ML19220C752
| ML19220C752 | |
| Person / Time | |
|---|---|
| Site: | Crane  |
| Issue date: | 10/01/1976 |
| From: | Jay Collins Office of Nuclear Reactor Regulation |
| To: | Varga S Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 7905140168 | |
| Download: ML19220C752 (3) | |
Text
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h Occ.4 g kk 007 ] 1 375 Docket No. 50-320 CORN;DG4 FOR:
S. Varga, Chief Light Water Reactors Branch No. 4, DFM FROM:
J. Collins, Chief Effluent Treatment Systems Branch, DSE
SUBJECT:
ACCEPTANCE REVIEil 0F ADDITIONAL APPENDIX I INFO!UfATION FCR m REE MILE ISLAND NUCLEAR STATION, UNIT NO. 2 We have reviewed the additional infomation submitted by the applic.nt for Eree Mile Island Nuclear Station, Unit No. 2, dated July 19, 1
~5, and July 26, 1976, to meet the rec,uire=ents of Section V.B of Appu..x 1 to 10 CFR Part 50.
The Effluent Treat =ent Systems Branch and the Hydrology-Meteorology Branch find the information satisfactory to be;;in their evaluation. The Radiological Assessment Branch finds that addi-tional information is needed for calculation of radiation doses to the population within a 50 mile radius of the plant, as required for the cost-benefit analysis to be performed under Section II.D.
L e Radiological Assessment Branch will need the information noted above before they can complete their evaluation. The questions are enclosed.
02*GEi1L SIC'IU U JOE'i -'. COLLEIS John T. Collins, Chief Effluent Treatment Systems Branch Division of Site Safety and Environmental Analysis
Enclosure:
RAB Questions cc:
R. Vollmer Distribution:
D. Vassallo Docket File 50-320 W. Ireger NRR Reading File P. Congel DSE Reading File
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9 OCT 1 1 5ES REQUEST FOR ADDITIONAL INFOPRATION TriREE MILE ISLAND NUCLEAR STATION, U'iIT NO. 2 DOCKET NO. 50-320 1.
If there is a prior knowledge that the current SC mile population age distribution may be significantly different from the U.S.
population distribution, then furnish the current age distribution of the 50 mile population (e.g., 0-12, 12-13, >18).
2.
Provide data on annual meat (kg/yr), milk (liters /yr) and truck farming production (kg/yr) and distribution within a 50 mile radius from the reactor. Provide the data by sectors in the same manner indicated in Sections 2.1.3.1 and 2.1.3.2 of R. G. 4.2, Rev. 1.
2 3.
Furnish information on type, quantity and yield (kg/m ) of irrigated crops grown.
4.
Provide information on gra:ing season (gi/e dates), feeding regimes for cattle (such as gra:ing practices, green chop feeding, corn and 2
grass sileage feeding and hay feeding) pasture grass density (kg/m )
2 and yield statistics (kg/m ) for harvested forage crops for beef and dairy cattle feeding.
5.
Determine and indicate in tabular format the present and projected co==ercial fish and shellfish catch (in 1bs/yr) from contiguous waters within 50 miles of the plant discharge. Report the catch by total landings and by principal species, indicating the relative amounts used as human food. Indicate the location of principal fishing areas and ports of landing associated with these contiguous waters and relate these locations to harvest by species.
Indicate the relative amounts consumed locally. Determine and tabulate the present and projected recreational fish and shellfish harvest from these waters in the same format, also indicating principal fishing areas and their yield by species. As above, indicate the relative amounts consuied locally.
Include any harvest and use of seaweed, other squatic life, or any vegetation usea 's human f'od from these waters.
Identify and describe any fish farms c-ada21ar aquatic activity within the 50 mile area utili:ing water that may reasonably be affected by the power plant discharge.
Indicate the species and production from each of these facilities and indicate the relative amounts consumed locally.
6.
Identify any additional exposure pathways specific to the region around the site which could contribute 10*5 or more to either indi-vidual or population doses.
106 200
O 7.
Annual Population Doses - Calculate, using the information provided in response to questions 1-6 icove and any other necessary supporting data, the annual total-body =an-rem and the annual man-thyroid-rem to the population expected to reside in the 50 mile region at th e midpoint of plant operation as well as the annual total-body man-rem and the annual man-thyroid-rem received by the U.S. popule: ion at the same time from all liquid and gaseous exposure pathways. Provide as an appendix to your response a description of the models and assu=p-tions used in these calculations.
106 209