擬似移動床式吸着分離装置
Contents
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196. 1995 18 1985 28 JS JIS JIS Dola BTI RV TBARMNOMAO BUA AHR BSRR JBE JX lt gt 1 JIS B 8501 1995 2 No 32 3
197. 87 1995 pp1 5 3 CSEP Vol 48 2001 pp9 17 4 3 Vol 40 1992 pp9 15 2013 11 15 1 1916 5 1960 35 1980 2000 12
198. 9 2 2013 7 12 2014 9 2 1 2 9 3 WG 2013 25 9 10 11 1 140 2 195 15 9 18 JIS A 5032 WG 1 2
199. Painted portiorr 1 400kW Scope Of renewal Motor ERIT 1 Gear reducer Main pump T Machinery Concrete 1 OQ EUT
200. 2 G 2012 MA TEL 03 3434 6823 O TERE GEE MARESME O 25 8 1 8 3 920 7 800 146 07 Z 080 8 000 1 15 3 108 3 126 6 126 6 96 8 183 7 106 3 160 7 102 8 109 2 102 0 113 7 7 71 2 79 5 94 0 83 6 43 4 5
201. 2013 11 97 t 8 663 13 674 1 41 119 994 8 622 13 555 830 7 657 9 756 100t 233 592 1 430 100t 200t 366 2 101 3 112 200t 500t 181 2 739 2 875 500t 50 2 225 2 339 34 334 1 167 79 207 1 023 51 424 1 609 AREE t AADA tb 34 080 35 431 170 476 7 955 20 198 206 493 8 580 21 162 204 864 5 435 35 388 4 908 11 091 38 153 4 923 11 101 47 154 2512 27 974 2 855 5 856 30 262 2 820 5 819 40 887 1 571 7 414 2 053 5 234 7 891 2 103 5 283 6 267 941 49 620 1 560 47 604 1 496 4 28 19 510 336 779 21 173 374 868 7 361 174 55 188 355 2 825 58 789 367 3 051 30 556 145 35 603 1 106 1 920 61 836 1 699 2 601 91 245 2 258 32 854 946 1 462 59 258 1 535 2 080 87 587 2 126
202. 25 11 Renewable Energy World Europe 1 2013 2 2 2013 2013 7 A 2013 7 A 2013 7 A http www jsim or jp 2013 11 67 A New technology of this month 1 REXE REXE E o CHS
203. GTL 30 lt 500 50 80C 10 40C 30 50C 30 50C 30 lt 80O 4 GTL 5 NOx GTL Q x Il 100 CO O 20 CO 6 100 NOx 20 NOx 5 5 6 0 6 5 7 0 02 5 2013 11 55
204. OO 1 2
205. 1979 aA API 650 API 650 11th Edition 2012 JIS B 8501 1995 API 650 1985 JIS B 8243 K SPV50 40 C JIS B 8501 1995 API 650 11th Edition 2012 1 1 C 0 99 0 98 0 975 0 96 0 955 0 95 3 JIS B 8501 1995 S p Ze ER A I S N pi SO N m2 Z
206. 2 gt gt SMCR O li ii li ii i ii 3 SMCR 4 SMCR 2 SMCR A IZ m A B g
207. 25 11 20 1 20 758 ISSN0558 4809 11 NNNN ISO 9001 98QR 124 SOA MN YON NN NN MM PAAR ae ISO 9001 JAB CmMoarT 98QR 124 NUM E E ose O 5 5kW 2000kW 24 5MPaG 250kgf cmeG ra hs ea ei i A Oe KE as i Ma EE e My j Hl Hi i E http www mikuni group co jp EM Sl gt HE1 Sft 7532 0005 3 20 13 TEL 06 6391 2121 FAX O6 6396 7432 7747 1232 7070 TEL 0835 38 2000 FAX 0835 32 0603 7747 1111 U O 1 8 9 6 TEL 0835 34 031 1 FAX 0835 384 0813 7747 0833 G 83 5 TEL 083
208. 25 8 3 R 4 5 6 26 R 9 26 25 9 12 1 25 2 O R 3 84 INDUSTRIAL MACHINERY 2013 11
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210. 9 11 1 TC161 REA Re 2 3 9 26 25 9 17 WG 9 20 2 9 13 1 ERT SDI AW Th Die 2 O 9 3 2013 11 79
211. 3 Specification of liquid argon tank Type of tank Prismatic membrane tank Contents Liquid argon Capacity 28m3 Width 2 7m Height 2 7m Length 4 0m Design temperature 189C Centigrade Design pressure 20 7 KPaG Specific weight of liquid argon 1 393Kgf m Main materials Membrane SUS304 Thickness 2mm Insulation Rigid Polyurethane foam PUF Thickness 200mm x 2 layers secondary barrier Two layered barrier in the insulation Vapor barrier Carbon steel Thickness 1 2mm Fig 2 shows the configuration of liquid argon tank 4 Characteristics of liquid argon tank 1 Membrane The primary barrier of the liquid argon tank is a SSS04 membrane It contains the liquid argon and it is required to be leak tight IHI has experience with in ground membrane tanks of cylindrical shape for LNG storage while this liquid argon tank requires prismatic shape The membrane pieces of the corner of a prismatic shape tank are made from a 1 8 cut of spherical material A membrane anchor in the center fixes the corner element and is the center of thermal shrinkage See Fig 3 The membrane anchor is fixed to the outer concrete through the PUF insulation The roof is made from two parts one is Plate A and the other one is Plate B as shown in Fig 2 There is a step between Plate A and Plate B therefore a membrane element of a new shape was necessary to connect Plate A
212. 000 Titan Minimal Art NASA 005 Discovery PEZ INTERNATIONAL GmbH e TN f Ba pah d a i 1 ed k iT 1 on 4_E Silhouette International Schmied AG PEZ INTERNATIONAL GmbH a Traun 192 F Red Bull GmbH gt 1949 1952 PEZ PfeffErminZ P E Z Red Bull GmbH 1984 SalzDurg Fuschl am See 0
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214. Fig 1 Construction site Insulation Concrete Fig 2 Liquid argon tank configuration Credit Fermilab a n cover ia ie Rectangular corner uring construction a membrane an Ly Pi Membrane Anchor Ra Fig 3 some corner membrane 2013 11 31 2 and Plate B We made this new membrane element of a new shape and it was composed of elbow of piping and rolled plate butt welded together The butt welds of this part were examined by radiographic test and penetration test See Fig 4 PUF insulation with secondary barrier There are two layers of PUF insulation panels each one 200mm thick Upper and lower panels are arranged in such a way that their joints do not overlap See Fig 5 and Fig 6 In order to prevent a potential spill of liquid argon from the inner membrane to reach the concrete structure which cannot handle the liquid argon temperature a secondary barrier system IS inserted in the insulation region This system iS composed of two layers one over Pre fabricated first layer panel with Glass cloth reinforced urethane and fire proof board Pre fabricated intermediate layer panel with Glass cloth reinforced urethane Injected by liquid PUF Surface Glass cloth reinforced epoxy the first layer of insulation between the two layers of insulation and one over the second layer of insulation between the insulation and the membrane See Fig 5 and Fi
215. Hofbrauhaus INDUSTRIAL MACHINERY 2013 11 4 a Ee ha F a 1 z oo eae pee ey a id R a Ps aS _ A a F 1 Le ma eer iit Fay rr Ft a ACH Sia Weih 0 4L 0 2L 4 X T GluehWein
216. o me BE o 12A 9H 168 178 9a eke 108 SL 7I FESS Eas ERK Y Sad HAA 2 2 EARRA 40 12 11 1 9 KT DHSS 17 1 WG 4 1 4 118 HREJ 1 A GR RR KONE ERA 3 mon hA 12 12 12 4
217. 22 Tokiostrasse Attemsgasse 60 2 50 22 2015 19 Setagaya park 21 Tora San park 9 29 1893 LEPINE LE U1 Alte Donau 8 Alte Donau CF 64 m INDUSTRIAL MACHINERY 2013 11
218. 10 m 30 40 2013 11 23 EN H Kiyoshi Snibusawa JIS B 8501 1962 37
219. 6 5 Production Weld Test JIS API 650 6
220. TrA 1 960Pa 540Pa 420Pa A 7 30mg m3 B 1 82mg m3 1 A B 75 1 99 2 113 7kW 41 0kW 88 1kW 40 2kW A 7 62mg m3 B 2 05mg m3 1 A B 73 1 90 2013 11 40 5kW 31 3kW A 7 440mg m3 B 0 844mg m3 1 A B 88 7 95 33 9 57 ee NJ 1 2 seri 12 ee Eu 1 20H 36 000 24msx2 x25 0 2t JL 14500 1 5830 05 m 05 14500 amp 2971750 3719130 2
221. X X X 490t h 46 40t h 114 15 153t h 1 032 4 079 87 879 34 779 25 557 kW 5 834 12 22 kW 256 28 689 27 1 290 kW 53 100 307 985 8 323 PS 57 385 t 122 086 1 213 590 34 697 t t 6 287 13 188 3 661 5 668 12 552 276 759 3 562 115 506 1 010 61 1 217 1 825 520 364 1 071 150 550 697 1 757 580 1 866 241 544 731 541 1 148 1 790 56 619 636 9 117 353 450 41 270 315 424 795 1 340 15 349 321
222. 1 0 O OE TE SOO olO oO lol lo O a 2 157 138 14 514 88 552 12 324 581 0 0 0 Ol 2 028 0 669 669 700 552114 964 Tat of ds 1o 0 0 0 0 0 0 0 0 0 0 0 0 6 0 0 103 13 119 4 78 63 323 422 815 2 745 1 508 9 2 301 5 046 1 114 32 304 OO O1 iN N Ol OO N O 37 6 6 0 0 462 0 0 12 42 0 0 0 0 2 23 31 0 0 0 0 0 2 23 31 86 97 0 0 0 0 86 97 0 0 0 OO D 8 O O Cn Co O Wolo AJOI OIRA IOI OJ OJO 1 SOS EL EE O DIODOIODIANIN Tm Sa A SPE SST HER o o N Cn O O oo N oo 2013 11 95 15 24 ER H15 H17 H19 H21 H23 206 003 332 9
223. 1 839 9 800 2Z08 9 8 C61 1 404 0 110 8 445 1 101 8 715 1 106 0 7 43 6 82 6 93 0 67 4 5 2 ORT DS REDE Aim BHA NOB MICKY MBA EE 20 0 Ee T DILLER Zz tA IRORA RIAI IA 162 2 60 5 OSLONET 104 3 93 6 Tals 131 3 e
224. 193 112 0 392 078 146 0 16 8 25 Gtt 154 37 201 701 3 219 90 INDUSTRIAL MACHINERY 2013 11 3 25 8 23 4 100 72727 S RE m I 190 4 837 419 0 0 30 76 0 1 235 45 0 604 3 440 ma E I 167 0 54 318 0 1 25 8 25 8 55 663 168 0 183 136 0 0 30 5 5 36 91 90 744 I amp 503 208 4 307 895 T 118 324 448 12 322 136 11 199 7 490 732 5 213 2 0 253 0 1 0 0 132 0 54 0 134 0 918 0 0 0 3 88 106 487 209 0 1 352 108 at 19 920 570 10 173 13 385 741 2 750 1 666 4 367 806 6 989 2 226 4 053 8 779 76 425 Mm
225. 2 037 3 499 23 032 5 754 1 762 283 1 092 2 490 3 372 1 833 386 1 467 071 1 459 481 117 750 1 341 731 9 100 7 481 1 805 158 1 745 638 1 305 850 1 303 272 2 578 15 177 424 611 19 393 19 911 6 939 5 741 766 6 770 11 956 518 165 306 30 111 26 271 3 391 22 880 205 771 2 864 132 680 117 456 88 098 86 342 1 756 5 479 23 879 6 578 2 148 410 1 156 1 788 3 144 2 098 417 1 198 512 1 190 058 786 421 403 637 3 6 8 445 1 362 634 1 234 072 1 155 974 1 151 239 4 735 18 363 59 735 31 180 10 504 77 036 3 874 1 353 4 615 8 702 664 100 INDUSTRIAL MACHINERY 2013 11 t t _ 22 236 6 614 20 953 7 019 28 305 21 161 5 727 20 143 6 201 26 150 348 114 150 45 1 620 292 562 295 563 4 435 211 365 210 531 223 318 214 313 17 461 694 436 679 690 3 t
226. 25 JIS B 8342 3 4 25 5 2013 11 81 6 7 25 9 27 1 ISO 14414 Pump system energy assessment WG7 2 ISO 1438 3 JIS B 8327 4 5 5 JIS B 8327 9 27 3 1 ISO 21049 a 2 3
227. 252 123 0 546 843 128 2 45 148 164 2 591 991 130 3 24 53 318 84 7 28 040 40 8 81 358 61 8 372 269 89 6 453 627 83 0 35 868 79 4 489 495 82 7 22 57 460 117 5 29 152 88 1 86 612 105 6 378 382 103 1 464 994 103 6 25 469 131 9 490 463 104 8 23 65 290 113 6 69 360 237 9 134 650 155 5 371 060 98 1 505 710 108 8 24 765 97 2 530 475 108 2 24 53 584 82 1 35 412 51 1 88 996 66 1 366 845 98 9 455 841 90 1 46 372 187 2 502 213 94 7 24 4 6 9 171 59 5 7 931 357 17102 45 5 83 383 134 7 100 485 101 0 3 657 53 6 104 142 97 9 7 lt 9 16 507 106 2 5 423 24 4 21 930 58 1 77 908 67 8 99 838 65 4 10 537 209 9 110 375 70 0 10 12A 12 721 75 7 7 037 76 0 19 758 758 97 755 74 8 117 513 75 0 5 253 82 4 122 766 753 25 1 3 14 919 98 2 7 649 50 9 22 568 74 7 113 223 105 0 135 791 98 4 16 421 61 0 152 212 92 3 4 6A 11 033 120 3 6 770 85 4 17 803 104 1 73 039 87 6 90 842 90 4 4 676 127 9 95 518 91 7 H25 4 8mat 16 422 86 6 10 580 96 2 27 002 90 2 134 056 112 9 161 058 108 3 6 614 74 7 167 672 106 4 H25 1 8 31 341 91 8 18 229 70 1 49 570 82 4 247 279 109 1 296 849 103 5 23 035 64 4 319 884 99 2 25 6 6 005 162 6 2 863 106 9 8 868 139 2 32 413 76 9 41 281 85 1 791 57 7 42 072 84 3 7 2 644 66 3 1 509 165 8 4 153 84 8 34 873 230 2 39 026 194 7 824 34 9 39 850 177 9 8 2 745 47 4 2 301 106 8 5 046 63 5 26 144 129 1 31 19
228. 9 6 JIS B 8825 WG JIS B 8825 Toe 9 12 JIS 9 19 2 JIS 9 19 1 2 9 20 1 O 2 9 26 JISZ 0620 JIS Z 0110 WG JIS Z 0620 JIS Z 0110 9 22 25 Toyota Motor Vietnam Hoya Glass Disk Vietna
229. Lol Cae ell 3 wW 4 _ _ _ TTL 2 2013 11 47 SS 60 BOD 60 99 BOD 30 BOD 90 4 4 Qsh 4 4 54Qsh
230. se Oo f sr 2 2 CSEP ARRE KEUZ ORAR D DRM E m OAE 1 1 CSEP 3 ISEP 1 SEP 20m h 3G0m h 14 m INDUSTRIAL MACHINERY 2013 11 1
231. smaller than IHI typical constructions we built a mock up test In Fig 8 Helium gas leak test of vapor barrier Japan using actual materials before beginning the construction at the work site to confirm the construction procedures See Fig 9 In the near future Fermilab plans to award a contract for the design and construction of two 2 cryostats of 7 000m of volume each built with the same membrane cryostat technology IHI continues to work to develop this technology and anticipate providing a proposal for the contract for the future argon tank 6 Acknowledgements We appreciate the cooperation of Fermilab members especially Mr David Montanari Mr Bruce R Baller Mr Barry L Norris Mr Bob M Kubinski and Meisei Industrial Co Ltd and Japan Industrial Testing Co Ltd in Japan acne G L N o wa Protection cover during construction 7a i Fig 9 Internal view of tank after welding of membrane 2013 11 33 JIS B 85011 WRITE ORE E TAR JX FE
232. 0 110 6 1 114 39 3 32 304 104 1 25 4 5 24 94 INDUSTRIAL MACHINERY 2013 11 2 BAA 22 57 022 104 8 212 146 110 2 183 068 91 2 1 959 74 6 454 195 100 9 23 60 953 106 9 236 922 111 7 292 372 159 7 1 744 89 0 591 991 130 3 2458 52 268 85 8 180 537 76 2 254 810 87 2 1 880 107 8 489 495 82 7 22 50 205 100 6 215 252 118 4 222 604 95 0 2 402 105 9 490 463 104 8 23 65 358 130 2 233 818 108 6 229 497 103 1 1 802 75 0 530 475 108 2 245 50 536 77 3 191 792 82 0 257 919 112 4 1 966 109 1 502 213 94 7 24 4 6 10 457 108 1 29 342 70 8 63 886 116 5 457 1151 104 142 97 9 7 9 12 527 54 2 45 107 81 7 52 277 66 2 464 118 7 110 375 70 0 10cs12 11 021 94 6 50 893 68 9 60 366 78 2 486 122 4 12
233. 1 1 161 46 gee 42 ol Zope in 10 1 1996 17 25 11 2013 11 65
234. 1 3 101 293 154 2 13 835 143 9 102 364 428 9 23 589 370 154 3 2 928 64 1 203 022 55 0 100 321 106 6 226 660 112 3 97 549 96 3 11 920 86 2 52 645 51 4 24 411 062 697 9 169 313 1 248 426 122 4 84 673 84 4 175 281 77 3 111 852 114 7 7 185 60 3 53 467 101 6 22 411 347 113 4 5 824 91 6 129 633 42 2 92 799 176 6 210 172 110 0 100 433 220 2 13 178 141 5 81 872 272 4 23 564 736 137 3 2 484 42 7 435 255 335 8 93 454 100 7 226 496 107 8 94 484 94 1 12 683 96 2 58 958 72 0 24 440 543 780 9 638 388 0 158 322 36 4 93 592 100 1 176 362 77 9 108 875 115 2 8 301 65 4 69 924 118 6 24 4 6 49 460 69 1 262 885 31 534 103 0 22 306 110 3 30 176 60 9 20 924 88 8 2 332 64 1 25 180 160 8 7 lt 9 73 699 32 7 1 399 339 6 24 228 25 6 22 344 91 7 46 009 70 6 24 584 127 1 1 530 46 9 11 830 176 2 10 12A 158 871 118 9 6987 568 0 75 246 149 1 17 229 71 7 38 509 76 6 30 798 139 6 1 717 74 7 10 142 135 2 25 1 3 129 032 81 4 521 52 6 117 418 429 9 22 794 71 9 60 587 98 2 35 546 109 1 1 606 59 0 6315 27 7 4 6 53 408 108 0 816 311 5 43 598 138 3 23 420 105 0 47 316 156 8 17 972 859 1 701 72 9 10 932 434 H25 4 8 149 868 142 9 2 090 211 8 94 015 217 0 42 021 109 6 76 526 146 8 33 310 84 5 3 038 88 9 30 203 106 7 H25 1 8 27
235. 1002 GTL NOx 20 lt 100 Os 7 MULE A 1 17 1 5 Os 52 4 1 3 CO 10ppm NOx Oz 0 35ppm 3 80C 100 3 0 3 5 4 0 4 5 RARRRBO AKERRMLASSREA
236. 2 766 75 3 25 1 3 18 263 110 5 55 195 83 1 78 281 96 2 473 84 6 152 212 92 3 4 6 10 619 101 5 28 134 95 9 56 249 88 0 516 112 9 95 518 91 7 H25 4 8 15 617 101 5 57 739 104 2 93 459 108 6 857 113 1 167 672 106 4 H25 1 oi 33 880 106 1 112 934 92 7 171 740 102 6 1 330 101 0 319 884 99 2 25 6 3 447 85 4 13 566 118 1 24 934 73 0 125 61 6 42 072 84 3 7 2 291 104 9 15 091 150 0 22 246 222 2 222 1624 39 850 177 9 8 2 707 98 4 14 514 90 7 14 964 123 4 119 76 8 32 304 104 1 25 4 5 24 3 25 8 100 Pelee ce A 4 55 80 553 0 65 66 Ba 2 0 0 0 3 0 0 1 mB A SPAS HTT 0 1 20 2 59 150 204 77 104 729 1 397 71 1 469 7 04 77 4 49 29 327 242 1 378 105 35 143 cee 0 0 0 0 0 342 0 0 EE 0 120 0 of 6 173 29 0 O iN O1 OOO OO IIO O 0 l CD w
237. 2013 11 ae 2012 JIS JIS JIS B 8501 JIS 2 JIS 1962 4 19764 51 1979 54
238. 245 66 587 92 1 94 958 88 1 1 227 102 73 5 1 094 037 352 0 2 321 139 117 3 24 4 6 16 751 88 2 23 107 82 2 222 032 84 7 82 411 83 6 304 443 84 4 7 9H 15 594 83 9 23 400 119 7 244 617 51 2 23 057 81 4 267 674 52 9 10 12 15 699 102 1 18 982 72 1 374 180 112 3 49 198 62 4 423 378 102 8 25 1 3 17 451 94 1 30 328 102 9 421 598 109 1 297 578 31 7 719 176 54 3 4 6H 13 612 81 3 24 195 104 7 236 970 106 7 54 640 66 3 291 610 95 8 H25 4 8 RAT 21 901 81 4 37 959 95 5 490 931 130 1 54 640 66 3 545 571 118 7 H25 1 8 39 352 86 6 68 287 98 7 912 529 119 5 352 218 345 1 264 747 70 8 25 3 7 968 89 0 12 196 81 0 249 127 207 9 130 294 25 2 379 421 59 6 45 4 730 883 6 183 107 1 63 964 114 5 0 63 964 114 5 5 4 493 76 3 8 105 108 9 71 686 104 2 19 438 91 124 132 4 6 4 389 79 7 9 907 100 2 101 320 104 1 35 202 42 7 136 522 15 9 7 4 212 788 6 520 73 0 78 485 107 6 0 78 485 107 6 8 4 077 85 0 7 244 94 0 175 476 213 0 0 175 476 213 0 25 8 2
239. 26 113 4 624 233 119 4 5 927 049 124 9 24 242 285 76 6 26 036 124 1 339 694 96 3 43 810 79 6 165 484 73 0 534 563 85 6 4 593 165 77 5 22 298 657 128 7 28 077 119 0 341 134 143 9 55 741 129 1 186 921 203 9 559 481 101 6 4 773 109 115 0 23 309 001 103 5 20 855 74 3 344 247 100 9 57 284 102 8 244 105 130 6 569 035 101 7 5 265 637 110 3 24 255 589 82 7 23 572 113 0 348 945 101 4 45 395 79 2 176 401 72 3 550 378 96 7 5 239 231 99 5 24 4 6 49 158 67 6 4 167 1169 73 514 79 3 11 269 72 2 44 111 37 9 129 640 96 7 922 314 84 5 7 9 66 313 16 7 5 685 83 9 79 167 102 8 10 651 73 7 54 786 214 7 121 583 79 1 981 640 69 5 10 12 56 309 76 9 7 148 175 6 92 329 1165 11 068 88 0 33 046 82 0 122 143 76 6 1 108 326 92 7 25 1 3 70 505 84 1 9 036 137 5 94 684 91 1 10 822 87 2 33 541 75 4 161 197 91 1 1 580 885 71 0 4 6 64 852 131 9 5 354 128 5 69 092 94 0 11 080 98 3 30 411 68 9 125 074 96 5 897 392 97 3 H25 4 8 106 155 127 6 9 533 122 3 111 289 89 8 19 148 103 7 64 398 90 5 206 227 103 9 1 597 580 108 4 H25 1 83REt 176 660 105 8 18 569 129 3 205 973 90 4 29 970 97 1 97 939 84 7 367 424 97 8 3 178 465 85 9 25 6 A 25 301 142 0 1 723 116 5 23 069 88 7 3 422 90 5 16 945 57 4 50 445 85 3 398 834 88 8 7 26 126 146 7 1 921 100 7 22 387 90 0 4 426 122 0 15 960 110 8 44 960 123 0 308 110 109 0 8 15 177 93 6 2 258 131 3 19 810 77 6 3 642 102 0 18 027 142 4 36
240. 3 110 9 264 046 119 5 168 809 132 7 5 253 29 9 41 775 95 1 71 515 114 8 7 9 272 585 50 4 5 295 131 6 229 142 61 2 127 830 46 3 11 835 125 5 40 752 95 3 83 846 108 2 10 12 361 338 100 3 10 158 248 7 284 044 95 6 202 216 93 1 3 855 9 0 38 945 84 3 87 943 115 4 25 1 3 466 998 99 5 4 238 96 2 588 204 49 7 502 441 46 0 6 780 112 7 44 903 85 1 89 977 109 7 4 6 209 732 93 5 4 450 127 8 254 746 96 5 164 620 97 5 5 269 100 3 44 698 107 0 72 634 101 6 H25 4 8 433 504 121 1 8 045 113 2 434 239 107 6 265 908 112 1 6 960 87 9 71 271 105 0 126 811 100 5 H25 1 lt 8 900 502 108 9 12 283 106 7 1 022 443 64 4 768 349 31 8 13 740 98 6 116 174 96 3 216 788 104 1 25 6 115 496 81 4 1 227 111 5 118 118 91 4 77 113 88 3 1 144 59 5 14 327 115 8 27 617 110 4 7H 70 825 110 2 2 306 143 4 77 030 100 9 33 289 94 5 653 47 3 14 753 126 6 26 763 94 4 8H 152 947 220 7 1 289 63 9 102 463 162 2 67 999 204 5 1 038 80 5 11 820 81 8 27 414 104 3 15 8 39 37 4 10 18 DENH ORAM Ome DEDEH DAR em 22 288 576 115 9 26 283 122 0 339 608 122 6 57 903 127 4 199 776 210 2 522 892 94 5 4 746 337 103 2 23 316 135 109 5 20 983 79 8 352 891 103 9 55 032 95 0 226 6
241. 3 3 65 4 84 0 26 0 1 039 5 7 7 RE 25 260 15 140 14 039 20 535 43 337 38 897 29 095 15 688 54 245 16 865 171 1 59 9 92 7 146 3 211 0 89 8 74 8 53 9 345 8 31 1 AR 4 707 593 141 396 175 255 100 123 730 421 198 9 12 6 23 8 280 9 44 2 145 7 39 2 123 0 593 5 57 7 TE 7 7 Ff oF 1 lt er 29 967 15 733 14 180 20 931 43 512 39 152 29 195 15 811 54 975 17 286 A R 174 9 52 5 90 1 147 6 207 9 90 0 74 6 54 2 347 7 31 4 ee 12 997 37 457 57 905 22 147 49 489 10 505 9 075 17 677 21 100 10 437 7 Ti 96 9 288 2 154 6 38 2 223 5 21 2 86 4 194 8 119 4 49 5 st 42 964 53 190 72 085 43 078 93 001 49 657 38 270 33 488 76 075 27 723 140 6 123 8 135 5 59 8 215 9 53 4 77 1 87 5 227 2 36 4 96 m INDUSTRIAL MACHINERY 2013 11 tal at O TRE GEE MARESME O 25 8 1 1 156 565 11 301 732 1 112t h 6 190 686 1 072t h 6 076 2t 498 234 387 2t h 35t X X x 35t h 490t h
242. 33 372 156 189 978 230 171 105 6 135 1 98 6 85 6 124 3 57 302 47 689 39 721 98 077 85 207 112 612 53 481 89 959 122 932 68 422 89 3 83 2 83 3 246 9 86 9 132 2 47 5 168 2 136 7 55 7 REG 263 305 294 095 372 654 475 493 457 363 334 510 243 459 275 109 353 103 238 211 101 6 111 7 126 7 127 6 96 2 73 1 72 8 113 0 128 4 67 5 Tan 335 598 342 878 256 804 237 078 218 671 164 007 159 557 168 389 176 190 129 713 87 2 102 2 74 9 92 3 92 2 75 0 97 3 105 5 104 6 73 6 10 752 9 781 10 153 2 351 1 502 1 018 195 2 529 1 852 9 274 95 3 91 0 103 8 23 2 63 9 67 8 19 2 1 296 9 732 500 8 ee 609 655 646 754 639 61 1 714 922 677 536 499 535 403 211 446 027 531 145 377 198 A a 93 1 106 1 98 9 111 8 94 8 73 7 80 7 110 6 119 1 71 0 ene 598 009 722 805 1 320 892 913 689 755 190 592 129 685 269 450 619 1 181 677 624 098 7 Ti 105 4 120 9 182 7 69 2 82 7 78 4 115 7 65 8 262 2 52 8 st 1 207 664 1 369 559 1 960 503 1 628 611 1 432 726 1 091 664 1 088 480 896 646 1 712 822 1 001 296 98 8 113 4 143 1 83 1 88 0 76 2 99 7 82 4 191 0 58 5 FSS EBS SEK F15 24FE ER H15 H16 H17 H18 H19 H20 H2 1 H22 H23 H24 NAR 116 464 129 344 133 597 142 506 147 017 138 543 121 539 133 654 118 466 106 835 109 3 Vata 103 3 106 7 103 2 94 2 87 7 110 0
243. 5 27 1330 FAX 0835 27 1331 7532 0005 3 20 13 TEL 06 6391 5125 FAX 06 6391 5132 7134 0088 3 1 1025 TEL 03 8687 503 1 FAX 03 3687 5032 532 0005 3 20 13 TEL 06 6391 8611 FAX 06 6391 2166 100 0005 3 3 1 4 TEL 03 3212 1711 FAX 03 3214 3295 7802 0005 2 1 1 TEL 093 511 3923 FAX 093 511 3928 T747 1232 7070 TEL 0835 38 2000 FAX 0835 82 0603 7532 0005 3 20 13 TEL 06 6391 5125 FAX 06 6391 5132 747 1232 7070 TEL 0835 38 2000 FAX 0835 32 0603 INDUSTRIAL MACHINERY MACHINERY No 758 Nov Contents
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251. g 6 The joints between two adjacent PUF panels were filled with injected PUF to leave no empty space between the panels Furthermore glass cloths were epoxied over the surface of the joints to form a continuous secondary barrier system and contain potential spills of liquid argon from the primary barrier Typical execution work is shown in Fig 6 The secondary barrier system was inspected by vacuum box testing See Fig 7 This secondary barrier system is usually applied to the IHI above ground PC membrane tank without the dike specified in EN14620 Primary Containment 2 0mm 55304 Secondary Barrier GRU GRE component surface and intermediate 2 layer system Fig 5 Concept of secondary barrier system Fig 6 Insulation panels and secondary barrier work Fig 7 Vacuum box test applied to the secondary barrier system 32 m INDUSTRIAL MACHINERY 2013 11 3 Vapor barrier The outer concrete vessel IS porous and it contains moisture To prevent the moisture from reaching the insulation and keep the insulation region air tight a vapor barrier 1 2mm carbon steel was installed on the inner concrete surface The air tightness of the vapor barrier was confirmed by helium leak test See Fig 8 5 Summary and conclusion The volume of this tank is much smaller than the LNG storage tanks usually built by IHI 28 m compared to hundreds of thousands of cubic meters Since the work space inside the tank was very small and much
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257. tector two tanks of f 000m of volume each to measure the properties of neutrinos and other high energy physics phenomena IHI was awarded a contract from Fermi National Accelerator Laboratory Fermilab operated by Fermi Research Alliance LLC under Contract with the United States Department of Energy to perform EP SV work for a liquid argon tank to be used as prototype for the LBNE Project the LBNE SSton prototype The goals of this project are 1 to demonstrate the membrane cryostat technology in terms of thermal performance feasibility for liquid argon leak tightness 2 to demonstrate that it is possible to achieve and maintain the purity requirements in a membrane cryostat without evacuation for LBNE the requirements are less than 200 parts per trillion 200 x 10 oxygen equivalent contamination 3 to test Time Projection Chambers TPCs 30 INDUSTRIAL MACHINERY 2013 11 IH Corporation Energy amp Plant Operations Eiji Kamiya Michitaka Furikoma Isho Nakachi inside the tank by drifting electrons in high purity liquid argon The temperature of liquid argon is 189 C Centi grade On the basis of the well developed LNG 162 C in ground membrane tank technology we developed a new shape for the liquid argon membrane cryostat for the LBNE project the prism In the following sections we introduce the orismatic membrane argon tank 2 Construction site Fig 1 shows Fermilab in Batavia IL USA
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