ML20037B665

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Forwards Preliminary Radiological Data Developed During 800723 & 15 re-entries Into Reactor Containment.Also Forwards Preliminary Sketches of Radiation Survey Data Acquired During 801016 re-entry
ML20037B665
Person / Time
Site: Crane 
Issue date: 10/23/1980
From: Rudolph R
BECHTEL NATIONAL, INC.
To: Lynch O T
Office of Nuclear Reactor Regulation
References
CON-NRC-T-254 NUDOCS 8010290321
Download: ML20037B665 (16)
v • d • e


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1 Bechtel National, Inc. W.T u.-do Engineers - Constructors 15740 Shady Grove Road Gaithersburg, Maryland 20760 301-258-3000 October 23, 1980 Mr.

O.

D.

T. Lynch, Jr.

TMI Program Office U.S. Nuclear Regulatory Commission Washington, D.C.

20555 Radiological Data TMI-2 Data Acquisition Program NFO File No. NRC/T-254

Dear Mr. Lynch:

In response to your October 22, 1980 request, and as authorized by G. K. Hovey, GPUSC, I have attached two copies of preliminary radiological data developed during the re-entries into the TMI-2 Reactor Containment on July 23 and August 15, 1980.

Additionally, I have attached a copy of the radiation survey data acquired during the October 16, 1980 re-entry.

These sketches are in very preliminary form and shcald be utilized accordingly.

If additional information is required to assist in your update of the radiological information in the PEIS, please advise.

"ery truly yours,

[

Robert L. Rudolph RLR/ld cc:

M.

K. Pastor, w/a G. K. Hovey, wo/a o

C. W. Kuhlman wo/a cp jf 8010c90gsgi

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Radiation Survey f

Reactor ilu11 ding i

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THI-2 305'El. Radiat ion Survey Sunanary Description .luly 23, Aug. 15, 1980 l.ocat ion Ganuna Beta Number Instrument Dose Rate Dose Rate I.ocation 1 T 400 mR/hr 6 feet inside airlock door, head high. 2 T/R-7 200 mR/hr 1600 mrad /hr Liner, adjacent to airlock No. 2, contact. 3 T/R-7 2 R/hr .v 0 Northeast wall of elevator shaf t, contact. 4 R-7

  • (500 mR/hr) 2 Rad /hr Floor at base of ramp, contact.

5 R-7

  • (500 mR/hr) 2 Rad /hr D-Ring wall opposite airlock No. 2, contact.

6 T 5 R/hr Floor drain near ramp, contact. 7 Y 3 R/hr liigh pressure injection line on D-Ring wall, contact. D-Ring wall opposite elevator shaft, contact. 8 T 300 mR/hr t 9 R-7

  • (500 mR/hr) 7 Rad /hr Floor ~8 f t. north of ramp, contact.

10 T/R-7 500 mR/hr 1 Rad /hr Coluse R-14, General area, 11 R-2 3 R/hr 10 Rad /hr Floor drain near column R-12, contact. 12 R-2 3 R/hr 10 Rad /hr Floor drain near column R-13, contact. 13 T 3 R/hr Elevator door, contact. 14 T 2 R/hr Floor drain near floor equipment hatch, contact. 15 T 400 mR/hr Stairwell door. 16 T/R-7 3 R/hr 2 Rad /hr Landing inside stairwell - 305' el. 17 T 10 R/hr Center of floor equipment hatch. 18 T 4 R/hr Edge of floor equipment hatch. 19 T 3 R/hr Core flood line, contact. Floor penetration R-251 CRD cable chase (assume: all gesuma: 20 R-2 3.5 R/hr 21 T 1400 mR/hr Air coolers. 22 T 700 mR/hr Area above pressurizer Jrain tank, general area. D-ring opposita aquipment batch, sentaat. 2 'l T 400 mR/hr 24 T 8 R/hr Floor drain near open stairwell, contact. 25 T 2 R/hr Behind open stairwell. T 45 R/hr Water in basement, 5-7 ft. from surface in ststrwell. 26 () are est imat ed of gmwna portion of beta /ganuna reading bas ed upon adjacent area ganuna randings. Arios. In All radiation dose rates aie t.orrected for Instrument ..n

THI-2 347'El. Radiation Survey Summary Description Aug. 15, 1980 1.ocation Gamma Beta Instrument Dose Rate Dose Rate Incation Number 27 T/R-2 2 R/hr 4 Rad /hr Closed stairwell,1st landing - 312' el. 28 T 1 R/hr Closed stairwell, 794 landing - 319' el. 29 T/R-2 800 mR/hr Closed stairwell. 3rd landing - 326' el. 30 T/R-2 500 mR/hr Closed stairwell, 4th landing - 333' el. 31 T/R-2 300 mR/hr Closed stairwell, 5tti landing - 340' el. 32 T/R-2 180 mR/hr Closed stairwell, 6th landing - 347' el. 33 T 250 mR/hr Stairwell doorway. 34 R-2 100 mR/hr Elevator wall, waist level. t 35 R-2 600 mR/hr Diamond plate decking, outside stairwell door. Behind closed stairwell. 36 T/R-2 50 mR/hr 37 T 150 mR/hr Between indexing fixture and liner. Indexing fixture, contact. 38 R-2 30 mR/hr South containment wall area. 39 T 100 mR/hr Between coolant motor stand and head storage stand, general area. 40 T 400 mR/hr 41 R-2 300 mR/hr Underneath head storage stand. 42 R-2 450 mR/hr 6.2 Rad /hr Steel base of head storage stand, contact. 43 T 150 mR/hr Between head storage stand and open stairwell. 44 T 550 mH/hr Over open stairwell. 45 T/R-2 100 mR/hr D-Ring wall opposite head storage stand. Pressurizer spray line at elbow, contact. 46 R-2 2.5 R/hr 47 T 250 mR/hr Crating over core flood tank "A". 48 T/R-2 170 mR/hr 0.9 Rad /hr over reactor cavity, under bridge, 12 feet from reactor head stude. 49 T 150 mR/hr 50 R-2

  • 200 mR/hr 5.2 Rad /hr Fuel handling bridge, contact.

1 Over reactor cavity. 51 T/R-2 125 mR/hr 52 R-2 300 mR/hr 10.8 Rad /hr Grating over core flood tank B.

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