ML20214G601
| ML20214G601 | |
| Person / Time | |
|---|---|
| Site: | Columbia  |
| Issue date: | 04/03/1972 |
| From: | Benaroya V US ATOMIC ENERGY COMMISSION (AEC) |
| To: | Clark R US ATOMIC ENERGY COMMISSION (AEC) |
| References | |
| CON-WNP-0130, CON-WNP-130 NUDOCS 8605220310 | |
| Download: ML20214G601 (5) | |
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tehest Clark Ctdef. Boiling Weser Beesters Breneh #3 S&vinden of Reester Lisenstag BBMT FOR AnsITEDu&L IWemuYEDE FOR Empem 2 (50-397)
Attached is our taput, prepared by R. Smith, to the seemed series of p atiens se the PSAR.
Victor Demereye, Ctdes Efflueet Treatmoet Systems Branch Divistem of Roseter Liseeming Becleomre:
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ATOMIC ENERGY COMMIS510N
- WASHmGTGN. O C. 20545 %,N ,.y sosires ACL 3 19 2 Robert Clark, Chief, Boiling 1.'ater Reactors Eranch #3 Division of Reactor Licensing REQUT.ST T0h ADDITIO::AL I ;FOR:'iTIO:: roR th*J.00RD 2 (50-3')7) Attached fr our input, prepared 1,y R. Smith, to the second serics of questions on the Pr.l.R. ./. t /.../ / /, [ { l]l%d.:w i (q Vic tor Benaroya, Chief Effluent Trentrent Sys ter.s !! ranch Disision of Reactor Lict ncing 1:nc losure : A< stated cc: w/cnclosure R. S. lioyd, D::L S. Miner, D!!L R. Smith, Dnt
i k SITE QUESTI0"S FOR THE IIANFORD 2 PSAR Section 2.2.1 Provide the latitude and longitude of the reacter to the nearest second, and the Universal Transverse !!ercator coordinates to the nearest 100 meters. Section 2.2.2 Identify the boundary line on which technical specificatien limits on the release of ecsoous effluents will be based. Distances from plant effluent relcare points to the boundcry line should be defined clearly. Section 2.2.3 a. Describe the arrangenents made to control the railway traffic in the event of an emergency. b. provide a safety cycluatien of the effect on the plant of the impact on the plant cooling water f raahe structures by the maxit.um size and weight vessel that normally passes the site. c. Provide a safety evaluation of the effect on the plant of the maximuu accidental upstrean releases of corrosive liquids and oil. Section 2.2.4 e. Discuss variations in population on a seasonal and daily basis within the low populatien zone, b. Discuss the basis for the projected population data, including how the increase in population associated with the development of additional agricultural and industrial areas was incorporated into the projection. Provide copies of the referenced pacific Northwest Bell Telephone Company paper on population trend:.
s Section 2.2.5 Identify the nearcer location suitable for dairying. a. b. Describe the extent of commercial and sport fishing, species and yicids of fish taken, and relative abundance, c. Provide a safety evaluation of the effect on the plant of nearby industrial fccilities, including AEC facilities. (Note that the FFTP 1:::c lusion Radius is 4.5 miles.) Section 2.2.6 a. Identify on a map all schools end recreation facilities within 10 miles of the plant. T1.e effect of these facilities on population distributien should be covered in 2.2.4 above. 9 4 e
) IIANFORD - 2 Section 9.2 All flow paths have not been identified on figure 9.2-1; e.g., a.A Ah,AA. Section 9.4 Discuss the basis of the modified ( K * ) gas mixture. a. b. For the hexagons and circles shown on rigure 9.4.1, provide the normal activity concentrations (, Ci/cc) and the maximum activity concentrations ( pi/cc). Section 12.6 Describe the criteria for shicid-wall penetrations and for accept-a. able radiation levels at valve stations for process equipment contain-ing radioactive fluids, b. Provide a layout and scaled isor.ctric view of the control room, and a description of all shielding required to maintain habitability of the control room during the course of accidents. c. Provide the expected maximum and average values of the total quantity of principal nuclides in the process equipment that contain or transport radioactivity, d. Provide the criteria for selection of outside Radwaste storage area, Provide an estimate of the yearly on-site man-rem exposure from the e. plant. Compare the estimated doses with experience from relevant operating plants. f. Provide shield design criteria for systems that will contain radio-active material. .}}