2) = 82 Les&t14 g,,gg,,,,,,,,, g,3, gg g g,y gg, gg,4 gg,3 2 o* 83 81seuth-200 0, nitretes M *4 St+4 4(*5 11 7 of-4 4( 3 2 1(+5 4(-5 1( F W, all other compounds a W, see $81 0, su 1(+4 M+4 1( 5 4( 8 fE 4 ft 3 I c 83 81seuth 201 4(+4 ft 5 $( 8 81 0,see$81 8(+4 M5 11 7 2 1(+4 4(+4 f( 5 6( 8 ff 4 M*3 83 S t enuth-202 W, su 81 l l September 29,1996 20-N
APP B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION i.ie i v ie 2 r.ie 3 Octwettenal Values Effluent teleases to Concentrattene Sewere Col. 1 Cel. 2 Cel. 3 Col. 1 Col. 2 trol Monthly siten Inholetten Ave Atomic Radteaucilde Class au UAE _ Air Water Conc retten he. (yct) (yCl) (ptt/el) (yC1/el) (yct/ml) (ptt/al) 43 tiseuth-203 0,see 3l M*3 7t+3 M6 M-9 M-5 M-4 N 2M g,3 g.6 M9 W, see gg 21-5 M-4 43 tiseuth-205
- 8. see #86 If*3 M+3 11 6 M-9, 2W g.
gg,3 g.y W, see gg 83 S t sauth-2% 0, see #8t H +2 H+ 3 M7 21 9 M4 91 5 W, see #39 M *2 4t
- 7 it *9 l
$3 . Olsauth 207 0, see #tt 1t+3 ft+3 71 7 M9 11-5 M-4 2# W, see 31 4t+2 It 7 M-10 43 Stsavth-210m
- 8. see #tt 4(+1 H +0 21-9 Eldneys Eldneys j
M 12 M-7 M-6 (M*1) (M+0) j 2W g.g g.10 M 13 W, see gg M5 H4 $3 tiseuth 210 8 see #51 M*2 M*2 11-7 Kidneys j H 10 (4(+2) W, see #3t M*1 11-0 41-11 43 01sauth 212
- 8. see at M*3 M*2 1t*7 M 10 MS 7t 4 2
2W M*2 11-7 4( 10 [ W, see et 2 g,,,, Mtt M*3 M+2 it 7 4( 10 18 4 H-3 I 93 tiseuth-213 W, see #81 4(+2 11 7 M 10 I 2# 93 tiseuth 214 8, see 01 M+4 M*2 M7 M*9 - St. us11 (M+4) .M 4 .M 3 200 g.g 4g.y g.g W, see gg M Polentue-20E 0, all cespeunds eacept these given for W M+4 H+4 Hl M9 M4 M-3 W, entdes, hydroaldes, M +4 4(al it-7 and nitrates M Polonium 205 t, see # e M+4 4(+4 tt-5 M-8 St 4 M*3 I P W, see # e M*4 M-5 16 7 P 203 M*3 M+4 11 $ M9 H-4 M3 P 94 Potente 207 0, see # e H +4 11 5 48-8 W, see Po 203 y,, g.1 Male M-13 44 4 4( 7 M Polenteur-210 0, see #p, M1 M*10 M-13 W, see Po a SS Astettne-28/ 0, helldes M+3 M* 3 15 6 46 9 M-5 M-4 M*3 M-7 M-9 W 85 Astettne-2'11 0, holides M*2 M+1 M-9 M-10 21 6 M5 H+ 1 M0 81 11 W 45 toden-22e with daughters M+4 M6 M-4 removed With daughters M*1 M-9 M*11 present (ee 12 working (or 1.6 level senths) working sevei > September 29,1996 20-75
1 App. B APP. B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION l Seie.e 3 tai raie i taie 2 ses t. Ouu,. tion.i v.iues if fivent Concentrattens Sewers Col.1 Col. 2 Col. 3 Cel, 1 Col. 2 Oral Monthly latestion Inhalett en Average Atomic SadienucIlde Class ALI Au T Air Water Concentration he, (pCl) (pct) (ptl/el) (pC1/el) (pCl/el) (pCl/el) M Sedoe-222 With daughters 1t +4 41 4 11-0 removed With daughters it *2 3(-8 1t 10 a present (or 4 workine (or 0.33 level months) workine level) 47 f ranclue-222 8, all compounds 2t+3 M*2 ft*7 6( 10 38-5 3t 4 2 87 Freacle223 8, all compounds 6(+2 M+2 31 - 7 11-9 8t-6 M-5 2 48 Sediw223 W, all compounds M *4 M-1 31 10 M 13 Sene surf 16 7 11-6 (M+4) = 38' Sedi e 224 W, all compounds St+4 tt +0 71 10 M 12 Sono surf 21 7 21-4 (M+1) 48 Sedium-225 W, 41) compounds M +0 M*1 M*10 M 13 Sene surf M7 21-6 (!!+1) 48 Sadle226 W, all compounds M+4 M1 M-10 Mall Sene surf 68 0 68 7 (M *0) I 88 Sadl e 227 W all campounds M +4 1t+4 6( 6 { Sene surf Sene surf M-4 M-4 M3 I (2t+4) (2t+4) et Sedle!!8 W, all compeones M *4 1t+0 M 10 M 12 Sene surf 6t-8 6(-/ (4t+0) M Actief e !24 0, all compounds encept these gives for W and V tt +3 M *1 11-0 LLI well Sene surf Mall M5 M4 (!!+3) (4t+1) 6t+1 21 8 M 11 = W, halides and attretes M+1 21-8 M 11 Y, estees and hydrealdes 224 M Actlafe!!$
- 8. see Ac H+1 M-1 11-10 LLI well tone surf N'
II*I .II'0 IN*II IN*II % I3 224 M-1 M 10 M.13 Ac W, see 224 11 M1 3( 10 Y, see Ac 224 M Actlate!26
- 8. see Ac 1t+2 M +0 It 9 LLI well tone surf M*12 ft 6 Ml (1t+2)
(4t4) gg4 M4 2t 9 M 12 = W. see Ac 224 M *0 21 9 M.12 Y, see Ac t M Actfale!!7
- 8. see 224,
gg og.4 !!*13 = 3 Sene surf Sene surf 11 13 M-g S.t 8 j (4(-1) ( 88 4) 224 21 3 7t 13 l W, see Ac Sene surf 4I*IS IM*II 224 4t-3 ft 12 6(*15 Y, see Ac l l 1 September 29,1996 20-76
App > B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION Table 1 Table 2 Table 3 Occupational Values Effluent Releases to Concentrations Severs Cel. 1 Col. 2 Ce1. 3 Col. 1 Col. 2 Oral Montht;- Ingestion Inhalat ten Average Atomic Radionuclide Class. ALI AW DaG Ale Wat/ s Concentratten No. (ptt) (pct) (pCl/el) (pC1/el) (p ' * ) (ptt/al) r 224 89 Actintur228 0, see Ac !!+3 M +0 4t-9 3E l 3E-4 Sw surf 224 (!!*1) M 11 W, see Ac 4E+1 2E-0 Bone surf (6t*1) 8E 11 224 Y, see Ac 4E*1 21-8 6E-11 2 90 Thertur226 W, -rti compounds except these given for Y M*3 !!+2 6f-8 21-10 5t. well (5E+3) 7t S FE-4 Y, entdes and hydroaldes 1E+2 64-8 2E-10 90 Thorle!!7 W, see 'Th 1t+2 3E-1 11-10 5( 13 21-6 2E-$ 3f 1 1E-10 5t*13 Y, see b 226 90 Thorlette W, see Th H+0 It-2 4f-12 Sane surf Sene surf (M+1) (M-2) 3E-14 ft*7 21-6 226 tt 2 7E-12 21-14 Y, see Th 2M 90 Thoriur229 W, see ih M-1 M-4 4(*13 s en Gene surf Sene surf (1E4) (2t-3) M 15 ff-0 2E 7 2M to V,see Th M3 1E 12 E toes surf (M 3) M-15 = S 226 90 Thertue230 W,see Th 4(4 M3 M-12 Some surf tone surf (M4) (21-2) .1-14 IE 7 11-6 226 21-2 M-12 Y, see Th Bene surf (21-2) SE-14 I 90 Thortus*231 W, see h 4f+3 H+3 3E-6 M-9 Hl SE-4 M *3 M-6 M-9 Y, see h a 226 90 Therium 232 W, see th 71 1 11 3 5(-13 Bene serf tone surf 4t-15 M-8 St-7 (2t4) (M-3) Y, see d'Th 3C 3 it 12 = = tone surf (4E-3) 6E-15 a 226 90 Thorte234 W, see th M+2 M+2 M-4 M 10 LLI well H-6 5E-$ (4(+2) = 2M 2t+2 M-B L1-10 V,see th 2 l 91 Protactinium-227 y,,g,,,,,,,,,,,,,,,g these given for Y 4(+3 i!+2 $(-8 21-10 H-S M-4 1E+2 4(-8 14-10 Y, estees and hydroaldes 227 21-5 2E 4 91 Protacitatum-228 W, see Pa 1E+3 .N+1 M-9 tais af Y, see 226,, (2i,e l) 3E 11 g; g., gg.33 l i-i 4 20-77 September 29,1995
8 A pa B 1 P App + B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION i Table 1 lable 2 lable 3 Occupational values Effluent Releases to + Concentrations Severs a Ce'. 1 Col. 2 Cel. 3 Col. 1 Cel. 2 Oral Monthly Ingestien Inbalatten Average Ateelt Radienuclide Class At! AU W Air bater Caecentration No. (pCl) (pCl) (pCl/el) (pC1/el) (pC1/el) (pct /al) 227 91 Pretactinium 230 W, see Pa 6t+2 5E+0 2E-9 7E-12 { Bone surf 1E-5 IE-4 (9E*2) 227 4E+0 11-9 %8 12 Y, see Pa 11 v eetactlatum-231 W, see 22? a 2t-1 2E 3 6C-13 P Bone surf Sene surf (SE '. (4E-3) 6(-15 6E-9 6E-8 226 41-3 2E 12 Y, see Pa Sono surf 8E 15 (6E 3) 227 21-5 2E-4 Pa 1E*3 21*1 9E-9 11 Protactinium 232 W, see + Bone surf 8(-11 (6E+1) 227 Y, see Pa 6E+1 2t-8 Sono surf 11 10 (7t+1) 227 ? 91 Protactinium-233 W, see Pa 1E+3 71+2 3t 7 1E-9 tti vall 7 2t-5 ff-4 (2t+3) E v, see II'Pa 6t+2 2t 7 8E-10 W, see hIfa 2t+3 GE+3 M-6 IE-4 M-5 3E 4 E 91 Protactinium-234 7E*3 3E-6 9E-9 Y, see Pa i. 92 Uranium-2M 0, UF., UO Fs, UO (M0a): 4t+0 4E 1 M 10 Bone surf Bone surf SE 13 SE-8 8E-7 (6E+0) (6E 1) 4 L-1 It 10 5E-13 W, UDs, UF,, UC I, 3( 1 1E 10 4E 13 Y, UOs, Wa0s 2M 92 Uranium-231 0, see U 5E *3 8E*3 3E-6 1E 8 Ltt vall 6E-5 6t-4 (4t*3) IN 6E*3 2t-6 8t-9 W, see U 230 SE+3 2E-6 61-9 V, see U 2M 92 Uranium 232 0, see U f t +0 21 1 St 11 sone surf sane surf 6E-13 6E-8 6E-7 (45 +0) (aE-1) W, see 33,u 4E 1 2E 10 SE 13 g3g SE 3 3E-12 11 14 ', see U l I# 12 Uranium-233 0,see U lt+1 1E +0 51-10 Sone sue f tone surf 3E 12 3E-7 31 6 (2t *1) (2t+0) gg 7E-1 H-10 11-12 W, see U 2M 4E 2 2E-11 5E 14 V, see U I 2M 92 Ursalum-2H 0, see U lt +1 1E *0 St-10 Sono surf Bone surf 3E 12 3E-7 3E-6 (2E+1) (2t+0) 230 71 1 31 10 11-12 9 W, see IE 4E 2 21 11 5E 14 Y, see W i e c b e Sophenber 29,1996 20-78
P+ B App,B PART 20 STANDARDS FOR PRSTECTION AGAINST RADIATION fable 1 Table 2 Table 3 Occqattenal Values Effluent Releases to Concentrattens Sauers Cel. 1 Col. 2 Col. 3 tel 1 Ce1. 2 Oral Neathly Inyestion Inhalatten Average Ateetc Radienuclide Class Als ALI enr Air Water Concentratten No. (yC1) (yct) (yct/al) (yC1/el) (yC1/el) (pCl/el) 3 2M 92 Uranium-235 0, see U lt+1 M+0 6t 10 Sene surf tone surf X 12 3t-7 M4 (M+1) (M*0) 2 Mal M*10 it-12 W, see 2Mu 4t-2 25-31 M*14 Y,see U 2M 92 Urantum-236 0, see U 1E+1 1t+0 St-10 Sene surf Bene surf M-12 M-7 H-6 (2f+1) (M+0) 2N SE 1 3E-10 11 12 W, see gg M-2 21-11 M-14 U Y,see U 2M 92 Uranime-217 0,see g g,3 g,3 g4 gg., LLI well H5 35-4 (H+3) gg 2t+3 M-7 ft-9 W, see 2"4 H+3 M-7 21-9 Y, see U I 2M 62 Uranium-238 O, su U 1E*1 H+0 M-10 Sene surf Sene surf M-12 M-7 3(4 (M+1) (2t+0) 2M at-1 M*10 M-12 = W, see U gE 4t*2 M 11 M 14 Y, see U, r-92 Uranium-239 g,,,,2 7t+4 ft +5 St-5 M-7 M-4 M-3 2 { W, see l M+5 M-5 H-7 2t+5 M-5 ft-7 Y, see 0, see l E 92 Uranium-240 1t+3 4E+3 2t4 M-9 21-5 21-4 N'3 II"' "I*I g W, see 2 M+3 11-6 M-9 Y, see I 2M 92 Uranium-naturst B. He U 11+1 it+0 H-10 Done surf Sene surf M-M M-7 SE4 (2t+1) (2t+C) 2 M-1 H 10 M-13 W, see U 2M M2 21-11 M-14 Y, ses U = 2 H-3 ft 2 93 Heptuntum-232 W, all compounds 1t+5 M+3 M-7 Sene surf 68-9 (M*2) 93 Neptantus-233 W, ell coopeunes M+5 Std 18-3 4(4 Itat it 1 f 2 93 Meptuntw2M W, all campounds 2t+3 M*3 11 4 4E 9 M5 M-4 93 Reptuniw235 W, e11 compeands M +4 8t+2 M-7 LLI walt gene surf M9 M4 3t 3 (M+4) (It+3) 93 Neptunium-2M W, all compound
- M+0 ft-2 M-12 (1.1M+5 n eene surf Sene surf.
Matt M-8 M7 gM*0) (M2) 93 NeptunietMe W, all compounds M*3 M*1 It-8 (22.5 h) Gene surf Sono surf 11 10 M-5 M-4 (4t+3) (7t+1) 93 Neptunte237 W, all compounds M-1. 4E-3 21 12 Gene surf Sene surf M-14 2E-8 H7 (H+0) (It-2) e
{ APP,B APP, D PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION table 1 Table 2 Table 3 Occwatteaal values Effluent 8eleases to Concentrations Sewers Col.1 Col. 2 Col. 3 Col.1 Col. 2 Monthly Oral Incestien Inhalatlea Average Atomic 8edienuclide Class Atl ~Rg pKf" Air Weter Concentration (pC1) (yCl) (pCl/st) (pC1/s)) (pCl/ml) (pC1/el) No, 93 septuntum-234 W, all compounds 1E+3 H+1 M-8 2t*S IT-4 Bone surf 21-10 (2f +2) 93 Neptuntur239 W, all compounds 2E+3 2t*3 +7 31-9 LLI wall 2E-5 2E-4 (2t+3) 93 - Neptunium 240 W, all cospeunds 2t+4 8E +4 3t-6 1E-T 31-4 3t-3 2 94 Plutant us-234 W, att compounds em:ept Puo 8E + 3 ft+2 91-8 3E-10 1E 4 11-3 2E+2 81-8 31-10 Y, Puo, - M Plutonium 235 W, see I34Pu M +5 M +6 1E 3 4E-6 11-2 It 1 I II4 3E+6 11-3 3E-6 Y, see Pu 234 _ 94 Plutoniur236 W, see Pu 2E+0 2E 2 M 12 Bone surf Bone surf M-14 6t-6 H-7 (4t+0) (4E-2) 4E 2 21-11 M-14 234 h Y, see 7s a S 94 Plutonium-237 W, see Pu it+4 3f+3 1E 6 M-9 21-4 21 3 2M g Y, see 234, 3g.3 gg.6 4E-9 p 94 71stenlue-234 W, see 2M, g.1 7E-3 M 12 p Gene surf Bene surf (2f +0) (It 2) 21-14 ft-6 21-7 gg.2 SE*12 21-14 Y, see 234, p 234 ( 94 71stoniur239 W, see Pu M-1 6t 3 M 12 Sone surf Sone surf 2E-14 21-8 21 7 (1E+0) (IE-2) 234 21 2 71-12 Y, see Pu Bone surf 21 14 (21 2) i II4 SE-1 H-3 3t*12 94 Plutenlur240 W,see Pu Bone surf Bone surf 21-14 2f B 21-7 (It+0) (IE-2) gp 21-2 7E-12 Y, see Pu l Sone surf 2E-11 I (21-2) 94 Plutantur24J W, see 234, 4 p 8 surf surf 8t-13 1E-6 11-5 (7t+1) (H-1) y,,,, 2M, SE-1 31-10 p Sene surf 11-12 (tg+0) e i' l l l l I sementeres,1995 20-so i l i
-.. ~ s App.B A p.B P PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION Table 1 Table 2 Taile 3 Occwattonal Values (f fluent Releases to Concentrations Sewers Col. 1 Col. 2 Col. 3 Col. 1 Col. 2 Oral Monthly Ingestion Inhalat ten Average Atomic Radlonucilde Class All ALI DAG Alt Water ConcentratiA No. (pCl) (pCl) (pct /al) (pct /ml) (pCl/ml) (pct /al) M Plutenium-242 W, see 234, g.g yg.3 3E 12 p Bone surf Sone surf gy (It+0) Y, see Pu (1E-2) 2E-14 ff-8 ft 7 2t-2 7t 12 tone surf (21-2) 21 14 2H M Plutoniw243 W, see Pu 2E+4 4E+4 2t-5 5E-8 2E-4 21-3 234 V,see Pu 4E+4 21 5 SE-8 M Plutentw244 W, see 234, g.1 71 3 3E*12 p tone surf tone surf (2t+0) (IE-2) 21 14 2f 8 21-7 V, see *pPu 21 2 7t-12 Sene surf (21-2) 2E-14 W, see $Pu M Plutontw245 2t+3 SE+3 21-6 6E-9 M5 3E-4 V,see Pu 4E+3 2E-6 6E 9 2M M Platenle246 W, see Ps 4E+2 3E+2 11-7 4E-10 LLI vall 234 (4t+2) 61 6 EE-5 Y, see tu M*2 16-7 41 10 2 M Americiw237 W, all compeands M +4 M*5 1E-4 4E-7 1E-3 11-2 g 2 3 95 Americtw238 W, all compounds 4t +4 M+3 It-6 SE 4 51 3 tone surf (61+3) M-9 95 Americtw239 W, all compounds SE *3 II+4 51 6 ff-8 7E-5 7f-4 95 Americium-240 W, aII compounds 21+3 M*3 1E-6 4E-9 M-5 3E-4 95 Amer'clum-241 W, all compounds M1 6E-3 3( 12 Gene surf lone surf (11+0) (IE-2) 21 14 21-a 21-1 95 Americtw242m W, all campounds Mal 61 3 31-12 Bone surf Bone surf 21-14 ff-8 21 7 (1t*0) (11-2) 95 Americlw242 W, all compounds 4t+3 St+1 4E-6 SE 5 5E 4 Some surf 1E-10 (M*1) 95 Americtw243 W, all compounde M1 6E-3 M-12 Bone surf Sene surf 7t 14 2t-e 21 7 (11+0) (IE 2) 2 95 Americtw244m W, all cespeunds 6E+4 4E+3 2E-6 5t. wall Sone surf (SE+4) (7t+3) 1E-8 11 3 1E-2 41-5 4f-4 95 Americium-244 W, all campounds M+3 2ief M-8 Bone sc (M+2) 41-10 95 Americiw245 W, all compounds 3E *4 St +4 M-5 16-7 4f 4 4E-3 l i i 1 i 20-81 September 29,1995 l t i i
~.- App + B ' APP,B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION f able 1 Table i f able 3 Occipational Values Effluent Releases to Concentrattens Sewers cel 1 Col. 2 Col. 3 Cat 1 Cel, t mathly Oral Ingestfen Inhalation Average Ateolc tadtenucitee Class ALI Au pac Air Water Concentratten (pct) (pCl) (pct /al) (pC1/el) (pC1/el) (pct /mi) M. 95 Amertctet46m W, all compounds St+4 ff+5 Of 5 M7 2 5t. well SE-4 81 3 (6(+4) 95 Americtw244 y,, g g,,,,,,,4, 3g,4 gg,g ,g,5 11-7 4f 4 4E-3 2 M Curiellt W, all compounds 2(+4 1E *3 M7 21-9 fi-4 !E 3 M Curlet40 W all compounds 6(*1 M-1 21-10 Bone surf Sene surf M-13 If 4 ll S (SE+1) (6E 1) !(-5 (1-4 M Curium-241 W, all compounds M*3 M+1 1E 9 Sene surf M 11 (4E+1) = w_ M Corte!42 W, all compounds M*1 M-1 11-10 Gene surf Done surf 4(-13 7E-7 7f-6 (M+1) (M-1) 5 Curtum-243 W, all compounds M4 W-3 of 12 Sene surf tone surf 21-14 3t-8 M-7 (!!4) (2t-2) M Curtw!44 W all compounds if+0 M2 5(-12 Sone surf Sene surf M 14 3E-9 M-7 [ (M4) (21 2) y N Cartel 45 W all compounds M-1 M3 M 12 tone surf Sene surf if-14 ti-8 H? (M4) (It-2) M Curtum-246 W, all campounds 7f 1 M3 al-12 Bone surf tone surf f( 14 f(-8 FE 7 (1t*0) (IE-2) a M Curtwo 247 W, all compounds 8( 1 M3 M 12 Sene surf Gene surf f(-14 ff-8 ff* ? (11 4 ) (11 2) M Curlet43
- v. all campe.e4s it-1 ff-3 71 13 Sene surf Sene Svef 4( 15 M-9 5f-8 (4( 1)
(M 3) 71-4 7t 3 M Curtur24,2 y,, g g,,,,,,,,, g,4 g,4 7g,6 tone surf 4(-8 (M +4) M Curtum-2M W all compounds 4( t M-4 11 13 tone surf Gene surf 8( 16 9( 10 M9 (6E-2) (M-4) - 97 Sect 411w!45 W, all compounds it+3 II+3 SE 7 21-9 M-5 H4
- 17 termelturt46 W, all compounds 3(+ 3 3(+3 11-6 of 9 4f-5 4E 4
- 97 Serteilue-247 W all compounds 5(-! 4E 3 H-12 Sene surf tone surf 11-14 ti-8 ff 7 T* ~ (11 4 ) (M 3) 97 ternettue-149 W all compounds if+2 M +0 71-10 tone surf Sene <,nf SE*12 6(-6 6(-5 (H+2) (4t+0 I i
i App. B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION Table 1 Table 2 Table 3 Occwattenal Values Effluent Releases to Concentrattens Severs Col. 1 Col. 2 Col. 3 Cel,1 Cel. 2 Oral Monthly ingestion Inhaletten Avere08 Atomic RadlenucIlde Class All ALI Dec Air Water Concentratten W. (pCl) (pCl) (pCl/el) (pCl/el) (pCl/el) (pCl/el) 97 Serkellw2M W all compounds M*3 302 1D7 H-4 H3 Sene surf (7t+2) H9 2 M Collferniw244 y,,93,,,,,,,,,,,,,,g these given for Y M +4 H+2 21-7 M-10 St. unit (3D4) 4E4 41 3 Y, oxides and hydrealdes M *2 21 7 M-10 M Cellfernle246 W, see Cf 4t+2 M *0 4E9 1E*11 M-6 H5 Y, see Cf 9t+0 4PS 1611 M Collfornle244 W, see #Cf GD0 M2 M-11 Bone surf Bone surf (291) (M 1) 21-11 2E-7 ft-6 g Y, see Cf 1E-1 41 11 H-13 N M Cellfernte249 W, see Cf M-1 4E-3 2b12 Sene surf tone surf (ID0) (M 3) 1E 14 2E8 2b7 2M Y, see Cf lt-2 4( 12 tone surf (let) 2E-14 N M Collfsentum-250 W,see Cf It4 M-3 4E-12 k Gene surf gene surf (2(4) (2b2) 3E 14 M-8 M7 g M-2 H 11 41-'14 Y, see Cf - N M Cellferalearill W, see Cf M1 463 2012 Bone surf geneswf III4) I"*3) N*I4 IU8 IUI 244 Y, see Cf H-2 4( 12 Bene surf (IE-2) M-14 N M Californium-252 W, see Cf M4 ff-! M-12 Bone surf Bene surf I SE-14 71-8 M-7 (M+0) (4b2) g Y, see Cf M-2 1E-11 M 14 N M Califerste253 W, see Cf 2D2 M+0 M 10 M 12 sene surf M-6 M-5 (402) I44 H+0 7t 10 N 12 Y, see Cf M Collfernte254 W,see Cf H+0 21-2 M 12 M-14 M8 M-7 M-2 7F12 2D14 Y, see Cf 664 M-3 99 tiesteintur250 W, all compounds 4t+4 St*2 21 7 Gene surf i (1(+3) 2t 9 1E-4 It-3 99 linateiniier251 W, all compounds 7t+3 M+2 467 tone surf (H+3) ff-9 99 tinsteinium-253 W, el) campounds 2t+2 15+0 6610 21 12 ft-6 M-5 20-83 September 29,1996
APP.B . App.B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION we 1 iabie 2 taie 3 Occwattenal values Ef fluent Releases to Concentrat tens Sewers Col.1 Col. 2 Col. 3 Col.1 Col. 2 Oral Monthly Incestion lat.alatten Average Atomic Radlenucilde Class All Au DE Air Water (oncentration No. (pCl) (pCl) (pCl/el) (pCl/el) (pct /al) (pct /sa) 99 Einsteinfun-254e W, all compounds 3E +2 IE+1 4t*9 11-11 tti well 4E-6 4E 5 (M*2) 99 Einstelalue-254 W, all campounds M +0 7E-2 M-11 Bone surf Sene surf ff-13 2E 7 ff-6 (2f+1) (IE 1) 100 f orslue-252 W, all compounds SE*2 1E+1 M-9 2E-11 61-6 6E 5 ~' ' 100 f arsius-253 W, all compounds 1E *3 1E*1 4E*9 ?t-11 1E-5 IE 4 100 f oret us-254 W all compounds M+3 9E*1 4E-8 1E 10 4E-5 4E 4 100 forulue-255 W, e11 cespeunds H+2 2D1 M-9 M-11 . M-4 7E-5 100 forsius 257 W, all compounds 261 2E 1 7E-11 Bone surf Sene surf M-13 5E-7 St-6 p. (4D1) (2t 1) g ,x IE-4 1E 3 D 101 Mendeleviw257 W, all campounds 71+3 SE*1 41-8 . Bone surf [ 11-10 (M+1) 101 Mendelevie258 W, all compounds 3D1 H1 M-10 Sene surf tone surf SE-13 667 6E 6 (M+1) (M-1) Any single radienucIlde not listed above with ccay ende other then alpha entselen er spontaneous fis-sten and with radioactive half
- life less then 2 hours SubmersionI*
!!+2 H-7 IE-9 Any single radionucilde not itsted aheve with decay mode other than alpha eelssten er spontaneses f ts* sten and with redleactive half-21-1 H 10 11 12 M-8 M-7 life greater then 2 hours Any single radienuclide not ilsted above that decays by alpha salesien er spontanoeus fissten, er any als-ture for which either the identity or the concentratten et any redle-nucilde to the stature is not 464 21-13 1E*15 2E-9 2F8 kneun september 29, ses 20-84 i
4 ' App. B APP.B PART 20 STANDARDS F@R PROTECTION AGAINST RADIATION l i f001100Tf5: I*Senersten* means that values given are for essersten in a heelspherical semi inflatto cloud of elvterne aster 141, 2These radienecildes have redlelegical half-lives of less thee 2 hours. The total effective dose equivalent received during eperattens with these radienuclides might include a significant centributlen from esternal empe-swe. The SAC values for all radienuclides, other than these designated Class *$deersten
- are based een the cemitted effective dose egulvelent due to the intake of the radienucilde inte the body and de IST include pton-Llally significant centributtene to dose equivalent free enternal esposwes. The licensee any Matitute 1s 7 pct /e1 for the listed SAC to account Yer the semersten dose prospectively, but should use individea) eenttering devices er other redietten seasurtn0 instruments that sessure asternal espesure to essenstrate compliance with the lletts. ($ee 5 20.1203.)
j for soldte mistures of U-238. U-2H sad U-235 in air, cheetcal toalcity may be the lletting facter (see t 20.1201(e)). If the percent by welght enrichsent) of U-235 is not greater than 5, the cancentratten value for a 40-hove werkweek is 0.2 millierens aren(ium per cubic meter of air average, for any enrichent the product of the average concentratten and time of espesure during a 40* hour werkweet shall not caCeed Of*) (kA) pClahr/el, where SA is the specific activity of the wantian Inhaled. The specific activity for natural urentum is 6.7717 twies per gras U. The specific activity for other alatutes of W-238 U-235, and U-2M, if not kmwn, shall bei 5A = 3.6( 7 curles/ gree U U-depleted $A * (0.4 e 0.38 (enrichment) e 0.00M (enricheat)8) E-6, eartchment 3 72 0 where enr1Chment is the percentage by welght of U 235, eueressed as percent. NOTE: 1. If = identity.f each receaucii.e in..i.two is inewn us the c.ncentrati et one er -,e.f the I radienuclides in the stature is not known, the OAC for the stature shall be the most restrictive OAC of any radtenuclide in the statvee. 2. If the leentity of each radienuclide in the alature is not known, but it is known that certain rcelenutildes specified le this appendia are not present in the stature, the inhalatten All, DAC, and effluent and sewage I concentrattens for the stature are the lowest values specified in this aspendia for any redlensclide thct is not-known to be absent from the stature; er id.le.ses t. k Ou Tab.n.i vei.s le 1 , Table 2 3 ti if fi.nt. nei g Concentrettens Sewers Col.1 Col. 2 Col. 3 Col. 1 Col. ! Oral Monthly l Ingestion Inhaletten Average j Att nu BAC Air Weter Cententratten hdienucitee (pCl) (pCl) (pC1/mi) (pct /al) (pct /et) _ (pct /el) If it is known that Ac-227 0 and Co-250-W are 7( 4 2C 13 not present If. la additlan, it is known that Ac-227-W,Y, Tha229-W,1, Th-2304, Th-232-W Y Pa-231*W,Y, hp-237-W, Pr239-W, Pr244-W. Er,242-W, Ar241-W. Ar242rW, An 243-W. Co-244-W. Cr246-W, Cr247-W, Cr244-W, 84 247-W. Cf 249-W, and Cf-251-W 7( 3 3E 12 are not present = = If, le additlen, it is kneun that la-146*W. tr147 W, Ed-144-0,W. ed-152-0,W, th-228-W,Y, Th 238-T, U-232-T, U 233 Y, U-2M-Y, U-236-Y, j U-2M V, 0 236 T. Np-236 W. Pr!M-W,Y, Pr238 W,Y. Pr!)9-Y, Pr240 V, Pr242 T, Pr244-W,Y, Co 243-W Car 244-W, Cf-2444, Cf-249-Y Cf 250-W,Y, Cf 261 Y, Cf-252-W,Y, and Cf*2$4 W.Y ere not present 71 2 3( 11 = If. to additlen, it is known that PD-216-8, St-flem-W. Po-210 0,W, sa-223-W, ha-225-W. Ra-226-W. Ac-226-0.W,Y, Th-227-W,Y, U-230-0,W,Y, D'232 0,W, Pr241-W Cr!40-W. Co 242-W. Cf-244 Y, Es 254-W. fr257-W and Md-254-W 7E-1 3( 10 are not present I I I l l l l l 20-65 September 29,1996 l i
App. B App.B PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION ra.ie 1 we 2 va.ie 3 Occgattenal values Effluent Releases te concentrations Sewers Cel,1 Col. 2 Col, 3 Cel. 1 Cel. 2 Monthly Oral Ingestion Inhalation _ Average All ALI UnG Air Water Concentratten andlenuclide (pCl) (pC1) (pct /al) (pct /e?) (pct /al) (pct /st) If, la additten, It is known that $132-Y, Il-44 Y, Fe-60-0, 5r-90-Y. Ir-93-0 Ce 113m-0. Cd-10-0, in-115-0,W La-138-0 Lr176-W, Mf *170m20,W, Mf-182-0,W, 81 210r0, Ra 224-W. ta 228 W, Ac-226-0 W,Y, Pa-230 W,Y, U-233-0,W U-234-0,W, U-235-6,W U-236-0,W, U-236-0,W, Pr241-Y, Sk 249-W Ef-253-W,Y, ~ *
- 71 0 3E-9 and Es 253-W are not present 4.
If it is known that Ac-227-0,W.Y. Th-229-W,Y, Th-232-W,Y, Pa 231-W,Y, Co-248-W, and 11-14 's Co-250 W are not present * . If, in additten it is known that Se-146-W.
- 144-0,W, GddS2-0. Th-220-W,Y, Th-230-W,Y,
,,A,.U-2'2-Y, U-233-Y, U-2M Y, U-235 Y, U-2M Y, U-US-Y, U-Nat*V, Np-236-W, Np*237-W Pr236-W,Y, .Tr230-W,Y, Pr!)9-W,Y Pr240 W,Y, fr242-W,Y, "* ?r244 W,Y An-241-W 3 N3 W, de-244 W, de r242rW Ar243-W, 245-W, Ca-246-W, Cf fl0-W,Y, --* 4e-247-W 84-247-W Cf-249-W Y 264-W,Y Cf-251 W,Y, Cf-252-W,Y and df-It-l' are not present h If, in additlen it is known that $m-147-W. Cd-1524 PD-21d-0, 81 210s-W, Po-210-0,W. 3 Ra 223-W, Ra-225-W R.e-226-W Ac-225-0,W,Y, ~
- E Tfr227-W,Y, U-230-d,W,Y, U-2$2-0,W, U-Nat-W.
- [*' ' ' - '. g -
PrN1 W, Co-240-W Cr242-W. Cf-244 W,Y, Es*254 W, Fa-217-W a,= +254-W are not 1E-12 present .so-If, in e&fittan it is known that Fe-64, $r-90 Cd-113a Cd-113, in-115,1 129 (s-13d, Sa 145, Sr147 Gd-144, 64-1SI, 912I0s, Ra-223. Ra 224, Mg-194 (organic)Ih-226, Th*230, D-233, U-234, Ra-225, Ac-225, U-235, U 2M, U-238, U Nat, Co 242 Cf-244, 11-6 11-5 a-ts-254, Fe-257, and Md 250 are eet present r: .+. 3. If a statere af radienucildes coaststs of uranium and its daughte-s in ere dust (10 p AMA0 particle distrWtlee assnood) prW to cheetcal separetten of the wreatum from the ere, the following salves eey be used for the DAC of the r.atero: 6111 pct of gross alpha activity from urentur234, urentur2M thertur230, + + - and radiur226 per milllitter of air; 3111 pC1 of natural granium per ellliliter eY sir; er 45 mIsregrees of w!, natural wranium per cutic seter of air. the Ifatting values should be If the teentti and concentratten of each radionucite. In a elature are knownle between the concentratten 4, Jerived as fs15ewsdetermine, for each radienuclide in the stature, the ret l ** d* psesent in the stature sad the concentratten otherwise estatllshed in Appendia 8 for the specific radienucHde IA - m-e, hen not la a statore. The sun of such raties for all of the redienutildes la the afature say not esceed #1" -.y - U.e.,
- ntty").
[ 3,1, taasple: It radienuelldes *A,* *S,* and 'C' are present in concentrattene C, C, W C, and H W g g C appilcable OACs an SAC, W, and 0AC, nspecMvely, Wa W concentnMous sheH te Hohed se Wt W Ah g g C l. following relattenship entsts: 1 - - C C, C 3 C sit" * %*% il {,' " M !," l -W + 4 l Septeents29s1996 20-46 1
~ 1 App,C PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION 4 h h M 20 QUANTmES I OF UCENSED MATERLAL QUANTmES L OF LICENSED MATERIAL REQUIRING LASEUNG-Continued REQUIRING LASEUNO-Contir7JSd 1 Remonueue Saar Remorumie Qu'a*v QUANTmES 8 OF UCENSED MATERIAL N REQUIRING l.ASEUNG Copper 47 1.000 Stoneum40 to Zinc 42 100 Seonthshre0 0.1 m Qantity Zinc 43 1.000 Stoneum41 100 (A Zinc 46 10 Stoneum-02 100 Zinc 40m 100 Ytkium48m 1,000 Hydrogen 3 1A00 Zirc40 1.000 YMrtum46 100 Serymum 7 1,000 Zinc 71m 1,000 Yttium47 100 Serymum 10. 1 Zinc 72 100 Ytklum46 10 Carbon 11 1.000 Genium46 1.000 Yttriumeom 1A00 Certson 14 100 Gesun46 100 Ytttuneo 10 i Pluostne 18 1A00 Genum47 1.000 Ytetum41m 1.000 Sostunkt2 10 Gamun48 .1,000 Yttrtun>St 10 i Soeun84 100 Genum 70 1,000 Ytetum42 100 Magneshan 88 100 Gebum 72 100 Yttium43 100 l Alumbiunat 10 GeMun73 .1.000 i SAnon41 1.000 Germenlun46 1.000. Ytkluned 1A00 Ytetun>06 1.000 Woor>82 1 Germanium 47 1.000 2koonium48 100 t Phosphorus 42 10 Geraanium4e 10 Zirconiun48 10 Phosphorus 43 100 Germentum40 1,000 Zirconksn40 100 Selur 86 100 Gennenlun>71 1.000 Zlroenlun>43 1 OterinMS 10 Germenlun76 1.000 2troenturr>46 10 1 CNortne se 1,000 Gennenhan 77 1,000 Zlroonhan47 100 i Odortne 80 1.000 Gerrnanlun>78 1A00 Mohhan48 1A00 1 Arger>38 1A00 Aroenlo4e 1A00 Nlotdun40m 106 unini 1A00 1 Argindt 1,000 Arsenic 70 1.000 Moliksr>es (122 mini 1A00 1 poenesiume 100 Arsenic.71 100 Mohhav>00 -100 Potasehan42 1.000 Ateenio 72 100 Notilun>4%n 10 I Poteeshes>43 1A00 Areenk>73 100 Motilunes 1 Potashan44 1A00 Ateerto.74 100 Mobiun>46m 100 Petneshan46 1.000 Areenk>76 100 Mohlun>06 100 3 Celshes>41 100 Arterec.77 100 Motihss>4s 100 Catshan 44 100 Arsenh>7s 1A00 Moldune7 1A00 Celeksn47 100 Selenha>70 1A00 Motidunt$ 1A00 i Seemdum.43 1A00 Selenhan-7h 1,000 Molytalenum40 W Seandun>44m 100 Selenlun73 100 Molytulenuntam M Sceneum44 100 Selenium 76 100 MolytMienurs>M to Sonneum-46 10 Selenhaikfe 100 Molytulonunte W i Sonneup47 100 Selenlum41m 1,000 - 101 1A00 Sonnem>44 100 Selenlunet 1.000 Techneeum43m 1A00 1 .E
- =asu= 48 1400 -
- a'u=*8 Technee"*44m 1A00 1
Thanhan.44 1 Stonene 74m 1.000 um E Taareun>46 1,000 Sromine 74 1.000 Technesun 44 1,000 'I Vanoeun47 1.000 Gronune.76 1A00 Technesun00m 1A00 Venedun>40 100 Suombie 79 100 Technelban43 100 i Venaeum.49 1A00 Srombo.77 1.000 Technedun47m 100 d Clueneum.de 1.000 Sroneno40m 1.000 Technathan47 1A00 CIvandunde 1,000 Sromino40 1,000 Technstunbec 10 J Creemium41 1A00 3rombie4a 100 Techneeuntem 1A00 1 Manganese 41_ 1A00 Grembises 1A00 Technneunte W p w^ iA00 8,onei.44 iA00 Technesun>101 1A00 _ _ i "" 100 Nrypton 74 1.000 Techneeu m 104 W Mangenseeds 1,000 Maypton 78 1.000 Ruthenhan44 1.000 j Mangensee44 100 Nrypton 77 1.000 Rueionium 87 1.000 eas 00 1,000 Nrypter>70 '1.000 Augionhai>103 3i 100 Kryptor>41 1A00 Ruthenium 106 1400 j kon46 100 Kryptor>43m 1.000 Ruttenhan>106 1 4 trer>40 10 Kryptor>46m 1A00 Rhethem4em 1.0# bando 1 Nrypton.46 1A00 Mhoeun648 -M CoheR48 100 Mayphan.47 1,000 Rhnha 100 W CoheR48 10 Nrypton48 1.000 Rhodun>101m 1A00 Cater 47 100 RdshBun>79 1A00 FIhoesm101 10 4 i CoheMem 1,000 Rieleum41m 1A00 Rhossun>10am M CoheR4e 100 Rutdeun>41 1A00 Rhochsv>102 M . Cohah40rn 1,000 Rdileurn42m 1.000 Rhostum100m 1.000 Cateh40 1 Riehhan.43 100 Rhoeun106 .100 Coham41 1.000 Rddeum44 100 Rhossum100m 1A00 Cohendem 1.000 Redeunes 100 Rhostum107 1.000 pegneHS 100 Addeurn47 100 Petemun100 W Meksl47 100 piedeurnes 1.000 Penesisi>101 1A00 pechel GG 100 Phetsun>40 1.000 Petedun>103 M pecheMS 100 Stoneurn.00 100 Peasesv>107 10 9MsM6 1.000 Steneumet 1.000 Pebeun>100 W feeke648 10 Stoneum43 100 Sever-sog 1A00 Copper 40 1A00 Stoneum46m 1A00 Star 10s 1A00 Copper 41 1A00 Simnihan46 100 Steer 104m 1.0H Copper 44 1A00 Stoneun>47m 1A00 Sever 104 1,000 20-87
- -;rd,er 29,1995
_.. - - ~. _ - ~ -w-- APP.C App.C PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION 8 OF LICEN8ED MATERIAL 8 OF LICENSED MATERIAL QUANTITIES QUANTmEs 8 oF UCENSED MATERIAL QUANTmE8 REQUIReeG LAsEUNG--Continued REQUIRING LABELING-COfitillued REQUIRING LABELING-COf1tiflued W W 8" 1.000 10 Pr_- --: 1 -M 136m _ 100 Prn : ^;" 130 1.000 100 Teewtum.132____ 8ever.106 0 wr.108 1A00 Tenurkm133.~ 1.000 L _ * =-142m 1,000 100 Teewtum.133m 9ever.100m 1 Tedunum.134 1A00 Preseodymmm142 100 100 &dver.100m. 1.000 PreseodymnsM43 100 Preseodymnsn 144 1.000 10 lodne.120m - gover.11a= gover.111 ' 1,000 Prenoodymman.146 100 100 lossne-120. 88ver.112.- 100 Preseodymmm147 1.000 100 lodns>f 21 10 Neodymiunkt36 1.000 ' * ~ ^ ~~ Sever.116 1,000 lodne-123 100 CadmhsM04. 1A00 lodne-124 1 NeodymiurM36 1 NoodyvNun>130m_. 1,000 Cadmh m 107 1,000 lodine.825 Cednesn400 1.000 Neodyrritur*130 t,000 1 lodne.1M.. ~~ 1 Noodymhan.141 1,000 0.1 lodne.I28 Cadmhm113m ' Cadmase-113 100 lodne 129 100 10 Neodymium.14 t_ ~' Ceembsm116m 10 todne.130 1 Neodymhm149. 1,000 ~ Cadmhm 116**~~ 100 lodne-131 100 Noodymhm161 1,000 Cedmhm 117C 1.000 toens 132m 100 PrometNum.141-t.000 Ceemun>117 1.000 todne.132 10 PrometNurM43 100 imsum 100 ~ 1.000 ledne.133._. 1,000 PrometNurM44 10 Irutam-110 St.inera 1,000 lodne-134 100 PrometNun>146 10 Indun>110"* ~ ' lodne 136 t 1.000 PrometNun>146 indum 111 100 Xenor>121 1,000 Promethham 147 10 14.999 1,000 Xenor>120 - 1.000 PromeINunkl40m 10 Ine m ita 1.000 Xenon 122 10 1,000 Promoedun>148 _ Iness>113m 1.000 Menor>t 23 -- [ ' Imgun>114m 10 Xenor>t26_. 1.000 Promelhhan.149 100 buAun>116m 1,000 Xenor>127 1,000 Promoedun>150 1.000 1rusun>116 100 Xenork f 23rn ~_ 1,000 PromeINunkt61 100 1,000 Somerhan>141m 1A00 Indunkitern 1.000 Menor>t3fm Indun>117m 1.000 Xenorkt33rn 1,000 Somertun>141. 1A00 tuAun>117 1.000 Xenor> t.33 1,000 Semertun>142 1,000 Inesn>110m 1,000 Xenordt35m 1,000 Semerhan>146_ 100 1 Tin tie 100 Xener>136 - 1,000 Semerlurr>148 100 Th>111 1,000 Xenor>138 1.000 Semertun>147 10 g TIM 13 100 Cesium-126 1,000 Somettun>161 100 S Th>117m 100 Casham-127 1A10 Semertun>163 4 Tir>119m 100 Cosiunkf29 1,000 Somertun>166 1A00 Th>121m-100 Cesium-130 1A00 Semertun>166. 1,000 100 Th>121 1A00 Ceekmbt31.. 1,000 Europiun>146_ 100 100 Europiun>146__ tin 123m 1,000 Cesamt32- _ 100 Th>133 10 Ceeksn>134m 1A00 Eweplun>147_ 10 10 Europlun>144 -. Tir>188 10 Coelun>134 100 Th>188 10 Ceehmot36m. 1,000 Europhm140_ 100 100 Europhsv>t60 (12.42h) 1 Th>127 1,000 Coshen.136 10 Eureplun>160 (34.2d TIM 88 1.000 Cashm136 100 10 Europiun>162m Anhionetil 1A00 Ceeh m 137 t Anenenellem 1.000 Ceehav>138 1.000 Eisoplunktet 1 Angmenpite 1.000 Serlun>126 1.000 Europiun>164 to 100 Europ6un>166 100 Anemenr117 1.000 serh e t2s 1,000 Bertun>131m 1.000 Europiun>168 100 AngmenP 100 Ewsphm167 _ 1.000 Anemone 1.000 Sephan.131 100 Europhm 16e 100 Godoenhar>146 1.000 AnmuonetaMien64 t,000 sertan.133m Anemonef30.46.70sg 1g0 gerh e t33 to 100 Gedoeresi>14e. Asemonrias iOO sortum 136m 100 AngmenP194m 1.000 Sertwr>t3D 1,000 GedoenhsM47 0.001' 100 Gedokdunktde - Anemonet24 10 pertun>140 100 e. AnknenP186 100 Sertunkt41 1,000 Gedoenksv>149.. 10 Aremenr1Mm 1.000 eartun>142 1,000 Gedoenkm161__ " 100 Ar$51enP188 100 Lengtenun>131.- 1,000 GadotrihsM62 to Ardmenp127 100 Lenshanunkt32 100 Gedotetun>193 100 Anemone 138 (10.4mir4 1,000 LanWienundf36 1A00 Godotem16e 1.000 4 Asemonetas (0.0th) 100 l Lanftenunkt37_. to Tertiun>16 l g 100 I Ankmenp129 100 Lenihanum.138 100 Tertiun> tat 1,000 I a7 Anemenr130 i,000 te,ehenun>140 100 Testmun>160 m_ 100 l AngmenP131 1,000 Lenthanun>148 100 7ertdurv>161 1.000 Tenstunktte 1,000 Lorehenurn-142 1,000 Tertpum.163 100 Tetstun>121= 10 Lendhenum 143 1,000 Teredun>164 1A00 Tatiarhan>121 100 Certunkt34 100 Tartdun>166. 1.000 TehstwM'*" 10 Certunkt36 100 TertNum 16ern (6.000 Tehstun>133 100 Carlun>137m 100 Terttunk160m (24.4h) _ 1.000 +. 100 Teewtunkt u" 10 Certun>137 1.000 Tertdurv>166 10 '7etutun>127m 10 Certurv> tse. 100 TestWun>187 1 100 Tertdun>16e _ TeEstwS127 1,000 Certunkt4t. 10 TekstsM* 10 Certun>143 100 Tertdum ieo 100 1 Terthan 161 Tehsham 12e 1A00 Cartun>144 1.000 Tehshs>13tm 10 Prenoodymnav>t 38. 1,000 Dysproolun>166 1.000 Teturhan>131 -- -- 100 Pri ^ u 137 1,000 Dysprostun>167 20-88 V d w 29,1995 i u
App. C PART 20 STANDARDS FOR PROTECTION AGAINST RADIATION QUANTmES 8 OF UCENSED MAtliRIAL QUANTnlES 8 OF UCENSED MATERIAL QUANTmES 8 OP UCENSEO MATERIAL REQUIRING LABEUNO-Continued REQUIRING LASEUNG-Q0ntinued NQUIRtNG LASEUNG--COnlinued N Y Dysproelum.150 100 Tentasum-100 1,000 Thamum 1M 1,000 Dyesiroelwm196 1,000 Tungstem170 1,000 Thanum 106 1,000 o., Dysprosium 1M. 100 Turgster>177 1,000 The % 197 1,000. g Holmlww155 1,000 Tun 0 ster >170 1,000 Themem100m 1,000 Holmium 157 1,000 Tungster>170 1,000 TheNksmitt 1,000 Hobveum 150 1,000 Tungster>181 1,000 Thamum 100 1,000 Holmiurm161 1,000 - Tungster>195 100 Themum.200 1,000, Holmiurr>102m 1,000 Turigener>187 100 Thamum 201-1,000 Haimiurvet02 1,000 Tungster>100 10 Thamum 202 100 Holmium 164m 1,000 Rhenlun>177 1,000 Themurv>204 100 Holmium.164 1,000 Rhenium-170 1,000 Leed.196m 1,000 Hairneurm10Gm 1 Rhenburv>191 1,000 Leed.100 1,000 Holmiun>1M ,-100.- Rhonam192 (12.7h) 1,000. Lae4100 1A00 Holmlun>187 1,000 Rhenlurm192 (64.0h) 100 Lead 200,, 100 Estiksv>181 1A00 Rhereurw194rn 10 Lea 4201 1,000 Ertidum 106 1,000 Rhenlur>1M 100 Leed " - 1,000 ErtliwS100 100 Rhontun>100m . 10 Leed.202 10 Ertilun>171 100 Rhennm100 '100 Leed-203 1,000 Ertslum 172 100 Rhenium.107 '1.000 Lead-206 100 1A00 Thdurm182 1,000 Rhenburm100m 1,000 Leed-200 O.01 ' Thuliun>100 100 Rhenbur>100 100 Leed 210 ' ~ 100 Thdum-107 100 Rhentun>100 100 Lae4211 Thuham170 to Osmaswito 1,000 Lee 4212 1 Thdun>171 10 Osmium 101 1,000 Lea 4214 100 Thusww172 100 Osmiuv>182 100 Blomutka00 1,000 Thdum 173 100 Osmium.106 100 Glemutwa01 1,000 Thdun>176 1,000 Osmiun>100m 1,000 T 1,000 ^" Yttertihev>182 1,000 Osmiun>191m 1,000 9temuG>a03 .100 Y11erglum 100 100 Osmh:rv>191 100 Glenna0>306 .100. Yttertnurr>187 1,000 Osmhaw193 100 100 Yttertliw*190 100 Osmiun>1M 1 Glamutka07 10 . g Yttereiww176 100 letdlur*192 1,000 alsmuG>ttom 0.1 Ytterluun>177 1,000 Irt Sum.1M 1,000 Glemutk210 1 E Yttertuum 170 - 1,000 Irtisum 106 1,000 Glemut>tta -10 Luteturm100 100 trtdurr>100 100 StemuG>213 10 Lutetun>170 100 tricturr>187,,. 1,000 Stemi,9>t14 100 Luteeww171 . 100 Irissum 108 100 Polonks>208 1,000 Lutellun>172 100 Irtthsv>100 100 Polonlun>206 1,000 Lutegum 173 to Irtdur*190m 1,000 Polonlun>207 1,000 Luteturm174m 10 trtdluen 100 100 Polonks>310 0.1 Lutettur>174 10 Irtdun>192 (13.ed) 1 Aeteeno 207 100 Lutetun>17e" 1.000 Pdurv>192m (1.onin.) 10 Asinens 211 10 Luteturm178 100 Irtdurv>1Mm 10 Redor>220 1 Luteturr>177m 10 Irtdum 1M 100 Rador>222 1 Luleew*177 100 Irtewmitem 1,000 Pranchs>222 100 Lutetun>170m. 1,L00 tridlurm196 1,000 Pranclun>333 100 Lutellurm170 1,000 Pteenun>100 1 A00 Redun>tte 0.1 LaA4alun>170 1,000 Plaenun>100 100 Redun>224 0.1 Hofreurn 170 100 Ploerman.100 1,000 Reenn-226 0.1 Heinnsv>172 1 Ploenun>191 100 Reesm.320 0.1 100 Reean>227 1,000 Nefreun>173 1.000 Ploenum-103m _ 1,000 Rees>330 0.1 Heinham 176 100 Plannenkt03 1 Heinhav>177m 1,000 Ptsenun>196m '100 Acenew>t24 0.01 Hefnnsv>170rn 0.1 Ploenum 197m 1,000 Acentenkt26 ^ 0.1 Hafnium 179m 10 Pteenum 107 100 Aceresv>320 0.001 Actrewi>327 Heinlun>100m 1A00 Ploenun>100 1A00 Hafnhs>101 10 Ploenun>200 100 Asenks>t30 1 Hefnium 192m 1,000 Goi&193 1,000 Thorturwatt to Hofreun>102 0.1 Oce41H 100 Thorksv>327 0.01 Hofreun>193 1,000 Gol&196 10 Thorkn> tat 0.001 Helniun>1M t00 Gog$1ters 100 Thertum 220 0.001 Tentelun>172 1,000 Golette 100 Thortwn-330 0.001 Tentalum-173 1,000 Gced.100 100 Thortwo-331 100 Tantalun>174 1A00 Gole200m 100 Thorlun>332 000 Tantalun>176 1,000 Gold 200 1A00 Thorturmt34 10 Tantalurm170 100 Oc46201 1,000 Thorhanehael 100 f antehav>177 1,000 Mercury.443rn 100 Protacenksv>227 10 Tentelum-170 1,000 Mercury.103 1,000 Protacenlurr>220. 1 Tantelun>170 100 Mercury.ted 1 Protacenlun>230-. 0.1 Tentaturr>100m 1A00 Mercury. Item 100 Protacenks>231 0.001 Tarvidun>100 100 Mercury.105 1h00 Prueconium-232 1 Tentelurr>102 a 1,000 Mercury-197m 100 Protacenturr>233 100 Tardedurn 102 10 Mercury.107 1,000 Protacemurw234 100 Tentelum 103 100 Mercury. Item 1,000 Uranksn 230 0.01 Tentelurv>1M 100 Mercury 203 100 Uranium-231 100 Tentelurn 185 1400 Thamurm194m 1,000 Uranlurst?g 0.001 20 89 September 29,1995
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION OUANTITIES
- OF UCENSED MATERIAL QUANTITIES ' OF UCENSED MATERIAL QUANTITIES I OF LICENSED MATERIAL REQUtRING l A8EUNG-Continued REQUIRIF,f a8EUNG-Continued REQUIRING l.ABEUNO-Continued
[ Me tenucede Radionucede Resonuclide Uranium 233 0.00'l Amenchm244m 100 Ferrruum 253 1 Uranium 234 0.001 Amerldum 244 -.o 10 Fermk m 254 10 Urenkm236 0.001 Amerldum-245 1.000 Fermiurw255 1 Urarturw236 0.001 Americium-244m 1.000 Fermiu,w257 0.01 Uranium-237-100 Amortdurw246 1.000 Mendelevlum-257 10 Ureniurw236. 100 Curium 236 100 Mendelevium-256 0.01 Ureniurw239 1,000 Cunurw240. 0.1 Any resonarMa other then alphe ermt-r Uranlurw240. 100 Curturw241 1 sing redlorarMas not listed above, or Urenium. natural 100 Curtum 242 0.01 enbrtures of bete ermttere of unknown Neptunium-232 100 Curturw243 0.001 compoemon.._ 0.01 heptunium 233 1,000 Curksrw244 0.001 Neptunium-234 100 Curturw245 0.001
- The quantbee heted above were dertved by h Neptunium 236 100 Curturw246 0.001 bth of the moet restnctive ALI hated in lebte 0.001 Curtum-247 0.001 1,
1 and 2 of appenex B to H20.1001-g Neptuniurw236 (1.16x109) Neptunium 236 (22.Sh) 1 Curtum 24s 0.001 20.2401 of #de part, rounding to the nearest factor Q001 Curkm249 1.000 of 10, and erbar conov w veksee noted j f Nepturnum 237 ~ 10 Berketum 245 100 0 2 and,MO pCL h of M pCI i have,e nest.no in esene of io.eaa ha. vin 0 e reso-been seeigned for redlomw Naptunium 238-100 eedellurw246 100 i een
- y. ore g,oept,nene.
Nepiunium 23e Neptuniurw240 1,000 Serkeiksrw247 0.001 um, 1000 to take into account their low l Pkstoruurw234 10 Berkellum-240 0.1 spoolAc Plutonksm-236 1,000 Berkelium 250 10 Note: For purpoem of H201902(e), 20.1006(e), 4 i Plutonium 236 0.001 CeMomiurw244 100 and 20.2201(a) where there le involved a comtiene l non of resonucedes in known amounto, the emot for Plutoniur*237 100 Cadiomium 246 1 as h dato Plutonium-236 0.001 Cesfomium 240 0.01 g ,an, Plutonlurw230 0.001 Catlomium 240 0.001 reto between me present in tw e Phston'e240 0.001 Cattomium-250_ 0.001 non and the Emit estabtehad for me apo-Plutonksm 241 0.01 Coelomiurwa61-0.001 conc redonutede when not h combineson. The sum ) Plutonkm242 0.001 Coelomiurw262 0.001 of such rollos for all reeonmMaa in the comtunation Plutonium-243 1,000 Catforraum 263 0.1 may not exceed "1" 6.e.," unity"). Plutoniurw244 0.001 Coelomium-264 0.001 Plutonium-246 100 Any eiphe emiteng resonucede not Amerldum-237 1,000 Reted above or mixtures of eiphe Americhm238 100 emitters of unknoom corripoeleon 0.001 Amerldum-239 1,000 Ennetelnium-250 100 Americhm240 100 Einsteinium 261 100 Americium.241 - 0.001 EinsteinturM:53 0.1 Americium 242m 0.001 Einsteinium 264m. 1 Amortc6um-242 10 Einsteinium 264 0.01 Amertdum 245 0.001 Fermiurw252 1 Appendix D to port 20-p Linited Dietes Nuclear Reguletory Commission Regional Omces Address Telephone (24 hour) Region I Connecteut Detswere Desertot of Columbia, Weine, Werytend, Mesen-USNRC, Reqpon I,475 Atendale Road, King of Prueene. (610)337 5000, chusette, New Hampshire New Jersey, New York, Pennoytvente Rhode PA 19406. (FTS) 346-5000. R isiend, and vermont. g Region it Aiebeme,.Plorida, Georgle, Kentucky, unalanippi Norm Caroene. USNRC, Region 11. Atente Federal Conser,61 Forsyth (404)562 4400 N Puerto Rim, South Caroline, Tennseees, Virginie, Virgin leiende, and West Street, SW., Suke 23T85, Atiente, GA 30303. virginia. g Reelon W: tencia, indene, lowe, MlcNgen, Mmnesota, Mmeourt, ONo, andUSNRC. Reglon M,401 Warrenves Road Uete, R. (708)829 9600, E Wisconeirt 00632-4361. (FTS) 829 960G-W: Aieese Astiene, Astuness, Comorres. Ceterado, Newan, tenho, usNRC. Region IV. St1 Ryan Pleu (Sin aeM100 tmdotone, adoresne, Netseets, Hovede, New Mexico, North De-Delve, Suas 400 Artngton, TX (FTS) 728-4l00 linen Oldeheme. Oregon, Bousi Oehese, Teams, UtA WesNngton, Wye = 79011. nano, and me u.s toneestas ans Passassiere m me pedte. Region w: Piend omoe USNRC, Ro0lon IV. Walnut Creek (610) S75-0200 Pield once,1450 Marie Lane, suae 300, Wa e Crew. CA e4ee6. April 30,1997 20 90
i PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION i rAspeedix E to pa t M-Appendix F es part 20-Ihl Requireasente for law-IAvel-Weste Transfer for Disposal at land Disposal E Fadlittee and Manifeste E L Manifest L ne ai meni manife.i anu -iain ihe name, ad and telephone number of the person generating the weste.no manifest shall also include the name, address, and telephone number or the name and EPA hazardous waste identification number of the person transporting the waste to the land disposal factitty.The manifest must also E indicate as completely as practical: a % physicaldescriptionof theweste,thevolume. g radionuclide identity and quantity, the total O orm. activity, and the principal chemical radio f He solidification agent must be specified. Weste containing score than 0.1% chelating agente by weight must be identified and the weight percentage of the chelating agent eettmated..Westes closelfled as Class A. Class B, or Clase C in i 31.56 of this chapter must be clearly identified as such in the manifest.no total quantity of the i radionuclides 811 "C. "Tc, and "'I must be shown.He manifest required by thle j paragraph may be shipping papers used to meet Department of Transportation or Environra'talProtection Agency regulations or requiremed of the receiver, provided all the required infonnation le included. Copies of manifeste reqstrod by thle section may be legible carbon co, des orlegible photocopies. ?.. l s. 0 20 91 September 29,1995
App. F App.F PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION
- 8. For any shipments or any part of a 14 Certification obipment for which shk ( " d The waste generetot shallinclude in the rec 86Pi b #88
- W h el"O' shipment ananifest a certification that the times set fore in this escuen. conduct en l
V transported materials are proport aimandled. investigation in accordance with peregraph E descrtM N marked, labeled of sie appenex. end are in proper condition for transportation D. Any waste conectorlicenm who according to the applicable regulations of the handle 4 propedaged wasw shot 5-Department of Trensportation and the
- 1. AcknMedge moetpt d es week fnna j
Conunteelon. An authorised representauve of se gemw wisin1 wwk of receipt by l .' the weste generator eball sten and date the returnias e signed espy of the manifest er ,,,3gg equivalent documentation: ) llL Controland Tracking
- 2. pre a new manifest to reflect j
consoli ted ohlpmente: the new manifest ~ A. Any generating licensee who wansfere shall serve se a listing or index for the
- . ~
eedioactive weste to a land disposal faciuty detailed gemstor manifwee. Copies of ee a licensed weste couector shall comply E saa'ra'ar =*alf** *h*31 b*
- part of the new
) . with tha utremente in peregraphe A.1 3 manifwN weste conector ma prepare a i . through a h section. Any genereting new mandat wt&out sueching so m eter licensee who transfers waste to a licensed con I see pa e don I t aba t reg fremen of spannedineId ele appen&=D agraphe A.4 through I of this section. A couectorlicensee shall that nothing . f (enm eball: - has W done to &e weste tM ' E
- 1. prepare alfisestee so that the weste is invandak he generewr's Mah classined aaaaseas to 8 st.se of h chapter
- 3. Forward e of the new manifest to and meeu te wesw derecurkua 6e land %I ac6W eperator at he une requiremente in I et.se of this chapter:
N
- 2. Label each package of weste to idenufy 4
ude the new manifest with the whether it to Close A weste. Class B waste, or obipmmuw b W aim Class C weste, in accordance with i 81.55 of. this chapter:
- 3. Conduct a quality control program to ensure with Il 01.8f and St.ge of ele shephn h prograan must include 5.Retala a copy of the manifest and
==aag== ant evaluation of audite: docutnentation of acknowledsoment of
- 4. prepare shipping mandau to sneet b recelPt as the record of trenefor of.
-u d esononeIandD d 2 licensed material as required by parts appendix; 30,40 and 70 of this chapter, and retain . 5. Forward a copy of the manifest to the laterded recipient, at the Mme of shipseent. or information from generator manifest deliver to a couector at the time the weets is until the license is terminated.This sousated, obtaining acknowledgment of. E includes those manifesta and documents l NIerog sh Tuonh 8 of acknowledgement of receipt required under the standards for protection h cousatert
- s. Include one copy of ibe manifat with the sgelnet radiation in effect prior to obipment; January 1.19941and
- 7. Retain a copy of the manifest and documentation of acknowledgement of receipt sa the record of transfer of g licensed material as required by parts g 30. 40, and 70 of this chapter.This E ncludes those manifests and documents i
requimd under the standarda for O protection against radiation in effect prior to January 1.19941 and i. [ l-l ^ i~ L
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION
- 8. For any shipments or sayport of a
- e. For any shipment or part of a shipenent
- 3. Notify the shipper (i.e., the generetor, the shiposent for which aC -t
- --t of for which acknowledgment is not received collector, or processor) and the Administrator moeipt le not received within the tienes set within the tienes set forth la thle section, of the nearest Commiselon Regional Office forth in this section, conduct an investigation conduct en lavestigation la accordance with listed in appendix D to this part when any in encordance with section DI. E of this section III. E of this appendix. shipment or part of a ohi t has not arrived within so days e er the advance appendix. D.De land disposal facillt operator shall: manifat was mceived. C. Any licensed weste procewor who
- 1. Acknowledge receipt of e weste within E. Any shipment or part of a ehlpment for treets a mpeckasu westes doth 1 wak of receipt by returning a signed copy which acknowledgment is not received n.
- 1. Acknowledge receipt cf the weste from
"'9"'"j'"'d**""*"'*"*" within th. iim.e sei forth in this e.ction musi: the generator wtthin 1 week of receipt by E d ** "*""".'De shipper to be notifled le to the ehl,wr returning a signed copy of the manifest or 3 the licensu who lest poneesed the weste g
- 1. Be investigated by the shipper lithe f
equivalent documentation: and transformd the weete to the operator. S shipper has not received notiftcation or rsceipt within to days after transfer; and
- 2. Prepare a new manifest that meets the De returned copy of the manifest or
- 2. Be traced and reported. %e investigation requirements of sectione I and 11 of this equivalent documentation shallindicate any shall include tracing the shipment and filing a a
ndix. Preparation of the new manifest discrepanclu between materiale listed on the report with the neerut Commission Regional to that the procueor le responsible for manifat and materfats receind; re the weste; Office listed in appendix D to this part. Each
- 3. Prepare all westes so that the weste is licensee who conducts a trece investigation g claselfled according to i 61.66 of this chapter shall file a written report with the and meefe the weste characteristics appropriate NRC Regional Office within 2 g requiremmte in 5 61.86 of thle chapter:
weeks of completion of the investigation.
- a. Lebei each package of waste to identify
- 2. Maintain copies of all completed whether it is Class A weste, Class B weets, or E manifests or equivalent documentation -
e Claes C waste. la accordance with Il e1.56 until the limnae is terminated.This andat.87af thle chapter:
- s. Conduct a quality control progres' to 2 includes those manifests or equivalent ensure compliance with il et.as and et.se of E documents required under the standards ele chapter.no program shallinclude S for protection against radiation in effect management evalueuen of audi*
prior to January 1.1994: and
- 8. Forward a copy of the new manifest to the disposal site operator or weste collector at the time of shipment.or delaer to a collector et the time the weste le collected, obtaining een:. W " of roostpt in the form of a copy of the manifest or equivalent umentation by th4 collector:
- 7. Include the new manifest with the shipment;
- g. Retain copies of original manifests and new manifests and documentation of acknowledgement of receipt as the Jacord of trenefer of licensed material as required ris 30,40 and 70 of this che ter.
Includes those manifests E an doctunents of ecknowledgement of E receipt required under the standards for protection against redlet!on in effect prior to January 1.1994; and } sp 20-93 September 29,1996 + w w - - ,m-s
i..w-g M
m
PART 20 o STANDARDS FOR PROTECYlON AGAINST RADIATION As used in this a usily separated into distinct batches ) definitions apply: ppendix,b following ~ attributsels to fic weste generatore.Thie Chelo at hee the same meaning es weets le attribu le to the processor or Appendix G to 10 CFR Part 30-that atvon e1.2 of this chapter. decontamination facility, se appilcable. Requirements for Transfers of Low. Chemical deveripelon means a description Shipper means the licensed entity (Lo., the Level Radioactive Weste Intended for of the Principalchemicalcherectorietice of a wuk generator, weste collector, or weste ~) who oilers low level radioactive low level radioectiw weste. p for transportetton, typically consigning Disposal at Licensed Land Disposet Computer mdeble medium means that b weste Facilities and Manifeste reaulatory agency's computer can transfe the thle type of weste to a licensed weste ! Manifest-information from b nedium into its collector, weste processor, or land disposal Ipp YRCForm540Awhichlacludesper mean Ifrequir[i A weste generetor, collector, or processor nee muns the des led receiver of d who trens ris, or offers for trens rtation, the shipment of low lowl re toective weste. low levst dioactive waste inten ed for Decontorninetton facility means a facility h information required by IXyr in 49 CFR re ioe)i we ad$s i f !!$ty must Penung unde e Cansnisalon w Agmm pan 172. aclPel WPwele Soum mieMee de umo meaning as Prepare e Mentfest (OMB bntrol Numbers StaW hcen# w P decontaminetton of ulpment or materials ht given in $ 40.4 of thh chapter. 31504164 -0165,enbot66) reflecting to accomplish recycle, rouse, or other weste Special nuclear moserial hee the same nQ e on e management objectives, and, for purposes of meaning as that given in $ 70.4 of this ce n t w, this ,is not considered to be e consigna che ter. p fewIsvef Jtodloocilw Weste ge ) 541 for W shipments,
- j"g'M*"ghhip Di al container means a contenner Man or un mon / fort means the Montfat (Container and Weste Ducription))
prir' pelly used to confine low-level combination NRC Forme 540,541, and, if fiv radioactin weste during posal operatione necessary,542, and their respective level $t 8t e land di8Posel facility so see "high continuation sheets as needed,or equivalent. i eet ( nif ha Menifest (Manifest lades and Regional inkgdty container").% &eW emne Wate decwmeans en enthy,opeteting Compact Tabulation)). NRC Forms $40 ead shipmente, the disposal costeiner may be the under a Conunlesion or Agmement State 540A must be completed and must tran8Pon base, whee principal pwpose is to coHect h sleetly accornpeny the pertinent low, KPA tificotton number means b and consolidate weste generated by othere, e I weste shipment. U na ment number received by a transporter following and to trenefer this weste, without processing ePP cation to the Adminletrator of EPA es or repeckaging the collected weste, to another between shipper and con igne NRC Forms li licensed weste callaceae, licensed week 541 and 541 A and 542 and 542A may be required by 40 CPR part 243. s % completed, transmitted, and stored in Genemfor means e liconese openting Processor,orllooncedland die I facility. +. Weste means
- physical, electronic media with the capability for under a Commleston or Agreement State ai chemical and logical descri non of e
~ producing ible eccurate, and complete license wM1)is a weste norstor a definedin this part, or (2) the licensee to low-level radioactive weste as for on records on t e respective forms. Licensees e are not required by NRC to comply with the f manifesting requirements of this part when E whom weste can be attributed within the g NRCForm 541. Woote nerator means en entity, operating S contextof thelaw.LevelRadioectiveWeste g undera lesion or Agreement State S they shi : Policy Amendments Actof1985(e.g.,weste license, who (1) possesses any meterial or (a) LL for processing and expect its return (i.e., for storage under their licenu) generated as a result of decontaminetton or component that containe radioactivity or is recycle activities), rior to dispoul et a licensed land disposal High integrity container (HIC) means a radioactively contaminated for which the licenses foreceos no further use, and (2) ilit container commonly designed to meet the (b)b..W that is being returned to the structurel stability requirements of f 61.56 of transfers thle meterial or onsponent to a licensee who is the " waste nerator" or licensed had d locility or to e this chapter, and to snest Department of licensed weste lector or processor for 4 " generator," as defined in is part; or Transportetton requirwnente for e Type A handilsts or treatment prior to disposal. A (c) Radioectively contaminated meterial to a "weste procusor" that becomes the Package. licensee performlag procese or urnd disposal has the same decontardnetton services may a "weste procusor's " residual weste.a meaning as that given n $41.2 of this generator" if the transfer of low-level For guldence in completing thee forms, ny the chepter. refer to the instructions that accomNy thisNRC Forrns 540, 540A, 341, 541 A, 543, and radioective wate trosa its facility is defined e forms. Copies of manifests require 541A are officiel NRC Forme referenced in u "twidual weste." 7 7 e pendix mafggelegible carbon copia, Weste means en entity, operating tocopies,or; computer rintouts that this op ndix. Lkensees need not um j i reproduce th&5 stein the rmetof the ortal s of these NRC Forms as long as any under a teolon or Agreement State i uniform menI ' t. substitute forms are equivalent to the origine) license. phose princt le to e,ropackage,or twise treet low. NRC F 0,540A. 541, S41 A,542 and documentation la twpect to content, clarity, vel radioactive material or weste generated 542A, and tWeccompanytn instructions,in size, and location of information. Upon hard copy, may be obtained b ogreernent between the ehl and by others prior to eventual transfer of weste Information and Records Management consignes, NRC Forms 541 d 541 A) and to e licensed low. level radioactive weste land Branch Ofnce ofInformation Ruources NRC Forms 542 (and $42A)may be dl8 Pose) facility. Menegement, U.S. Na. lear Regulatory completed, trenamitted, and stored to Wosie type means a weste within a ju,, Commieslon. Washlagton, DC 20555, electronic media. The electronic media must disposal container having a unique physical tele hone (301) 415- /232. have the capability for producing legible, description (l.a., a speclSc weste descriptor 1 l T is appendh includes informetion occurate, and complete records in b format code or description; or a wate eorbed on or requirements of the De rtment of of the uniform mantlee* solidifitd in a specifically defined media). ~" Transportetlon, as cod in 49 CFR rt Pockage means the e.mbly of "N'**"'# 172. Information on hesordous, modt 1, or components necessery tr, soeure compliance A.CeneralInforrnation j other weste required to met Environmental with b packaging requirements of DCTr j Protection Agency ngulations, es codified in regulations, togebt with its radioactive The sh! of the radioactive weste, shall f 40 CFR parts 259,261 or elsewhere,is not contents, as ated for provide following information on the addressed in this section, and must be Physical means hems uniform manifest rovided on the required EPA forms, called for on NR Form 541 to describe a
- 1. N name, fecility address, and owever, the required EFA forms must low level radioective weste.
telephone number of the licenese ehlpping j eccompany the Uniform Lowbvol Residualwaste means low level b wate; Radioective Weste Montfest required by this radioective weste resulting from procoeslag
- 2. An explicit declaration indicating
- chapter, or decontaminetton ectivities that cannot be whether the ehlpper is acting as a weste Septet".1ber 29,1995 20-94
PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION generator, collector, processor, or a D. Uncontainerised Weste Information U-235, and plutonium in special nuclear material and the messes or utenlum and combination of these identifiere for purpos" The ehl of the radioactive weste shall thorium la source material if contained in the of the manliseted shipmeet; and provide followinginformation on b weste. 3.The name, address, and telephone uniform mantleet regarding a weets obipment number, or h name and EPA identification delivered without a disposal container: H.CertiScotion number for the carrier transporting the weste. 1.The approximate volume and weight of An authorised repreesntative of the weste B. Shipment Information the weste; LO'. sor,or collector shall certify The shi of the radioactive wate shall
- 2. A physical and chemical description of
{y"a*'*ning]ensting the shi ment mentfut the weste; that transportedmaterte orop cly provide th llowing information agarding
- 3. The total might pucentage of chelating classified, described, packaged, me
,and the weste shipment on the uniform manifest: egent if the chelating egent exceeds 0.1% by labeled and are in p per condition for 1.The date of the weste shipment, . P us the identity of the principal l
- 2. The total number of packages /d'ispoul we transportetton acc ing to the applicable ch ng egent; contelnors.
- 4. For wate consigned to e disposal regulations of the De rtment of
- 3. The total disposal volume and disposal facility, the clasification of the west, Transportetton and t e Commission. A collector in signt the certif! cation is weight la the sh[i ment.4.The total re onucilde activity in the Pursuant to $ 61.55 of this chpter. Weste not certifyin that no ing has been done to the mating th structural stability utrements collects weste which would lovelldate the shi ent.
of $ 61.56(b) cf this chapter must 5 The activity of each of th radionuclides identifled: weste generator o certification. H-3. G-14 Tc 99 and 1-129 contelned la the 5.The ideelties and activities of M.Centrol and Tracking shipment; and individual radionuclideo contained in the
- 6. The total mes.es of U-233,U-235cond ec weste, the messes of U-233. U-235, and
' 2 A 'A*F.16censee who transfers radioactive .weeteso landdis
- 1. facility or a licensed plutonium la special nuclear meterial, and 4 P utonium in special nucleet terial. t.nd
- westewceylectoc 1.com ly with the l
the total mess of urentum and thorlum in ,the mesus of urentum and um in source mquirements.in p s A.1 through 9 of source material' C. Disposal Container and Weste Information.. . material;and
- 6. For westes consigned to e dis i
this section. Any nsee who transfers The ship r of the redloactive weste shall facility, tb maximum radiation i els at the weste to a licensed weste processor for weste treatment or repeckaging shall comply with provide th following information on the surface of the weste. the requirents of phs A.4 through uniform mentfest regarding h weste and E. Multl4enerator Disposal Contelner 9 Gk Mu A 1 m Mh each dispoul contenner of weste in the g,go,,,ggo,
- 1. Pro re all westes so ht the weste is shipment:
This uction applies to disposal contelnors claulfi according tois1.55 and meets the
- 1. An alphabetic or numeric identification that uniquely identiftee each disposal enclosing mixtures of weste originating from weste chorectoristice requirements in 5 61.56 e.
different erstors. (Note:The origin of h of this che er; container in h shipment;
- 2. label h disposal contenner(or
- 2. A P ysical description of h disposal g LLW kom a proceraor's activltlu g transport pec h
E may b attrl able to one or more if eatial redletion I costeiner, including the manufacturer and E "8eneratore"(includlag" waste generators") S heaerds preclu le ling of b ladividual model of any high lategrity container; as deflood in this part). It eleo applies to disposal container) of weste to identify
- 3. The volume displaced by the disposal mixtures of westes ehl la en wkther it is Class A weste, Class B weste, container; uncontennertsed form, which portions of Class C weste c r greater ha Clus C weste.
- 4. The gross weight of the disposal container, including the weste; the mixture within the ehlpment originate in accordance with 5 St.55 of this chapter;
- 5. For weste consigned to e disposal from different generatore.
- 3. Conduct a quality assutence program te facility, the maximum radiation level at the
- 1. For homogeneous mixtures of weste, assum compliance with ll61.55 and 61.56 of surface of each disposal container; such as nacinerator mal., provide the weste this chapter (the program must include
- s. A physical and chemical description of description applicable to the mixture and the management evolustion of audits);
volume of the weste attelbuted to each
- 1. Propere h NRC Uniform law. Level the weste; Radioective Weste Montfeet as required by 7.The total welght percentage of cheleting generator.
esset for any weste contelni more then 2.For i -.. a mixtures of weste, this appendix; 0.1% cheleting agent by weig. plus the such as the combined products from a large
- 5. Forward a copy or electronically trensfer identity of the principal cheleting agent; compactor, identify each generator the Uniform Low.14ven Radiooctive Weste
- 8. The 6pproximate wohune of wate contributing weste to the disposal container, Montfest to the intended consignee so that within a container, and, for discrete weste types (i.e., activated either (I) receipt of the mentfest precedes the
- 9. The oorbing or solldification media. if.
>meterials. contaminated equipment. LLW shipment or (II) the manifut is any, and the identity of the solidification ' mechanical filtere, sealed sourcs/ devices, delivered to the consigneipvith the westo si media vendot and brand name: ' end westes in solidificationistibilization the tline the weste le transferred to the
- 10. The identitles and activities of -
< media), the identitles and activilles of consignese;Using'b((ll,end (11) is also individual radionuclides contained in each ladtvidual radionuclides contained on these acceptable; container, the messes of U-233. U-235, and weste t within the disposal container.
- 6. Include NRC Form 540(and NRC Form plutonium in special nuclear material and For generator, provide h following:
640A,if required) with the sh!pment the masses of urenlum and thorium in source (a) The volume of weste within the regardless of the option choun itl peregraph meterial. For disente weste types (i.e., dis I centainer, A.5 of this esction; activated maternels, contaminated equipment. 1 A physical and chemical description of
- 7. Receive acknowledgement of the receipt mechanical filters, sealed source / devices, the weste, including the solidification egent.
of the shipment in the form of a algned copy and westes in solidification /stabilisation if any; of NRC Form 540; media), the identitles and activities of (c) The total weight percentage of chelating
- 8. Retain a copy of or electronically store individual radionuclides associated with or egents for any disposal containe-contelning the Uniform low Level Radioactive Weste contained on these weste types within a more then 0.1% cheleting agent by weight.
Manifest and documentetton of disposal container shall be reported; plus the identity of the principal cheleting ocknowledgement of receipt es the record of transfer of licensed material as required by to 11.The total redbectivity within each agent; container; and (d)The sorbingor solidification media if CFR Ports 30,40, and 70 of this chapter; and
- 12. For westes consigned to e disposal any, and the identity of the solidification
- 9. For any shipments or any part of a facility. the classification of the weste media vendor and brand name if the media shipment for which acknowledgement of pursuant to $ 61.55 of this chapter. Weste not is clalmed to meet stability requirements in receipt has not been received withir the meeting the structural stability requirements to CFR 61.56(b); and times sd forth in this appendix. c aduct en of $61.56(b)of this chapter must be (e) Kadionuellde identitin and activities investigetton in accordance wir',,eregraph E contained in the wate, the messes of U-233, of this appendia.
Identified. 20 95 Septonber 29,1995
App.G App,G PART 20 o STANDARDS FOR PROTECTION AGAINST RADIATION B. Any weste collector licensee who Montfest to the intended consignes so that E. Any shipment or part of a shipment handles only propeckaged weste shall; either:(i) Receipt of the manifest procedes for which acknowledgement is not
- 1. Acknowledge receipt of the weste from the LLW shipment or (!!) the mentfeet is received within the times set forth in the shipper within one week of receipt by delivered to the consignw with the wate et this section must:
returning a signed copy of NRC Form 540; the time the weste is transferred to the
- 2. Prepwe a new manifest to reflect consignee. Using both (1) and (11) is als
- 1. Be investigated by the shipper if the consolidated shipments that meet the acceptable; sblPPet has not received notification or
- 7. Include NRC Form 540 (and NRC Form
'chutrements of this appendix.The weste receipt within 20 days after trensfer; an tector shall ensure that, for each contelner 540A,if required) with the shipment g of waste in the shipment, the manifest regardless of the option chosen in paragraph og
- 2. Be traced and reported. The identifies the genwator of that container of C6 of this section; o
weste;
- 6. Receive acknowledgement of the receipt E investigation shallinclude tracing the
- 3. Forward a copy or electronically transfer of the shipment in the form of a signed copy. g shipment and filing a report with the the Uniform Low-Level Radioactive Weste of NRC Form 540; nearest Commission Regional Office Manifest to the intended consignee so that
- 9. Retain a copy of or electronically store listed in Appendix D to this part. Each either:(1) Receipt of the manifest precedes the Uniform tow. Level Radioactive Weste licensee who conducts a trace the LLW shipment or (ii) the manifest is Montfest and documentation of delivered to the consignee with the weste et ack.nowledgement of receipt es the record of investigation shall file a written report the time the weste is transferred to the transfer of licensed meterial es required by 10 with the appropriate NRC Regional' consigne( Using both (il and (11) is also CFR parts 30,40, and 70 of this chapter; Office within 2 weeks of cc,mpletion of acceptable;
- 10. For any shipment or an part of a the investigation.
- 4. Include NRC Form 540 (and NRC Form shipment for which ocknow ment of 540A. If required) with the shipment receipt has not been received thin the
~ regardless of the option chosen in peregraph times set forth in this appendix, conduct an B.3 of this section;
- Investigation in occordsace with peregraph E
- 5. Receive acknowledgement of the receipt h of this appendix;and of the shipment in the form of a signed copy
- 11. Notify tne shipper and the of NRC Form 540; E Administrator of the nearest Cornmiselon
- 6. Retain a copy of or electronically store S Regional Office listed 18 ePPendia D of this the Uniform Low. Level Radioective Weste part when any shipment,or part of a Manifest and documentation of shipment, has not arrived within 60 days acknowledgement of receipt as the record of sher receipt of an advance manifest, unless transfer oflicennd matwiel es required by to notified by the shipper that the ehlpment has CFR parts 30,40 and 70 of this chapter; ban cancelled.
i
- 7. For any shipments or any ofa D. The land disposal facility operator shall:
,, hipment for which acknowl ment of
- 1. Acknowledge receipt of the weste within ss J receipt has not been received within the one week of receipt by returning es a -
g times set fonh in this appendix, conduct en minimum, a signed copy of NRC Form 640 investigetton in accordance with peregraph E to the shipper. The shipper to be notlSed le E of this apper. dix;and the liconam who last possessed the weste
- 6. Notify the shipper and the Administrator and transfwred the weste to the operator. If of the nearest Commlulon Regional Office any discrepency exists betwun meterials listed in appendix D of this part when any listed on the Uniform 14w.tmel Radicective shipment, or part of a shipment, has not Warto Manifat and meterials received, arrived within 60 days eher receipt of an ecytes or electronic transfer of the aNected advance mentfest. unlas notified by the ferns must be returned indicating the shipper that the shipment has been discrepancy; cancelled.
- 2. Melntain copies of all completed.
C, Any licened weste processor who truts manifests and electronically store the or repackages waste shall: information required by 10 CPR 61.00(1) until
- 1. Acknowledge receipt of the waste from the Comrnission terminates the incense; and the shipper within one wak of receipt by
- 3. Notify the ehlpper and the Adelatetrator returning a signed copy of NRC Form 54C; of the nearest Commleston Regional Of!1ce
- 2. Prepare a new manifest that meets the listed in appendix D of this part when any requirements of this appendix. Properation of shipment, or part of a shipment, hee not the new manifest reflects that the processor arrived within 60 days after receipt of an is twponsible for mating these advance manifest, unless notifled by the requirements. For each container of weste in shipper that the shipment has been the shipment, the manifest shellidentify the concelled.
weste generators, the preprocessed waste ~ volume, and the other information es required in paragraph 1.E. of this appendix;
- 3. Propero all westes so lhet the weste is classified according to $ 61.55 of this chapter and muts the weste characteristics requirements in l 61.56 of this chapter;
- 4. Label each package of weste to identify whethw it is Class A weste, Class 8 weste.
of Class C weste,in accordance with $$61.55 and 61.57 of this chapter; 5 Conduct a quality assurance program to assure compliance with il61.55 and 61.56 of this chapter (the program shellinclude management evaluation of audits);
- 6. Forward a copy or electronically transfer the Uniform Low 44 vel Radioactive Weste September 29,1995 2046
UNITED STATES NUCLEAR REGULATORY COMMISSION RULES and REGULATIONS 'i1TLE 10, CHAPTER 1, CODE OF FEDERAL REGULATIONS-ENERGY 31.3(d) PART GENERAL DOMESTIC LICENSES FOR BYPRODUCT MATERIAL l l Sec. ' Authority: Secs. 8t.161.183. 6s Sta t. 935. 5 31.1 Purpose and scope. 31.1 Purpose and scope. 94s. 954, as amended (42 U.S.C. 2111. 2201. This part establishes general licenses 31.2 Terms and conditions. 2233) secs. 201. as amended. 2rc. as Stat. 2 for the possession and use of byprod-31.3 Certain devices and equipment. 1242, as amended. 1244 (42 U.S C. $841. 5842) 3 uct material contained in certain items l 31.4 Information collection requirements: e Section 31.0 also issued under nec. 274. 73 a: and a general license for ownership of OMB approval E Stat. cas (42 U.S C. 20211 "" byproduct material. Part 30 of this 31.5 Cenain measuring, gauging or g; I chapter also contains provisions appil-controlling devices. cable to the subject matter of this 31.6 Generallicense to install devices part. generally licensed in i 31.5. 31.7 !.uminous safety devices for use in aircraft. 8 31.2 Terme and conditions. 31.8 Americium-241 in the form of calibration or reference sources. (a) The general licenses provided in this part N 31.9 Generallicense to own byproduct l0 are subject to the provisions of $$ 30.14(d), material. 10.34(a) to (c), 30.41, 30.50 to 30.63 and Parts 31.10 Genera! license for strontium-90 in E 19,20, and 21 of this chapter' unless indicated ice detection devices. e
- otherwise in the language of the generallicense, 31.11 Generallicense for use of byproduct material for certain in vitro clinical
{ or laboratory testing. 31.12 Maintenance of records. 8 31J Certain devices and equipment. 31.13 Violations. 31.14 Criminal penalties. A general license is hereby issued to transfer, receive, acquire, own, possess and use byproduct material incorpo-rated in the following devices or equip-ment which have been manufactured, tested and labeled by the manufactur-er in accordance with the specifica. tions contained in a specific license E lasued to itim by the Commission. To ta) Static elimination device. De-cc vices designed for use as static elimina- ' tors which contain, as a sealed source O or sources, byproduct material consist-ing of a total of not more than 500 mi-crocuries of polonium 210 per device. (bMc) (Reserved] (d) lon generating tube. Devices de-signed for Ionization of air which con-tain, as a sealed source or sources, by-l product material consisting of a total of not more than 500 microcuries of l polonium 210 per device or of a total of not more than 50 millicuries of hy-drogen 3 (tritium) per device. ' Attention is directed particularly to the provisions of the resulations in Part 20 of this chapter which relate to the labeling of containers. 31 1 October 31,1997 (reset)
PART 31
- GENERAL DOMESTIC LICENSES FOR BYPRODUCT MATERIAL
$ 31.4 Information conection (b) The general license in paragraph requirements: 0Me approval (a) of this section applies only to by. product material contained in devices Ji>(a) The Nuclear kegulatory ,, which have been manufactured or ini-Commission has submitted the 3 tially transferred and labeled in ac-information collection ufrements
- cordance with the specificat'ons con-contained in this part to e Office of f talmd in a Wie license issued pur.
Management and Budget (OMB) for a suant to 132.51 of thig chapter or in opproval as required by the Paperwork accordance wish the specifications Reduction Act (44 U.S.C. 3501 et seq.). contained in a specific license issued Tha NRC may not conduct or sponsor, by an Agreement State which n'athor. and a person is not required to respond 1ses distribution of the devices to per, t:, a collection of information unless it sons generally licensed by the Agred ment State. displays a currently valid OMB control ~ number. OMB has approved the g nformation collection utrements (c) Any person who acquires, re-i - contained in this part un er control ceives, pan====as uses or transfers bp E number 3150-0016. product material in a device pursuant .E (b) The approved information to the generallicense in paragraph (a-g collection requirements contained in of this section: (1) Shall assure that all labds af. this part appear in $$ 31.5,31.0,31.8, fixed to the device at the time of re-cnd 31,11. ceipt and bearing a staternent that re- - (c)This part contains information moval of the label is prohibited ar* collection *Iulrements in addition to maintained thereon and shall comply those approved under the control with all instructions and precauticra number specified in paragraph (a) of provided by such labels; this section.These information (2) shall assure that the device $ cellection requirements and the control tested for leakage of radioactive meto. numbers under which they are rial and proper operation of the on.off cpproved are as follows: mechanism and indicator, if any, at to (1) In $ 31.11, NRC Form 483 is
- longer than six-month intervals or at 3 such other intervals as are specified in cpproved under control number 3150-
- the labet; however:
0038* [ (1) Dev'. css containing only krypton (2)(Reserved) g need not be tested for leakage of ra-dioactive material, and = (11) Devices containing only tritittm or not more than 100 microcuries of ~ 8 31.5 Certain smesserlag, samstag er een-other beta and/or gamma emitt'ns treillas devices.8 material or (:) A generallicense is hereby issued 10 microcuries of alphs emitting material to commmeretal and industrial firms and and devices held in storage ha the onsingj educational and 6 in-shipping container prior to initialinstalle statutions, kl.tviduals in the conduct of their business, and Federal, State or tion need not be tested for any purpose; local government agencies to acquire, (3) Shall assure that the tests required receive, possess, use or transfer, in ac* by paragraph (c)(2) of this sectio: mid other testing, installation, servicing, and ~ E b () d removal from installation involving the R byproduct snaterial contained in de. vlees damagnad and manufactured for radioactive materials, its shielding or the purpose of detecting, measuring, containment, are performed: gausing or controlling thickness, den-(1) in accordance with the instructions sity, level, interface location, radt-Provided by the labels;or ation, leakage, or qualitative or quanti. tative chemical composition, or for (ii) by a person holding a specific producing light or an ionized atmos-license pursuant to Parts 30 and 32 of phere. this chapter or from an Agreement State to perform such activities; ' Persons pa===8av byproduct anaterial in devious lander the saceral lisense in 5 31.5 before Jan.18,13'FS, snar sentinue to pos-sons, use or transfer that saaterial in accord-anos with the reeutreaneests of I51.5 in effect se Jan.14,1975. Octotier 31,1997 - 31 2 )
31.5(c) 31.5(d) PART 31
- GENERAL DOMESTIC LICENSES FOR BYPRODUCT MATERIAL
~ (4) Shall maintain records showing f (7) Shall ~ not export the device compliance with the requirements of paragraphs (c)(2) and ('c)(3) of this
- containing byproduct material except inthis e (( (10) Shall com section. The records must show the o accordance with Part i10 of 20.2201 and 20.2202 of this chapter for results of tests.The records also must
- chapter; G reporting radiation incidents. thefl or loss of show the dates of performance of and L
E licensed material, but shall be exempt frorn the names of persons performing. 3 theotherrequirementsofParts 19,20,and 21 testing. Installing. servicing, and removing from the installation of this chapter. radioactive material and its able! ding or ~ (8) Except as provided in paragraph containment. The licensee shall retain (c)(9) of this section, shall transfer or O these necords as follows: dispose of the device containing by E d) The general license in paragraph (i) Each record of a test for leakage or product material only by transfer to a h (a)(of this section does not autho en n 8 a Mc &enu pmant E manufadure m impmt of dedes % pa (c (2) of a n ust be to Parts 30 and 32 of this chapter or from R an Agreement State, to receive the device,containing byproduct material. retained for three years after the next [ required leak test is performed or until a the sealed source is transferred or and within 30 days after transfer of a
- disposed of.
device to a specific licensee shall furnish (ii) Each record of a test of the on-off to the Director of Nuclear Material Safety mechanism and indicator required by and Safeguards, U.S. Nuclear Regulatory paragraph (c)(2) of this section must be Commission, Washington, D.C. 20555, a retained for three years after the next report containing identification of the required test o,f the on off mechanism device by manufacturer's name and snd indicator is perforr 'd or unt0 the 1 sealed source is transiurred or disposed model number and the name and address of, of the person receiving the device. No (iii) Each record that is required by report is required if the device is trans-paragraph (c)(3) of this section must be ferred to the specific licensee in order to retained for three years from the date of obtain a replacement device; the recorded everI or until the device is h ano(ther generallicensee only:
- 9) Shall transfer the device to transferred or disposed of.
(5) Upon the occurreree of a failurt ; (i) Where the device remains in use at ~ of or damage to, or any indication of a y a particular location. In such case the possible failure of or damage to, the transferor shall give the transferee a copy shielding of the radioactive material or of this section and any safety documents the on-off mechanism or indicator, or identified in the label of the device and upon the detection of 0.005 microcurie within 30 days of the transfer, report to or more removable radioactive material, the Director of Nuclear Material Safety shall immediately suspend operation of and Safeguards, U.S. Nuclear Regulatory the device until it has been repaired by Commission, Washington, D.C. 20555, the manufacturer or other person holding the manufacturer's name and model - a specific license pursuant to Parts 30 and number of device transferred, the name h' State to repair such devices, or disposed 32 of this chapter or from an Agreement and address of the transferee, and the name and/or position of an individual a. ' of by transfer to a person authorized by a who may constitute a point of contact specific license to receive the byproduct between the Commission and the trans-material contained in the device and, feree; m within 30 days, furnish to the Director of (U) Where the device is held in storage the appropriate Nuclear Regulatory Com-in the original shipping container at its mission Inspection and Enforcement intended location of use prior to initial use by a generallicensee. Regional Office listed in Appendix D of Part 20 of this chapter, a report contain-ing a brief description of the event and the remedial action taken; (6) Shall not abandon the device _containing byproduct material; 312a October 31,1997 (reset)
31.7(c) 31.6 PART 31 o GENERAL DOMESTIC LICENSES FOR BYPRODUCT MATERIAL 9 31.6 General license to install devices $ 31.7 Luminous safety devices for use generally licensed in Q 31.5. In aircraft. Any person who holds a specific (a) A general license is fiereby issued ., license issued by an Agreement State to own, receive, acquire, possess, and use
- authorizing the holder to manufacture, tritium or promethium-147 contained in 4 install,or service a device described in luminous safety devices for use in g i 31.5 within such Agreement State is g hereby granted a generallicense to aircraft, provided each device contains install and service such device in any
. not more than 10 curies of tritium or 300 non. Agreement State and a general
- millicuries of promethium-147 and that license to install and service such device each device has been manuactured, in effshore waters, as defined in f assembled or initially transferred in
. {l150.3(f)of this chapter:Prov/ded, That: ' accordance with a license issued under the provisions of Q 32.53 of this chapter r manufactured or assembled in ac-(a) (Deleted 39 FR 43531.] c rdance with a specific license issued by (b) The device has been manufac-an Agreement State which authorizes $ tured, labeled, installed, and serviced in manufacture or assembly of the device ' accordance with applicable provisions of k the specific license issued to such person fr distribution to persons generally licensed by the Agreement State. by the Agreement State. [ (c) Such person assures that any labels (b) Persons who own, receive, acquire, g required to be affixed to the device under, possess or use luminous safety devices e regulations of the Agreement State which g pursuant to the general license in this f licensed manufacture of the device bear a G section are exempt from the requirements 8 statement that retaoval of the label is E of Parts 19,20, and 21 of this chapter, $ except that they shall comply with the { prohibited. provisions of (( 20.2201 and 20.2202 of this (d) [ Deleted 39 FR 43531.) chapter. I i (c) This general license does not g {
- authorize the manufacture, assembly, l
g repair or import of luminous safety l g devices containing tritium or pro-methium-147. ~ I l i l l l M 31,199I(f9988) 31-2b g (next page is 313)
31,7(d ) PART 31 o GENERAL DOMESTIC LICENSES FOR BYPRODUCT MATERIAL [ (d) This general license does noth the storage container, bears a label which detection devices, provided each device 3 authorize the export of luminous safetyE includes the following statement or a, contains not more than fifty microcuries Q devices containing trititum 'or prod substantially similar statement which of strontium-90 and each device has been a methium 147 R contains the information called for in the manufactured or initially transferred in b L,following statement: " accordance with the specifications contained in a license issued pursuant to The receipt, possession, use and transfer or this source, Model _.----. Serial No. -_., e {ith the specifications contained a 32.61 of this chapter or in accordance (e) This general license does not w authorize the ownership, receipt, acquisi are subject to a generallicense and the reauta-l specific license issued to the manufac-tion, possession or use of promethium-f the United States Nuclear Resulatory 6 ti nl Commisalon or of a State with which the Q turer by an Agreement State which 147 conta.med in instrument dials. Commiclon has entered into an agreement for authorizes manufacture of the ice detec- @ 31.8 Americium 241 in the forrr, of g {e exerc e o - generally licensed by the Agreement regulatory authority. Do not tion devices for distribution to persons calibration or reference sources. (a) A general license is hereby issued i C AUTION - RADIOACT!'!E M ATERIAL ~ State, to those persons listed below to own," THis SOURCE CONTAINS AMERICIUM-(b) Persons who own, receive, acquire, receive, acquire, possess, use and transfer, 141. DO NOT TOUCH RADIOACTIVE possess, use, or transfer strontium 90 in accordance with the provisions of PORTION OF THIS SOURCE. Contained in ice detection devices pur-paragraphs (b) and (c) of this : tion, _ _ E suant to the generallicense in paragraph ___.----~ -- ,,, americium 241 in the form of car bration (Name of manufacturer or g,(a)of this section: initial transferor )
- or teference sources:
E (1) Any person in a non Agreement ~ (1) Shall, upon occurrence of visually ' State who holds a specific license issued (3) Shall not transfer, abandon, or observable damage, such as a bend or I pursuant to this chapter which authorizes dispose of such source except by transfer crack or discoloration from overheating, him to receive, possess, use and transfer to a person authorized by a license to the device, discontinue use of the byproduct material, source material, or pursuant to this chapter or from anMdevice until it has been inspected, tested special nuclear material; and Agreement State to receive the source. @ for leakage and repaired 1,y a person (2) Any Government agency, as de. (4) Shall store such source, excepty holding a specific license pursuant to fined in 6 30.4(g) of this chapter, which when the source is being used, in a closed 6 Parts 30 and 32 of this chapter or from holds a specific license issued pursuant to' container adequately designed and con an Agmmnt State to manufactum or this chapter which authorizes it to structed to contain americium 241 which service such devices; or shall dispose of receive, possess, use and transfer by-might otherwise escape during storage. the device pursuant to the provisions of product material, source material, or (5) Shall not use such source for any 6 20.2001 of this chapter; ,special nuclear material, purpose other than the calibration of ('b') The general license in paragraph radiation detectors or the standardization (2) Shall assure that alllabels affixed ~ other sources. (a) of this section applies only to calibra-to the device at the time of receipt, and (d) This genersi license does not which bear a statement which prohibits tion or reference sources which have been
- manufactured or initially transferred in g authorize the manufacture or import of removal of the labels, are maintained calibration or reference sources contain-thereon; accordance with the specifications 2 i contained in a specific license issued II"8 8**'ICI"*'24I' not { g g (e) This general licer se d s 5 pursuant to @ 32.5'l of this chspter or in a
g g [5accordance with the specifications nce sources contalo.ng americium kments of Parts 19,20, and 21. of this O contained in a specific license issued to 6 chapter except that such persons shall the manufacturer by an Agreement State comply with the provisions of g) 20.2001, which authorizes manufacture of the @ 31.9 Generallicense to own byproduct 320.2201, and 20.2202 of this chapter, sources for distribution to persons gener,
- material, ally licensed by the Agreement State.
A general license is hereby issued to ~ ll* own byproduct material without regard ~ (c) This general license does not t quantity. Notwithstanding any other authorize the manufacture, assembly, dis-(c) The general license in paragraph (a) of provision of this chapter, a general assembly, repair, or import of strontium-this section is subject to the provisions ofll licensee under this paragraph is not 90 in ice detection devices. 30.14(d),30.34 (a) to (e), and 30.50 to 30.63 of authorized to manufacture, produce, ~{ 31.11 Gencral license for une of by. this chapter, and to the provisions of Parts 19, g tran er, receive, possess, use, import or g 20, and 21 of this chapter. In addition, product material for certain in vitro exp rt yproduct material, except as persons who own, receive, acquire, possess, clinical or laboratory testint - E use and transfer one or more calibration or6 authorized in a specific license. L (a) A general license is hereby issued mference sources pursuant to this generalf{ 31.10 Generallicense for strontium 90
- t any physician, veterinarian in the practice of veterinary medicine, clini-license' in g (in ice detection devices,a) A general license is hereby issued I acq e cal laboratory or hospital to receive.
h (1) Shall not possess at anY one time, 6 to own, receive, acquire, possess, use, and - any of the following stated tests,in ac. g at any one location of storage or use, Q cordance with the provlstons of para-transfer strontium-90 contained in ice graphs (b), (c), (d), te), and (f) of this g more than 5 microcuries of americium. I section, the following byproduct mate-g 241 in such sources; -rials in prepackaged units: 1 (2) Shall not receive, possess, use or "Soun:es senersny licensed under this section prior transfer such source unless the source,or a, January W, m my tear labets auw h nie nsulations in esect on January 1, rm 31 3 September 29,1995
PART 31 o GENERAL DOMESTIC LICENSES FOR BYPRODUCT MATERIAL ~ (5) The general licensee shall dispose (1) Has filed Form NRC-483, of the Mock lodine 125 reference or s " Registration Certificate-In Vitro 3 calibration sources described in paragraph (1) Iodine-125, in units not exceeding Testing with Byproduct Material Under G (a)(7) of this section as required by { 20.2001 General License.** with the Director of E of thischapter 10 microcuries each for use in in vitro w E
- b clinical or laboratory tests not involving $U.S. Nuclear Regulatory Commission.
- internal or external administration of Washington, DC 20555 and received the radiation Efrom the Commission a validated copy (d) The gencal licensee shall not re. f byproduct material, or g therefrom, to human beings or animals. ';;of Form NRG 483 with a registration ceive, acquire, possess, or use byrrod. (2) lodine-131, in units not exceeding number assigned; or , uct material pursuant to paragraph (a) 10 microcuries each for use in in vitro (2) Flas a license that authorizes the 4 of this section: medical use of byproduct material that clinical or laboratory tests not involving was issued under part 35 of this chapter
- prepaccaged units (1) Except as internal or external administration of which are labeled in accordance with the byproduct material, or the radiation provisions of a specific license issued
,th:refrom, to human beings or animals, under the provisions of Q 32.71 of this (3) Carbon-14,in units not exceeding 3 chapter or in accordance with the provi- {10 microcuries each for use in in vitro azions of a specific license issued by an X c!!nical or laboratory tests not involving f Agreement State that authorizes Q internal or external administration of a manuf acture and distribution of g byproduct material, or the radiation iodine 125, iodine-131, carbon-14, hydro- [ therefrom, to human beings or animals. gen-3 (tritium), selenium-75, iron 59, or Mock lodine-125 for distribution to (4) liydrogen-3 (tritium), in units not persons ger.erally licensed by the Agree-exceeding 50 microcuries each for use in ment State. in vitro clinical or laboratory tests not involving internal or external administra-(2) Unless the following statement, or a substantially similar statement which j tion of byproduct material, or the radia-contains the information called for in the 3 tion therefrom, to human beings or - (c) A person who receives, acquires, 2 animals. possesses, or uses byproduct material following statement, appears on a label affixed to each prepackaged unit or (5) Iron-59, in units not exceeding 20 pursuant to the generallicense established g microcuries each for use in in vitro by paragraph (a) of this section shall appears in a leaflet or brochure which clinical or laboratory tests not involving g comply with the following: accompanies the package: internal or external administration of g (1) The generallicensee shall not pos-This radioactive material may be received, byproduct material, or the radiation acquired, possessed, and used only by physt-therefrom, to human beings, or animals,! sess at any one time, pursuant to theff general license in pa section, at any one location of storage or"' tais and only for in vitro citnical or labora. f (6) Selenium 75, in units not use, a total amount of iodine 125," t N'tst ot l"N Ih' [t[r$' [the [ad$
- t t
ad on m g exceeding 10 microcuries each for use in iodine 131, selenium-75, and/or iron-59 allon therefrom. to human beinas or ani. in vitro clinical or laboratory tests not i ession use E involving internal or external administra in excess of 200 microcuries, ys Its rec lipt agu e and a general license of the U.S. Nuclear 7 tion of byproduct material, or the radia - ( ) The gennallicensu shallstore the Rerutatory Commission or of a State with tion therefrom, to human being or byproduct material, until used, in the which the Commission has entered into an sareement for the exercise of regulatory au. original shipping container or in a con, ~ tainer providing equivalent radiation (7) Mock lodine-125 reference or (Name of Manufacturer) calibration sources,in units not exceeding protection. (3) The general licensee shall use the 0.05 microcurie of iodine-129 and 0.005 byproduct material only for the uses s microcurie of americium-241 each for use authorized by paragraph (a) o' this sec-in in vitro clinical or laboratory tests not n ineolving internal or external administra s'IO"*
- tion c,f byproduct material, or the radia u.
(4) The general licensee shall not N transfer the byproduct material except by tion therefrom, to human beings or transfer to a person authorized to receive animals. it by a license pursuant to this chapter or from an Agreement State, nor traasfer (b) A person shall not receive, 4 acquire, possess, use, or transfer the byproduct material in any manner O yproduct material under the general other than in the unopened, labeled 2 cense established by paragraph (a) of shipping container as received from the [ this section unless that person: supplier. T [ Note removed 49 FR 196231 September 29,1995 31 4
- ~ - - 4., j 3L11 (c) 31.14 (b) - PART 31 o GENERAL DOMESTIC LICENSES FOR BYPRODUCT MATERIAL d j- ' (e) The registrent possessing or using. } g,gs yh byproduct materials under the general
- 31. 00 (Deleted 36 FR 16891L]
,~ license of peregraph (s) of this section (a) h hulee may his ma injunction or other cond order to shall report in writing to the Director of prevent a violation of she provisione 1 Nuclear Material Safety and Safeguards of- [ g any changes in the information furnished (1)h Ato'mic Enwgy Act of1964, se 2 g by him in the "Resistration Certificate-amended: 1 In Vitro Testing With Byproduct Material. (2) Tit {e H d the Energy Under General License," Form NRC 483. N8** " "'" ^*' d I'#8' " * ) The report shall be furnished within 30 { days after the effective date of such (3) A regulation ororder luued puravant to those Acts. change. (b) h Commission may obtain a court order for the syment of a olvil 4 (f) Amy person using byproduct me. Penalty imposed u er section 234 of the terial pursuant to the general license of Atomic Energy Act parastsph (a) of this section is exempt (t) For vlotations of-from the requirements of Parts 19,20 (1) Sections n M,u ga, et.42, tot, t and 21 of this cha'pter with respect to 103,104.107. or 100 of the Atomic Enway Act uitest.as amended: byproduct materials covered by that g (111Section 200 of the Energy j general license, except that such persons s Reorganization Act: I 1 using the Mock lodine 125 described in (iii) Any rule, resdetion, or order i' paragraph (a) (7) of this section shall issued pursuant to the sections specified comply with the provisions of (( 20.2001, I"P*8'aph(b)(1)(l)of this section: 2&2201,and 2a2202 of this chapter ogf,I(,[i,,7d de'rteY1 y e specified la paragraph (b)(1)(i) of this section. (2) For any violation for which a ""*g,,,,,gg,,,,,,,,,,,,,,,,,,,, license may be tevoked under section Each record required by this part must 186 of the Atomic Energy Act of1954, as amended. be legible throughout the retention period specified by each Commission i 31.14 cremanes pensenee, regulation,The record may be the (e) Section 223 of the Atomic Energy original or a reproduced copy or a Act of 1954, as amended, provides for , microform provided that the copy or criminal sanctions for willful violation i y microform is authenticated by of, attempted violation of. or conspiracy authorised personnel and that the to violate, any regulation lesued under a g microform is capable of producing a sections 181b,1611. or teto of the Act. W clear copy throughout the required For purposes of section 223, all the " retention period.The record may also be regulations in part 31 are issued under storedin electronic media with the one or more of sections 161b,1611, or capability for producing legible. 161o. except for the sections listed in accurata, and complete records during Per graph (b) of this section, the required retention period. Records ( The re ulations in part 31 that are euch as letters, drawings, specifications, not issued u der sections 161b,1611. or must include all pe*;tinent information 101o for the purposes of section 223 are such as letters, stemps, initials, and as follows: il 31.1, 31.2, 31.3,31.4,31.9, signatures.J1:e licenses shall maintain 31.13, and 31.14. (dequate safeguards against tampering with and loss of records. i 1 1 i 31 5 septmbw to,199s 1 4 ij}}