表紙要旨（本）.PDF
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3 RI * * RI 12 3 RI 14 10Sv/ *
4 February,2004 The Conceptual Design of Waste Repository for Radioactive Waste from Medical, industrial and Research Facilities containing comparatively high radioactivity (Document Prepared by Other Organization, Based on the Trust Contract) Hitoshi Kageyama*, Kuniaki Akahori* Abstract Advisory Committee on Nuclear Fuel Cycle Backend Policy reported the basic approach to the RI and Institute etc. wastes on March According to it, radioactive waste form medical, industrial and research facilities should be classified by their radioactivity properties and physical and chemical properties, and should be disposed in the appropriate types of repository with that classification. For the radioactive waste containing comparatively high radioactivity generated from reactors, NSC has established the Concentration limit for disposal. NSC is now discussing about the limit for the radioactive waste from medical, industrial and research facilities containing comparatively high radioactivity. Japan Nuclear Cycle Development Institute (JNC) has studied about the feasibility and the cost of the disposal for radioactive waste from medical, industrial and research facilities. This study was started to renew to latest data of the radioactive waste. And at the point of shielding from radiation, the waste was categorized by activity of nuclide in waste container. Then the safety assessment and the prediction of cost of the disposal performed. The result of this study showed as follow; (1) According to groundwater scenario, the summed does for the repository are below of the regulatory guideline of 10Sv/year. (2) A rough estimate values of a disposal cost under the assumed situation were indicated with the arguments. This Work was performed by Mitsubishi Materials Corporation under contract with Japan Nuclear Cycle Development Institute. JNC Liaison : Materials Research Group, Waste Isolation Research Division, Waste Management and Fuel Cycle Research Center, Tokai Works. * Mitsubishi Materials Corporation
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6 RI m...-1(1) (1) (1) (1)
7 L Co
8
9 cm 1E+10Bq/m cm m m m Co-60 1e+10Bq/m mSv/h 1.3m
10
11
12 RI 10 5 RI RI RI RI 14 RI 13 14
13 14 RI 14 RI (1) (2) (3) (4) (5) JNC RI JNC RI 200L
14 1.3m1.3m1.3m 14 1m 3 15cm 15cm 15cm Sv/y C D D/C RI
15 2.3.3 RI
16 JNC TRU JNC TRU 1m Key Date (1) (2) (3) (4) (5)
17 RI 200L RI 200L L RI RI
18 *1 KUR HTR *1 Pu
19 RI L % % % RI 14 Pu
20
21
22 H-3 MOX B-4 C-2 Pu
23 L 200L m 3 4.6m 3 L1mW1mH1m 200L 4 200L 35cm 20cm 15cm 200L L1.3mW1.3mH1.3m 1.3m 200L 500mSv/h
24 1.3m m 1.3m1.3m1.3m 1.3m 1.3m 500mSv/h 1.3m m
25 m 200L 1.3m1.3m1.3m 5cm 15cm 5cm 200L m1.3m4.9m 1.3m1.3m4.9m 1.3m 1.3m
26 200L 200L 1.3m1.3m1.3m RI 20cm Co-60 Co E+10Bq/m 3 5cm 1m cm 1m Co Co Co-60
27 Cs-137 Co-60 Co-60 Co-60 Co L E+11Bq/ton 1E+11Bq/ton 1E+11Bq/ton 0Bq/ton
28 (Bq/ton) (Bq/ton) (Bq/ton) 1 Co E+15 H-3 4.3E+14 Ni E+15 2 Fe E+13 Co E+13 Cs E+15 3 Ni E+13 Ni E+12 Pu E+14 4 Mn E+12 Cs E+12 Co E+14 5 C E+12 Sr E+12 Fe E+13 6 H-3 9.2E+11 Eu E+11 Pu E+13 7 Na E+11 Cm E+10 Am E+13 8 Cs E+11 Pu E+10 Sb E+13 9 Sr E+11 Ni E+10 Ru E Ni E+11 Pu E+10 Pu E cm 1E+10Bq/m 3 10 Sv/h 1 Co E+08 2 Ra E+08 3 Nb E+08 4 Eu E+08 5 Cs E+08 6 Eu E+08 7 Mn E+07 8 Cs E+07 9 Sb E Ru E cm 5 Sv/h Sv/h Sv/h 1 Co E+08 Co E+07 Co E+07 2 Mn E+05 Cs E+04 Cs E+07 3 Cs E+03 Eu E+04 Sb E+05 4 Sr E+02 Sr E+03 Ru E+04 5 Ni E+00 Ni E-01 Pu E+03
29 (a)1.3m (b) L
30 5cm 20cm 25cm 35cm 20cm 30cm 35cm 10cm15cm 10cm15cm m (m 3 ) *1 7.8ton/m 3 5.0ton/m 3 1.3m 1.3m -
31 1.3m Co m m cm Co m m 1.3m L L 4
32 m 1.3m 2341 RI 1.3m 15cm 10cm m 66% 1.3m m m 1.3m m
33 1.3m 1.3m m 1E+10Bq/m 3 Co m m 1.3m 1.3m C c waste c R h = C c R ρ Rc 1E+10Bq/m 3 1.3m msv/h Cc =1E+10Bq/m 3 c ton/m 3 Cwaste Bq/ton m 100mSv/h 1.3m 410mSv/h m % 1.3m 29% 410mSv/h 500mSv/h
34 Co-60 1E+10Bq/m 3 Co-60 1e+10Bq/m 3
35 mSv/h 1.3m 1.3m Bq/ton (cm) msv/h A-1(11) 1.1E A-6(6) 5.3E A-7(6) 5.2E A-35(5) 2.2E A-36(5) 2.2E B-4 3.5E B-6(2) 1.9E E E E E E E
36 RI 14 1m m m /30 =91 / 1.3m 14 14
37 TRU TRU 200L 226, L L HTR TTR
38
39 1.3m1.3m1.3m 1.3m 1.3m cm 1.3m 66% 410mSv/h m
40 m100m 0.001m/d 200m 0.01m/d 300m 1 m 3 20m D1 D
41 )
42 1m m 4.6m 3 200L 200L 4.6m 3 1m 3 1m m 1.3m RI 500mSv/h 5 1m 80cm 1.0m 60cm 1.0m 40cm 1.0m 50cm 1.0m 2.0m 2.0m
43 40cm 1.0m 項目 設定値 備考 廃棄体の定置方法 トラニオン方式 廃棄体の定置方法に関しては 特に法規制などの制限はない コンクリートピットの施工精度 埋設クレーンの定置精度を考慮して設 廃棄体のトラニオンの寸法 120mm 定 廃棄体の定置誤差 60mm 廃棄体どうしのクリアランス 30mm 廃棄体と壁のクリアランス 20mm 壁の施工精度 ( 区画内側への倒れなど ) 20mm 廃棄体どうしの離れ ( トラニオンあり ) 390mm ( トラニオン寸法 )+( クリアランス )+( 定置誤差 ) 廃棄体どうしの離れ ( トラニオンなし ) 150mm ( クリアランス )+( 定置誤差 ) 廃棄体と壁との離れ ( トラニオンあり ) 220mm ( トラニオン寸法 )+( クリアランス )+( 定置誤差 )+( 壁の施工精度 ) 廃棄体と壁との離れ ( トラニオンなし ) 100mm ( クリアランス )+( 定置誤差 )+( 壁の施工精度 ) 廃棄体と壁との離れ ( 充填材部 ) 1100mm ( 必要層厚 )+( クリアランス )+( 定置誤差 )+( 壁の施工精度 ) 浅地中処分では 内部仕切り設備で仕切られた区画に対しては開口部面積 50m 2 区画容量 250m 3 の規制がある 余裕深度処分に対しては今後制定されると考えられる 対象廃棄体の表面線量率が高く 仕切りを設けない場合には廃棄体が露出する期間が長くなることからコンクリートピットの長手方向に内部仕切りを設ける 対象廃棄体容器として1m 3 容器と4.6m 3 容器があり 4.6m 3 容器は1m 3 容器の3 個分であることから内部仕切りの間隔を1m 3 コンクリートピット寸法 容器 3 個分に設定する コンクリートピット底版 1m 2 号廃棄物埋設施設での設定値 80cmから設定 コンクリートピット側壁 1m 2 号廃棄物埋設施設での設定値 60cmから設定 内部仕切り設備 1m 2 号廃棄物埋設施設での設定値 40cmから設定 覆い及び仮蓋 1m 2 号廃棄物埋設施設での設定値 60cmから設定 人工バリア構成 緩衝材 2m 2 号廃棄物埋設施設の設定値を使用 低拡散層 ( 側壁部 ) 1.1m = 廃棄体と壁との離れ ( 充填材部 ) ( 上面部 ) 1m 低拡散性を考慮して1mを仮定する ( 底面部 ) 1m
44 17m 18m 18m 1.3m 1.3m1.3m1.3m 5m m m 3 1.3m 3 4.6m m = = = 6.4m =+ = = 8.57m =
45 = = 7.2m m m = 2 = =426.8m 30m 486.8m m 486.8m 300m
46 28 = =272.2m 29 = =279.6m m 80m 500m 130m Lovisa 100m KONRAD m 800m Wellenberg 300m RI
47 L B + H + B 4 + H L = + R1 + R 2 L1 B1 H1 B2 H2 R1 R R1R2 5m L1 28m 28m
48 3.2m 10.18m 3.6m 0.8m 0.8m 8.8m 6.7m % 120m 10m 250mGL-14.4m G.L.-50m 18.1m 1,135m m 6.7m
49 2m 吹き付けコンクリート クレーン設置位置 緩衝材 18.1m コンクリートピット 低拡散層 廃棄体 0.39m 2m 18.0m 設定条件トンネル形状 : 三心円トンネル廃棄体容器 1.3m 1.3m 1.3m トラニオンのつめ 0.12m 廃棄体容器と廃棄体容器の間隔 0.39m 緩衝材の厚さ 2m コンクリートピット厚さ 1m 低拡散層厚さ : 水平方向 1.1m 垂直方向 1.0m 三心円トンネル スパン 18m 廃棄体 4 行 4 段積み
50 吹き付けコンクリート 埋め戻し土 緩衝材 t=2m コンクリートピット t=1m 2.00m 18.00m 14.57m 1.00m 8.57m 1.00m 2.00m 6.40m 廃棄体 (1m3 容器 :1.3m 1.3m 1.3m) 低拡散層 ( 充てん材 : 水平方向 t=1.1m 垂直方向 t=1.0m)
51 作業エリア 29 ピット 30m 219.6m 30m 28 ピット 30m 212.2m 30m 28m
52 アクセス坑道 作業坑道の掘削面 廃棄体輸送車両 ( 構内輸送容器積載 ) W3.2m L10.18m H3.6m 3.6m 6.7m 0.8m 3.2m 0.8m 3.2m 0.8m 8.8m
53 70m 10m 55m 80m G.L.-90m G.L.-50m-100m G.L.-50m 1.3m 200L
54 G.L.-50m G.L.-79.6m ) 1997pp
55 6.4m 低拡散層 ( 充てんモルタル ) 水平方向 t=1.1m 垂直方向 t=1.0m 1.3m 容器 1.3m 1.3m 1.3m(4 行 3 列 4 段積み ) 8.57m 区画寸法 m( 緩衝材含む ) 49.4m( 緩衝材含む ) 開削サイロ内径 55.0m 24.14m( 緩衝材含む ) 43.28m( 緩衝材含む )
56 地表 50.0m 埋め土 2.0m 緩衝材 t=2m 25.6m コンクリートピット t=1m 2.0m 43.28m( 緩衝材含む ) 55.0m 区画 (8.57m 6.4m 7.2m) 廃棄体 (1m 3 容器 4 行 3 列 4 段積み )
57
58 m 219.6m L500mW100mH100m 1/ m 7.2m 10.57m 1%
59
60 (m 3 /y) (m) (m/s) 28 (212.2m) m 1 1E E E E E E
61 X Y (a) Z m400m400m 1m 1E-10m/s X Y Z XY X 45 YZ Y 45 XZ X YZ Y
62 (a) (b)
63
64 (m 3 /y) X 1.06 Y 1.10 Z 1.02 XY X YZ Z XZ X E-7m/s 1E-10m/s 1E-5m/s 1% (m) (m/s) 1 1E E E E E E (m 3 /y)
65 LLW TRU
66
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76
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79
80
81
82
83
84
85
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89
90
91 Bq 3.1 Bq/t t LLW TRU ()
92 TRU *1 Region TRU TRU *1 Region Region 100 Region 10010,000 Region 10, E+03 1E+04 1E+05 1E+06 1E-10 m/s 1E-09m/s 1E-11m/s TRU 3 3
93 [y] [Bq] C E E E E E E E E E E E E E E E E E E E+13 Cl E E E E E E E E E E E E E E E E E+11 Co E E E E E E E E E E E E E E E E E E E E E E E E E+17 Ni E E E E E E E E E E E E E E E E+14 Ni E E E E E E E E E E E E E E E E E E E E E E E+16 Se E E E E E E E E E E E E E E E+09 Sr E E E E E E E E E E E E E E E E E E E+14 Zr E E E E E E E E E E E+12 Nb E E E E E E E E E E E E E E E E E+13 Mo E E E E E E E E E E E E E E E E+11 Tc E E E E E E E E E E E E E E E E E E E E E+11 Pd E E E E E E E E E E E+09 Sn E E E E E E E E E E E E E E E+09 I E E E E E E E E E E E E E E+08 Cs E E E E E E E E E E E+11 Cs E E E E E E E E E E E E E E E E E E E E E+15 Pb E E E E E E E E E E+09 Ra E E E E E E E E E E+07 Pu E E E E E E E E+12 Am-242m 1.4E E E E E E E E E E E E E+10 Ra E E E E E E E E E E E E+11 Ac E E E E E E E E E E E+05 Th E E E E E E E E E E+05 Th E E E E E E E E E E+06 Th E E E E E E E E E+09 Pa E E E E E E E E E E E+06 U E E E E E E E E E E+08 U E E E E E E E E E+10 U E E E E E E E E E E E E E E+09 U E E E E E E E E E E+09 U E E E E E E E E E E E E E E+11 Np E E E E E E E E E E E E E+11 Pu E E E E E E E E E E E E E E E+13 Pu E E E E E E E E E E E E E E+12 Pu E E E E E E E E E E E E E E E+13 Pu E E E E E E E E E E E E E E E+15 Am E E E E E E E E E E E E E E E E+13 Am E E E E E E E E E E E E E E+11 Cm E E E E E E+08 Cm E E E E E E E E E E E E+11 Cm E E E E E E E E E E E E E E+13 Cm E E E E E E E E E E E E E+09
94 [1] 91 [2] JNC TY TRU TR [3] 1266
95 [m 3 /kg] TRU TRU Region Region Region TRU C 1.0E-01 [1] 5.0E-03 [3] 1.0E+00 [3] 5.0E+00 [3] 5.0E-02 [4] 5.0E-02 [4] 0.0E+00 [*1] 1.0E-02 [1] 1.0E-04 [3] 2.0E-03 [4] Cl 1.0E-01 [1] 1.0E-03 [3] 1.0E-03 [3] 1.0E-04 [3] 0.0E+00 [*1] 1.0E-02 [1] 1.0E-04 [3] Co 3.0E-02 [1] 1.0E-01 [3] 1.0E-01 [3] 1.0E-02 [3] 7.0E-01 [4] 1.0E-01 [4] 1.0E-02 [*1] 1.0E-01 [1] 5.0E-01 [3] 6.0E-01 [4] Ni 3.0E-02 [1] 1.0E-01 [3] 1.0E-01 [3] 1.0E-02 [3] 4.0E-01 [4] 8.0E-02 [4] 1.0E-02 [*1] 1.0E-01 [1] 5.0E-01 [3] 5.0E-01 [4] Se 3.0E-02 [1] 1.0E-03 [3] 1.0E-03 [3] 1.0E-04 [3] 0.0E+00 [*1] 1.0E-01 [1] 1.0E-02 [3] Sr 3.0E-02 [1] 1.0E-03 [3] 1.0E-03 [3] 1.0E-03 [3] 1.0E-02 [4] 1.0E-02 [4] 1.0E-03 [*1] 5.0E-02 [1] 5.0E-01 [3] 2.0E-01 [4] Zr 3.0E-04 [1] 1.0E+00 [3] 1.0E+00 [3] 1.0E-01 [3] 1.0E+00 [*1] 1.0E-01 [1] 1.0E+00 [3] Nb 3.0E-02 [1] 1.0E+00 [3] 1.0E+00 [3] 1.0E-01 [3] 4.0E-01 [4] 8.0E-02 [4] 1.0E-01 [*1] 1.0E-01 [1] 1.0E+00 [3] 4.0E-01 [4] Mo 3.0E-02 [1] 1.0E-03 [3] 1.0E-03 [3] 1.0E-04 [3] 0.0E+00 [*1] 1.0E-01 [1] 1.0E-04 [3] Tc 1.0E-01 [1] 1.0E+00 [3] 1.0E+00 [3] 1.0E-01 [3] 3.0E-04 [4] 0.0E+00 [4] 1.0E-01 [*1] 1.0E-02 [1] 1.0E+00 [3] 5.0E-04 [4] Pd 3.0E-02 [1]Co 1.0E-01 [3] 1.0E-01 [3] 1.0E-02 [3] 1.0E+00 [*1] 1.0E-01 [1]Co 1.0E+00 [3] Sn 3.0E-02 [1] 1.0E+00 [3] 1.0E+00 [3] 1.0E-01 [3] 1.0E-01 [*1] 1.0E-01 [1] 5.0E+00 [3] I 1.0E-01 [1] 1.0E-03 [3] 1.0E-03 [3] 1.0E-04 [3] 0.0E+00 [4] 3.0E-02 [4] 0.0E+00 [*1] 1.0E-02 [1] 1.0E-04 [3] 1.0E-04 [4] Cs 1.0E-02 [1] 1.0E-03 [3] 1.0E-02 [3] 1.0E-02 [3] 3.0E-02 [4] 3.0E+01 [4] 1.0E-02 [*1] 1.0E+00 [1] 1.0E-01 [3] 1.0E+00 [4] Pb 3.0E-04 [2]Sn 5.0E-01 [3] 5.0E-01 [3] 5.0E-02 [3] 1.0E-01 [*1] 1.0E-01 [1]Sn 1.0E+00 [3] Ra 3.0E-02 [1]Sr 5.0E-02 [3] 5.0E-02 [3] 5.0E-02 [3] 1.0E-02 [*1] 5.0E-02 [1]Sr 5.0E-01 [3] Ac 3.0E-04 [2] 1.0E+00 [3] 1.0E+00 [3] 1.0E+00 [3] 1.0E-01 [*1] 1.0E+00 [1]Am 5.0E+00 [3] Th 3.0E-04 [2] 5.0E+00 [3] 5.0E+00 [3] 1.0E+00 [3] 1.0E-01 [*1] 1.0E+00 [5] 1.0E+00 [3] Pa 3.0E-04 [2] 5.0E+00 [3] 5.0E+00 [3] 1.0E+00 [3] 1.0E-01 [*1] 1.0E+00 [1]Am 1.0E+00 [3] U 3.0E-04 [1] 5.0E+00 [3] 5.0E+00 [3] 1.0E+00 [3] 1.0E-02 [*1] 1.0E-01 [1] 1.0E+00 [3] Np 3.0E-04 [1] 5.0E+00 [3] 5.0E+00 [3] 1.0E+00 [3] 1.0E-01 [*1] 1.0E-01 [1] 1.0E+00 [3] Pu 3.0E-04 [1] 5.0E+00 [3] 5.0E+00 [3] 1.0E+00 [3] 1.0E+00 [*1] 1.0E+00 [1] 1.0E+00 [3] Am 3.0E-04 [1] 1.0E+00 [3] 1.0E+00 [3] 1.0E+00 [3] 1.0E+00 [*1] 1.0E+00 [1] 5.0E+00 [3] Cm 3.0E-04 [1] 1.0E+00 [3] 1.0E+00 [3] 1.0E+00 [3] 1.0E+00 [*1] 1.0E+00 [1] 5.0E+00 [3]
96 11 11 JNC TN HLW LLW HLW LLW
97 -2 LLW
98 2 2 4 LLW GSA-GCL MENTOR TRU GSA-GCL
99 Sv/y 1/ C-14Ra-226 Pb-210 Cl-36Th C-14Ra-226 Pb-210 Cl-36Th Sv/y TRU 3 2 TRU TRU Region Ra-226 Pb C Sv/y 1/
100 Sv/y 1, , Ra-226 Pb Sv/y E-9m/s 1E-11m/s E-9m/s Ra-226 Pb-210 1E-11m/s C-14 Ra-226 Pb Sv/y TRU C-14 C-14 Cl Sv/y 2 Th-229 Ra-226 Pb-210
101 10Sv/y 4
102
103 MENTOR RAPRANGSA-GCLTIGERCRYSTAL EBS EBS MENTORTIGER CRYSTAL JNC TJ TRU
104 [Sv/y] 3.8E E+06 Ra226 Pb E E+06 Ra226 Pb210 TRU 6.8E E+06 Ra226 Pb210 TRU 6.6E E+06 Ra226 Pb E E+06 Ra226 Pb210 1[m] 6.6E E+06 Ra226 Pb210 1E+3[y] 2.0E E+05 Ra226 Pb210 1E+4[y] 2.0E E+05 Ra226 Pb210 1E+5[y] 2.1E E+05 Ra226 Pb210 1E+6[y] 2.3E E+06 Ra226 Pb210 1E-9[m/s] 1.4E E+05 Ra226 Pb210 1E-11[m/s] 1.2E E+06 Ra226 Pb210 TRU 3.8E E+03 C14 Cl36 1.0E E+04 C14 Tc99
105
106
107
108
109
110
111
112
113 TRU
114 TRU
115
116 [m]
117 E+3[y]
118 E+6[y]
119 E-9[m/s]
120 E-11[m/s]
121 TRU
122
123 [Sv/y] No.1 2.2E E+06 Pb210 Ra226 No.2 2.0E E+06 Ra226 Th230 No.3 3.9E E+06 Th229 Th230 No.4 1.0E E+06 Ra226 Th230 No.5 3.4E E+04 Cl36 C14 No.6 2.4E E+04 C14 Cl36 No E E+06 Ra226 Pb210 No.7 7.2E E+06 Ra226 Th229 No.8 9.2E E+06 Th229 Th230 No.7,8 1.6E E+06 Th229 Ra226 No.9 5.0E E+06 Ra226 Th229 No E E+06 Th229 Th230 No.9,10 5.2E E+06 Ra226 Th229 No E E+06 Ra226 Th229 No E E+06 Th229 Th230 No E E+06 Pb210 Ra226 No E E+04 Cl36 Tc99 No E E+06 Pb210 Ra226
124
125
126
127
128
129 RI RI 1m
130 m 1.3m1.3m1.3m 200L 1.3m 1.3m 200L RI L 200L 1.3m 200L 200L
131
132
133
134 m m * m 8.57m m m 8.57m 7.2m m 10.26m 7.2m 46 * D1
135 30cm 50cm m
136
137 (a) (b)
138 (c)
139 (d) -3 (e)
140 3.2 G.L.-14.4m 250m U 6% 120m 10m cm 50cm
141
142
143 ,,,, ( 30, 200 ) m 1.3m
144 / / H13 H ,, ( ),
145 (,,, ), ( ) ( ). H13, H13 H , RC,,
146 , H13, (3)(). H , 2, 1 1, 4, 1 12 ( 1, 2 ) ( ) 2 ( ) 1 ( )
147
148
149 RI 30cm30cm 5cm
150 ,490m m 3 2,340
151 ,159 (1) 1 1,846 (2) 1 1,293 (3) 1 2, , ,494 (1) (2) (3) , ,800 (1) 1 2,500 (2) 1 2,300 31, , ,500 29,100 60, , ,488 17, ,400 81,653
152 ,288 (1) 1 1,846 (2) 1 2,144 (3) 1 8, , , ,154 (1) 1 2,119 (2) (3) , ,800 (1) 1 2,500 (2) 1 2,300 95, , ,500 29, , , ,488 17, , ,642
153 ,837 (1) 1 1,846 (2) 1 2,372 (3) 1 10, , , , ,344 (1) 1 3,139 (2) (3) , ,800 (1) 1 2,500 (2) 1 2, , , ,500 29, , , ,488 17, , ,907
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