NRD-LM-93-0013
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Hironobu Yamashita) ( ) 2
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RCCV WALL LINER (D/F LINER) 10mm ( 20~30mm ) ( ) ( ) 4
( ) ( ) 1. 2. (QMS) 3. ( ) 5
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( ) 0 ( ) 1. 2. 4m (28 91 ) 3. 28 8
( ) (A-D ) A B ( ) Shop Fab. PPG-ASME-CL1( ) D 9
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( ) 1. 2. RHR Pump A 5 ( 1 ) 3. RHR Pump A ( ) 1.5~2 15
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3. 18 4 3 17
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RCIC RHR Pump ( ) 23
RHR Pump ( ) RCCV LINER 24
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93 12 6 10 12 6 ( ) 10:00 11:00 11:00 12:00 13:30 15:30 15:30 17:00 12 7 ( ) 09:00 11:40 13:30 15:30 15:30 16:00 16:00 17:00 12 8 ( ) 09:00 11:40 13:30 16:30 12 9 ( ) 09:00 10:00 10:00 11:40 13:30 16:30 12 10 ( ) 09:00 10:00 10:00 11:30 ( ) RPV ( ) SCC ( SEO) ( SEO) 1
93 12 7 1 2 K-6 K-7 Master Schedule Toshiba Hitachi 1
3 Reactor Internals Containment 4 Shroud CRD Housing KK Shroud Shroud Top Guide Core Plate Shroud Top Guide Core Plate Shroud 4 Stub Tube Core Plate CRD Housing Stub Tube CRD Housing 5 6 RPV Hydro Test Flush Flush Flush 2
Scoping Water Management Sequence 7 Fuel Loading 2 Hydro Test 1.25 1.0 8 K-6 K-7 V & V Pre-Op-Test Start Up Test / 9 K-6 K-7 Semi-Loop Sensor-Terminal Terminal-Controller 10 1 2 PM Database RCM Reliability Centered Maintenance 3 PI Indicator On-Going PM 11 ECCS RIP CWP 3
12 13 KK RIP 2 / FMCRD 25%/ RIP FMCRD RIP 10 Cr Impeller RIP FMCRD K7 K6 1/18 Undervessel LPRM Tube K7 LPRM Cover Tube LPRM Undervessel Cover Tube ABWR 14 RWCU KSB K6/K7 RWCU RWCU BWR RWCU KSB 15 K-6 K-7 9*9 Control Cell Core Cracking 4
16 K-6 K-7 APR 17 5
RPV 93 12 08 ( ) ASME CODE GE 72.0410 TPC CTCI 1. RB EL 8200 &-1700 CB EL 8200-1850 2. RB EL 8200 CB EL 8200 &-1850 RB EL-1700 3. 80~ 90% 1. RT 6
2. FLUSH ( ) 1. RT RT 2. FLUSH HITACH TOSIBA HITACH 3 1. 2. (NCR) 3.RPV 0.05 5.4T/ RPV 10T/ 7
4. RPV 5.RPV 6.RPV 7.RPV Internal parts RPV Internals seal IGSCC 8.MOCK-UP TEST GE 9.CRD 10. 11.CORE PLATE FMCRD GUIDE TUBE CRD HOUSING 8
93 12 8 1. What is the percentage weight for the procurement, construction, pre-op, etc in your project? 9
95% Block Master Schedule Area 3 3 Schedule Layout Block K3 1990 2. Japan is using the modularizations method for construction, how depth is the modularization involved and is their any limitations? (1) 33 (2) Toshiba Hitachi 10
K6 K7 50% Layout AE 3. Is there have any government agency like the labor department that regulated the labor and working surroundings which has the power to halt the construction temporary when they requested to improve the construction environment? ( ) 4. In Japan, what kinds of role did The Atomic Energy Committee is acting during the construction period? Did they have the absolute power to supervise and inspection the site? (NISA) 11
5. What kinds of inspection system performed in Japan and by which organizations? NISA QMS NISA JNES ANI JAPEIC AEC 6,7 6. Which nuclear energy regulations (U.S. or Japan) do you follow, if there is a conflict between U.S. and Japan which one you would conform? 7. For Nuclear power plant in Japan, is there any water preservation plan? 12
8. Except the Atomic Energy Committee for supervising and inspecting the site, is there any other organizations including the private and public sector to monitor the site? 9. What is the philosophy of construction management in Japan? (1) (2) (3) 10. / check 13
93 12 9 : : : SEO : : ( ) : 14
( ) 1 ( 7.5 ) 2 10CFR50 APP.B 10CFR50 APP.B ISO Q Non Q 3 Shaking Table ( ) ( ) 15
( ) ABWR 20 20 30 20~30% 95% K6 K7 ABWR ( ) ( ) 95% 3-D 2-D ( ) 16
( ) (Trench) ( ) K6 K7 93.12.7 COPY ( ) ( ) N STAMP ( ) ISO ( ) EPRI US ABWR Requirement Documents GE ABWR ABWR 17
( ) STAMP ( ) ( ) ( ) 18
2004/12/14 (TEPCO) 1.1997 Class Room Session Program on TEPCO s Experience for Modularization Construction Methods and Construction Management in the ABWR Project TPC-TEPCO 2. ( ) 3. 4. TVA USEC GE Block ( ) 30 1. K-6, 7 2 ABWR - 1
(Whole Plan Construction Experience) 2.K-6/7-5 -1 * (Review) 3. ( 3 ) 4. ( ) 1. 2. 3. (Design Review ) 1. 2. ( Design Review Meeting ) 3. / (System) - 2
(Procedure) (Systematic) ( ) 4. 3 5 (LWR) 10 (Capacity Factor) (Material) (BWR IGSCC PWR PWSCC ) / 6. Vender (Vender) (Sub vender) 7. I & C (Total Digital) (Soft Logic ) V & V(Verification and Validation) ABWR I & C 8.GE K-6, 7 Construction and Installation Procedure Drawing and Manual GE - 3
( Warranty Claim) * S.S.304 316 5 6 TGSCC ( ) (Systematic Design Review) (Non-Conformance) - 4
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