neptune chs cargo handling simulator user... · kongsberg maritime doc.no.: so-1298-b / 14-apr-09...

Kongsberg Maritime Doc.no.: SO-1298-B / 14-Apr-09

Neptune CHS LNG-M Variable List

Neptune CHS

Cargo Handling Simulator

LNG-M

VARIABLE LIST

Department/Author: Approved by: Berit Baggerud (s) Terje Heierstad (s)

© 2009 Kongsberg Maritime AS All rights reserved

No part of this work covered by the copyright hereon may be reproduced or otherwise copied

without prior permission from Kongsberg Maritime AS


Neptune CHS LNG-M Variable List i

DOCUMENT STATUS Issue No. Date/Year Inc. by Issue No. Date/Year Inc. by SO-1298-A 8-Feb-06 BEBA

CHANGES IN DOCUMENT Issue ECO Paragraph Paragraph Heading/ No. No. No. Description of Change


ii Neptune CHS LNG-M Variable List

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Neptune CHS LNG-M Variable List iii

TABLE OF CONTENTS

1 DIRECTORY LIST ................................................................................. 1

2 VARIABLE LIST PAGES.......................................................................... 2 2.1 Page:10100 MD101** CARGO TANKS................................................. 2 2.2 Page:10190 MD101** CONFIGURABLE PAGE ....................................... 2 2.3 Page:10200 MD101** BALLAST TANKS (1 of 3) ................................... 3 2.4 Page:10201 MD101** BALLAST TANKS (2 of 3) ................................... 3 2.5 Page:10202 MD101** BALLAST TANKS (3 of 3) ................................... 4 2.6 Page:10290 MD102** CONFIGURABLE PAGE ....................................... 4 2.7 Page:10300 MD103** CONSUMABLES VOLUMES.................................. 5 2.8 Page:10301 MD103** CONSUMABLES VOLUMES.................................. 5 2.9 Page:10302 MD103** CONSUMABLES VOLUMES.................................. 6 2.10 Page:10303 MD103** CONSUMABLES MASSES.................................... 6 2.11 Page:10304 MD103** CONSUMABLES MASSES.................................... 7 2.12 Page:10305 MD103** CONSUMABLES MASSES.................................... 7 2.13 Page:10306 MD103** TANK MASS TOTALS ......................................... 8 2.14 Page:10390 MD103** CONFIGURABLE PAGE ....................................... 8 2.15 Page:10400 MD104** HULL DRAFT AND STABILITY.............................. 9 2.16 Page:10401 MD104** HULL SHEAR FORCES........................................ 9 2.17 Page:10402 MD104** HULL SHEAR FORCES (%) ............................... 10 2.18 Page:10490 MD104** CONFIGURABLE PAGE ..................................... 10 2.19 Page:10500 MD105** HULL BENDING MOMENTS ............................... 11 2.20 Page:10501 MD105** HULL BENDING MOMENTS (%)......................... 11 2.21 Page:10600 MD106** HULL DEFLECTIONS........................................ 12 2.22 Page:10690 MD105** CONFIGURABLE PAGE ..................................... 12 2.23 Page:10700 MD107** HULL STABILITY............................................. 13 2.24 Page:10790 MD107** CONFIGURABLE PAGE ..................................... 13 2.25 Page:11000 MD110** SHORE TANK 1 .............................................. 14 2.26 Page:11001 MD110** SHORE TANK 2 .............................................. 14 2.27 Page:11002 MD110** SHORE LINES ................................................ 15 2.28 Page:11003 MD110** NITROGEN TANK............................................ 15 2.29 Page:11090 MD110** CONFIGURABLE PAGE ..................................... 16 2.30 Page:11500 MD110** SHORE - FLOWS AND PRESSURES .................... 16 2.31 Page:11501 MD110** MANIFOLD - FLOWS ....................................... 17 2.32 Page:11502 MD110** SHORE - VALVES AND FLANGES....................... 17 2.33 Page:11503 MD110** MANIFOLD - VALVES AND FLANGES (1 of 2) ...... 18 2.34 Page:11504 MD110** MANIFOLD - VALVES AND FLANGES (2 of 2) ...... 18 2.35 Page:11505 MD110** MANIFOLD SPRAY SYSTEM .............................. 19 2.36 Page:11506 MD110** LOADING ARMS ............................................. 19 2.37 Page:11590 MD110** CONFIGURABLE PAGE ..................................... 20 2.38 Page:12000 MD120** MANIFOLD - LIQUID PORT............................... 20 2.39 Page:12001 MD120** MANIFOLD - LIQUID STBD............................... 21 2.40 Page:12002 MD120** MANIFOLD - VAPOUR...................................... 21 2.41 Page:12003 MD120** MANIFOLD - NITROGEN BLEED LINE ................. 22 2.42 Page:12004 MD120** MANIFOLD - FLOWS ....................................... 22 2.43 Page:12010 MD120** MANIFOLD - LIQUID AREA............................... 23 2.44 Page:12020 MD120** DECK LINES - VALVES .................................... 23 2.45 Page:12021 MD120** DECK LINES - FLANGES .................................. 24 2.46 Page:12090 MD120** CONFIGURABLE PAGE ..................................... 24


iv Neptune CHS LNG-M Variable List

2.47 Page:13000 MD130** PRESSURE ALARMS AND SAFETY...................... 25 2.48 Page:13090 MD130** CONFIGURABLE PAGE..................................... 25 2.49 Page:20100 MD201** CARGO TANK 1 - MAIN VARIABLES................... 26 2.50 Page:20101 MD201** CARGO TANK 1 - CARGO VALVES ..................... 26 2.51 Page:20102 MD201** CARGO TANK 1 - SPRAY VALVES ...................... 27 2.52 Page:20103 MD201** CARGO TANK 1 - VALVES ................................ 27 2.53 Page:20104 MD201** CARGO TANK 1 - FLANGES .............................. 28 2.54 Page:20105 MD201** CARGO TANK 1 - FLOWS................................. 28 2.55 Page:20106 MD201** CARGO TANK 1 - LEVELS/MASSES.................... 29 2.56 Page:20107 MD201** CARGO TANK 1 - PORT CARGO PUMP................ 29 2.57 Page:20108 MD201** CARGO TANK 1 - STBD CARGO PUMP................ 30 2.58 Page:20109 MD201** CARGO TANK 1 - SPRAY PUMP ......................... 30 2.59 Page:20110 MD201** CARGO TANK 1 - TEMPERATURES..................... 31 2.60 Page:20111 MD201** CARGO TANK 1 - GAS SAMPLES ....................... 31 2.61 Page:20120 MD201** CARGO TANK 1 - PORT CARGO PUMP CONTROL.. 32 2.62 Page:20121 MD201** CARGO TANK 1 - STBD CARGO PUMP CONTROL . 32 2.63 Page:20122 MD201** CARGO TANK 1 - SPRAY PUMP CONTROL........... 33 2.64 Page:20123 MD201** CARGO TANK 1 - SPRAY HEADER PRES CONTROL33 2.65 Page:20124 MD201** CARGO TANK 1 - EMERGENCY PUMP ................. 34 2.66 Page:20190 MD201** CONFIGURABLE PAGE..................................... 34 2.67 Page:20200 MD202** CARGO TANK 2 - MAIN VARIABLES................... 35 2.68 Page:20201 MD202** CARGO TANK 2 - CARGO VALVES ..................... 35 2.69 Page:20202 MD202** CARGO TANK 2 - SPRAY VALVES ...................... 36 2.70 Page:20203 MD202** CARGO TANK 2 - VALVES ................................ 36 2.71 Page:20204 MD202** CARGO TANK 2 - FLANGES .............................. 37 2.72 Page:20205 MD202** CARGO TANK 2 - FLOWS................................. 37 2.73 Page:20206 MD202** CARGO TANK 2 - LEVELS/MASSES.................... 38 2.74 Page:20207 MD202** CARGO TANK 2 - PORT CARGO PUMP................ 38 2.75 Page:20208 MD202** CARGO TANK 2 - STBD CARGO PUMP................ 39 2.76 Page:20209 MD202** CARGO TANK 2 - SPRAY PUMP ......................... 39 2.77 Page:20210 MD202** CARGO TANK 2 - TEMPERATURES..................... 40 2.78 Page:20211 MD202** CARGO TANK 2 - GAS SAMPLES ....................... 40 2.79 Page:20220 MD202** CARGO TANK 2 - PORT CARGO PUMP CONTROL.. 41 2.80 Page:20221 MD202** CARGO TANK 2 - STBD CARGO PUMP CONTROL . 41 2.81 Page:20222 MD202** CARGO TANK 2 - SPRAY PUMP CONTROL........... 42 2.82 Page:20223 MD202** CARGO TANK 2 - SPRAY HEADER PRES CONTROL42 2.83 Page:20224 MD202** CARGO TANK 2 - EMERGENCY PUMP ................. 43 2.84 Page:20290 MD202** CONFIGURABLE PAGE..................................... 43 2.85 Page:20300 MD203** CARGO TANK 3 - MAIN VARIABLES................... 44 2.86 Page:20301 MD203** CARGO TANK 3 - CARGO VALVES ..................... 44 2.87 Page:20302 MD203** CARGO TANK 3 - SPRAY VALVES ...................... 45 2.88 Page:20303 MD203** CARGO TANK 3 - VALVES ................................ 45 2.89 Page:20304 MD203** CARGO TANK 3 - FLANGES .............................. 46 2.90 Page:20305 MD203** CARGO TANK 3 - FLOWS................................. 46 2.91 Page:20306 MD203** CARGO TANK 3 - LEVELS/MASSES.................... 47 2.92 Page:20307 MD203** CARGO TANK 3 - PORT CARGO PUMP................ 47 2.93 Page:20308 MD203** CARGO TANK 3 - STBD CARGO PUMP................ 48 2.94 Page:20309 MD203** CARGO TANK 3 - SPRAY PUMP ......................... 48 2.95 Page:20310 MD203** CARGO TANK 3 - TEMPERATURES..................... 49 2.96 Page:20311 MD203** CARGO TANK 3 - GAS SAMPLES ....................... 49 2.97 Page:20320 MD203** CARGO TANK 3 - PORT CARGO PUMP CONTROL.. 50


Neptune CHS LNG-M Variable List v

2.98 Page:20321 MD203** CARGO TANK 3 - STBD CARGO PUMP CONTROL . 50 2.99 Page:20322 MD203** CARGO TANK 3 - SPRAY PUMP CONTROL ........... 51 2.100 Page:20323 MD203** CARGO TANK 3 - SPRAY HEADER PRES CONTROL51 2.101 Page:20324 MD203** CARGO TANK 3 - EMERGENCY PUMP ................. 52 2.102 Page:20390 MD203** CONFIGURABLE PAGE ..................................... 52 2.103 Page:20400 MD204** CARGO TANK 4 - MAIN VARIABLES................... 53 2.104 Page:20401 MD204** CARGO TANK 4 - CARGO VALVES ..................... 53 2.105 Page:20402 MD204** CARGO TANK 4 - SPRAY VALVES ...................... 54 2.106 Page:20403 MD204** CARGO TANK 4 - VALVES ................................ 54 2.107 Page:20404 MD204** CARGO TANK 4 - FLANGES .............................. 55 2.108 Page:20405 MD204** CARGO TANK 4 - FLOWS ................................. 55 2.109 Page:20406 MD204** CARGO TANK 4 - LEVELS/MASSES.................... 56 2.110 Page:20407 MD204** CARGO TANK 4 - PORT CARGO PUMP ................ 56 2.111 Page:20408 MD204** CARGO TANK 4 - STBD CARGO PUMP................ 57 2.112 Page:20409 MD204** CARGO TANK 4 - SPRAY PUMP ......................... 57 2.113 Page:20410 MD204** CARGO TANK 4 - TEMPERATURES..................... 58 2.114 Page:20411 MD204** CARGO TANK 4 - GAS SAMPLES ....................... 58 2.115 Page:20420 MD204** CARGO TANK 4 - PORT CARGO PUMP CONTROL.. 59 2.116 Page:20421 MD204** CARGO TANK 4 - STBD CARGO PUMP CONTROL . 59 2.117 Page:20422 MD204** CARGO TANK 4 - SPRAY PUMP CONTROL ........... 60 2.118 Page:20423 MD204** CARGO TANK 4 - SPRAY HEADER PRES CONTROL60 2.119 Page:20424 MD204** CARGO TANK 4 - EMERGENCY PUMP ................. 61 2.120 Page:20490 MD201** CONFIGURABLE PAGE ..................................... 61 2.121 Page:22100 MD220** COFFERDAM 1 - MAIN VARIABLES .................... 62 2.122 Page:22101 MD220** COFFERDAM 1 - HEATING................................ 62 2.123 Page:22102 MD220** COFFERDAM 1 - GAS SAMPLES......................... 63 2.124 Page:22200 MD220** COFFERDAM 2 - MAIN VARIABLES .................... 63 2.125 Page:22201 MD220** COFFERDAM 2 - HEATING................................ 64 2.126 Page:22202 MD220** COFFERDAM 2 - GAS SAMPLES......................... 64 2.127 Page:22300 MD220** COFFERDAM 3 - MAIN VARIABLES .................... 65 2.128 Page:22301 MD220** COFFERDAM 3 - HEATING................................ 65 2.129 Page:22302 MD220** COFFERDAM 3 - GAS SAMPLES......................... 66 2.130 Page:22400 MD220** COFFERDAM 4 - MAIN VARIABLES .................... 66 2.131 Page:22401 MD220** COFFERDAM 4 - HEATING................................ 67 2.132 Page:22402 MD220** COFFERDAM 4 - GAS SAMPLES......................... 67 2.133 Page:22500 MD220** COFFERDAM 5 - MAIN VARIABLES .................... 68 2.134 Page:22501 MD220** COFFERDAM 5 - HEATING................................ 68 2.135 Page:22502 MD220** COFFERDAM 5 - GAS SAMPLES......................... 69 2.136 Page:23101 MD220** TANK DOME 1 - HEATING................................ 69 2.137 Page:23201 MD220** TANK DOME 2 - HEATING................................ 70 2.138 Page:23301 MD220** TANK DOME 3 - HEATING................................ 70 2.139 Page:23401 MD220** TANK DOME 4 - HEATING................................ 71 2.140 Page:22590 MD220** CONFIGURABLE PAGE ..................................... 71 2.141 Page:24000 MD240** PRESSURE MONITORING................................. 72 2.142 Page:24001 MD240** TANK VALVES ................................................ 72 2.143 Page:24002 MD240** NITROGEN SUPPLY ......................................... 73 2.144 Page:24003 MD240** NITROGEN SUPPLY ......................................... 73 2.145 Page:24004 MD240** NITROGEN SUPPLY ......................................... 74 2.146 Page:24005 MD240** PRIMARY INS HEADER .................................... 74 2.147 Page:24006 MD240** SECONDARY INS HEADER ............................... 75 2.148 Page:24007 MD240** EXHAUST PRESS CONTROL.............................. 75


vi Neptune CHS LNG-M Variable List

2.149 Page:24008 MD240** VACUUM PUMPS............................................. 76 2.150 Page:24090 MD240** CONFIGURABLE PAGE..................................... 76 2.151 Page:30000 MD300** COMPRESSOR ROOM ...................................... 77 2.152 Page:30090 MD300** CONFIGURABLE PAGE..................................... 77 2.153 Page:30900 MD309** LOW DUTY COMPRESSOR 1 - PROCESS DATA .... 78 2.154 Page:30901 MD309** LOW DUTY COMPRESSOR 1 - CONTROL............. 78 2.155 Page:30902 MD309** LOW DUTY COMPRESSOR 2 - PROCESS DATA .... 79 2.156 Page:30903 MD309** LOW DUTY COMPRESSOR 2 - CONTROL............. 79 2.157 Page:30904 MD309** LOW DUTY COMPRESSOR 1 & 2 - VALVES.......... 80 2.158 Page:30905 MD309** LOW DUTY HEATER ........................................ 80 2.159 Page:30920 MD309** LOW DUTY COMPRESSOR - CONTROLLER .......... 81 2.160 Page:30921 MD309** LOW DUTY HEATER - TEMP CONTROLLER .......... 81 2.161 Page:30990 MD309** CONFIGURABLE PAGE..................................... 82 2.162 Page:31900 MD319** HIGH DUTY COMPRESSOR 1 - PROCESS DATA ... 82 2.163 Page:31901 MD319** HIGH DUTY COMPRESSOR 1 - CONTROL............ 83 2.164 Page:31902 MD319** HIGH DUTY COMPRESSOR 2 - PROCESS DATA ... 83 2.165 Page:31903 MD319** HIGH DUTY COMPRESSOR 2 - CONTROL............ 84 2.166 Page:31904 MD319** HIGH DUTY COMPRESSOR 1 & 2 - VALVES......... 84 2.167 Page:31905 MD319** HIGH DUTY HEATER ....................................... 85 2.168 Page:31920 MD319** HIGH DUTY COMPRESSOR - CONTROLLERS ....... 85 2.169 Page:31921 MD319** HIGH DUTY HEATER - TEMP CONTROLLER ......... 86 2.170 Page:31990 MD319** CONFIGURABLE PAGE..................................... 86 2.171 Page:32900 MD329** LNG VAPOURIZER .......................................... 87 2.172 Page:32901 MD329** FORCING VAPOURIZER ................................... 87 2.173 Page:32902 MD329** VAPOURIZER VALVES ..................................... 88 2.174 Page:32920 MD329** LNG VAPOURIZER - TEMP CONTROLLER ............ 88 2.175 Page:32921 MD329** FORCING VAPOURIZER - CONTROLLERS............ 89 2.176 Page:32990 MD329** CONFIGURABLE PAGE..................................... 89 2.177 Page:33000 MD330** PRESS CONTROL............................................ 90 2.178 Page:33001 MD330** BOILER CONTROL .......................................... 90 2.179 Page:33002 MD330** ENGINE ROOM............................................... 91 2.180 Page:33090 MD330** CONFIGURABLE PAGE..................................... 91 2.181 Page:34000 MD340** NITROGEN PLANT UNIT A................................ 92 2.182 Page:34001 MD340** NITROGEN PLANT UNIT B................................ 92 2.183 Page:34002 MD340** NITROGEN PLANT ISOLATION.......................... 93 2.184 Page:34090 MD340** CONFIGURABLE PAGE..................................... 93 2.185 Page:35000 MD350** INERT GAS GENERATOR (1 of 2) ...................... 94 2.186 Page:35001 MD350** INERT GAS GENERATOR (2 of 2) ...................... 94 2.187 Page:35003 MD350** INERT GAS GENERATOR TRIP .......................... 95 2.188 Page:35020 MD350** INERT GAS GENERATOR - PRESSURE CONTROL . 95 2.189 Page:35090 MD350** CONFIGURABLE PAGE..................................... 96 2.190 Page:40000 MD400** BALLAST SYSTEM - MISCELLANEOUS................ 96 2.191 Page:40001 MD400** BALLAST CENTER TANK DATA (1 OF 2) ............. 97 2.192 Page:40002 MD400** BALLAST CENTER TANK DATA (2 OF 2) ............. 97 2.193 Page:40003 MD400** BALLAST PORT TANK DATA (1 OF 3) ................. 98 2.194 Page:40004 MD400** BALLAST PORT TANK DATA (2 OF 3) ................. 98 2.195 Page:40005 MD400** BALLAST PORT TANK DATA (3 OF 3) ................. 99 2.196 Page:40006 MD400** BALLAST STBD TANK DATA (1 OF 3)................. 99 2.197 Page:40007 MD400** BALLAST STBD TANK DATA (2 OF 3)................100 2.198 Page:40008 MD400** BALLAST STBD TANK DATA (3 OF 3)................100 2.199 Page:40010 MD400** BALLAST TANK VALVES..................................101


Neptune CHS LNG-M Variable List vii

2.200 Page:40090 MD400** CONFIGURABLE PAGE ....................................101 2.201 Page:40100 MD401** BALLAST PUMP ROOM - PROCESS DATA ...........102 2.202 Page:40101 MD401** BALLAST PUMP ROOM - CONTROL ...................102 2.203 Page:40102 MD401** BALLAST PUMP ROOM - VALVES (1 of 2)...........103 2.204 Page:40103 MD401** BALLAST PUMP ROOM - VALVES (2 of 2)...........103 2.205 Page:40190 MD401** CONFIGURABLE PAGE ....................................104 2.206 Page:50000 MD500** SPRAY LINE COOLDOWN CONTROL..................104 2.207 Page:50090 MD500** CONFIGURABLE PAGE ....................................105 2.208 Page:50100 MD501** CARGO TANK 1 - AUTO SEQUENCES ................105 2.209 Page:50101 MD501** CARGO TANK 1 - AUTO SEQUENCES ................106 2.210 Page:50102 MD501** CARGO TANK 1 - TEMPERATURE SETTER ..........106 2.211 Page:50190 MD501** CONFIGURABLE PAGE ....................................107 2.212 Page:50200 MD502** CARGO TANK 2 - AUTO SEQUENCES ................107 2.213 Page:50201 MD502** CARGO TANK 2 - AUTO SEQUENCES ................108 2.214 Page:50202 MD502** CARGO TANK 2 - TEMPERATURE SETTER ..........108 2.215 Page:50290 MD502** CONFIGURABLE PAGE ....................................109 2.216 Page:50300 MD503** CARGO TANK 3 - AUTO SEQUENCES ................109 2.217 Page:50301 MD503** CARGO TANK 3 - AUTO SEQUENCES ................110 2.218 Page:50302 MD503** CARGO TANK 3 - TEMPERATURE SETTER ..........110 2.219 Page:50390 MD503** CONFIGURABLE PAGE ....................................111 2.220 Page:50400 MD504** CARGO TANK 4 - AUTO SEQUENCES ................111 2.221 Page:50401 MD504** CARGO TANK 4 - AUTO SEQUENCES ................112 2.222 Page:50402 MD504** CARGO TANK 4 - TEMPERATURE SETTER ..........112 2.223 Page:50490 MD504** CONFIGURABLE PAGE ....................................113 2.224 Page:50700 MD507** FGD - SEQUENTIAL SYSTEM ...........................113 2.225 Page:50701 MD507** FGD - SEQ. SAMPL POINTS (1 OF 3) ................114 2.226 Page:50702 MD507** FGD - SEQ. SAMPL POINTS (2 OF 3) ................114 2.227 Page:50703 MD507** FGD - SEQ. SAMPL POINTS (3 OF 3) ................115 2.228 Page:50710 MD507** FGD - CONTINUOUS SYSTEM (1 OF 3) .............115 2.229 Page:50711 MD507** FGD - CONTINUOUS SYSTEM (2 OF 3) .............116 2.230 Page:50712 MD507** FGD - CONTINUOUS SYSTEM (3 OF 3) .............116 2.231 Page:50790 MD507** CONFIGURABLE PAGE ....................................117 2.232 Page:54000 MD540** ESD INHIBIT ................................................117 2.233 Page:54001 MD540** ESD STATUS ON BOARD ................................118 2.234 Page:54002 MD540** ESD STATUS ON SHORE.................................118 2.235 Page:54003 MD540** ESD MANUAL ACTIVATION ON BOARD .............119 2.236 Page:54004 MD540** ESD MANUAL ACTIVATION ON BOARD .............119 2.237 Page:54005 MD540** ESD MANUAL ACTIVATION ON SHORE..............120 2.238 Page:54020 MD120** ESD VALVES - TIME SETTING .........................120 2.239 Page:54090 MD540** CONFIGURABLE PAGE ....................................121 2.240 Page:60000 MD600** LOAD CALC.: CONTROL..................................121 2.241 Page:60001 MD600** LOAD CALC.: TANK VOLUMES (1 of 8)..............122 2.242 Page:60002 MD600** LOAD CALC.: TANK VOLUMES (2 of 8)..............122 2.243 Page:60003 MD600** LOAD CALC.: TANK VOLUMES (3 of 8)..............123 2.244 Page:60004 MD600** LOAD CALC.: TANK VOLUMES (4 of 8)..............123 2.245 Page:60005 MD600** LOAD CALC.: TANK VOLUMES (5 of 8)..............124 2.246 Page:60006 MD600** LOAD CALC.: TANK VOLUMES (6 of 8)..............124 2.247 Page:60007 MD600** LOAD CALC.: TANK VOLUMES (7 of 8)..............125 2.248 Page:60008 MD600** LOAD CALC.: TANK VOLUMES (8 of 8)..............125 2.249 Page:60009 MD600** LOAD CALC.: DENSITIES (1 of 4) ....................126 2.250 Page:60010 MD600** LOAD CALC.: DENSITIES (2 of 4) ....................126


viii Neptune CHS LNG-M Variable List

2.251 Page:60011 MD600** LOAD CALC.: DENSITIES (3 of 4) ....................127 2.252 Page:60012 MD600** LOAD CALC.: DENSITIES (4 of 4) ....................127 2.253 Page:60013 MD600** LOAD CALC.: CARGO VAPOUR PRESSURE .........128 2.254 Page:60014 MD650** LOAD CALC.: TEMPERATURES (1 of 4) .............128 2.255 Page:60015 MD600** LOAD CALC.: TEMPERATURES (2 of 4) .............129 2.256 Page:60016 MD600** LOAD CALC.: TEMPERATURES (3 of 4) .............129 2.257 Page:60017 MD600** LOAD CALC.: TEMPERATURES (4 of 4) .............130 2.258 Page:60018 MD650** LOAD CALC.: ULLAGES ..................................130 2.259 Page:60019 MD650** LOAD CALC.: SOUNDINGS (1 of 4) ..................131 2.260 Page:60020 MD600** LOAD CALC.: SOUNDINGS (2 of 4) ..................131 2.261 Page:60021 MD600** LOAD CALC.: SOUNDINGS (3 of 4) ..................132 2.262 Page:60022 MD600** LOAD CALC.: SOUNDINGS (4 of 4) ..................132 2.263 Page:60023 MD600** LOAD CALC.: MASSES (1 of 4) ........................133 2.264 Page:60024 MD600** LOAD CALC.: MASSES (2 of 4) ........................133 2.265 Page:60025 MD600** LOAD CALC.: MASSES (3 of 4) ........................134 2.266 Page:60026 MD600** LOAD CALC.: MASSES (4 of 4) ........................134 2.267 Page:60027 MD600** LOAD CALC.: MASS SUMMARY ........................135 2.268 Page:60028 MD600** LOAD CALC.: FLOW RATE (1 of 4) ...................135 2.269 Page:60029 MD600** LOAD CALC.: FLOW RATE (2 of 4) ...................136 2.270 Page:60030 MD600** LOAD CALC.: FLOW RATE (3 of 4) ...................136 2.271 Page:60031 MD600** LOAD CALC.: FLOW RATE (4 of 4) ...................137 2.272 Page:60090 MD600** CONFIGURABLE PAGE....................................137 2.273 Page:60400 MD604** LOAD CALC.: HULL DRAFT AND STABILITY .......138 2.274 Page:60401 MD604** LOAD CALC.: HULL SHEAR FORCES .................138 2.275 Page:60402 MD604** LOAD CALC.: HULL SHEAR FORCES (%) ...........139 2.276 Page:60490 MD604** CONFIGURABLE PAGE....................................139 2.277 Page:60500 MD605** LOAD CALC.: HULL BENDING MOMENTS...........140 2.278 Page:60501 MD605** LOAD CALC.: HULL BENDING MOMENTS (%) ....140 2.279 Page:60590 MD605** CONFIGURABLE PAGE....................................141 2.280 Page:60600 MD606** LOAD CALC.: HULL DEFLECTIONS ...................141 2.281 Page:60690 MD606** CONFIGURABLE PAGE....................................142 2.282 Page:60700 MD607** LOAD CALC.: HULL STABILITY ........................142 2.283 Page:60790 MD607** CONFIGURABLE PAGE....................................143 2.284 Page:61000 MD610** DAMAGE STABILITY: TANK VOLUMES ..............143 2.285 Page:61001 MD610** DAMAGE STABILITY: SOUNDINGS AND MASSES144 2.286 Page:61002 MD610** DAMAGE COEFFICIENT (1 of 2) .......................144 2.287 Page:61003 MD610** DAMAGE COEFFICIENT (2 of 2) .......................145 2.288 Page:80000 MD8000** LIQ MANIFOLD SAMPLES ..............................145 2.289 Page:80001 MD8000** LIQ MANIFOLD SAMPLES ..............................146 2.290 Page:80002 MD8000** LIQ MANIFOLD SAMPLES ..............................146 2.291 Page:80003 MD8000** LIQ MANIFOLD SAMPLES ..............................147 2.292 Page:80004 MD8000** VAP MANIFOLD SAMPLES .............................147 2.293 Page:80005 MD8000** LIQ LINE GAS SAMPLES ...............................148 2.294 Page:80006 MD8000** LIQ LINE GAS SAMPLES ...............................148 2.295 Page:80007 MD8000** VAP LINE SAMPLES......................................149 2.296 Page:80008 MD8000** VAP LINE SAMPLES......................................149 2.297 Page:80009 MD8000** SPRAY LINE SAMPLES ..................................150 2.298 Page:80010 MD8000** SPRAY LINE SAMPLES ..................................150 2.299 Page:80011 MD8000** CT1 SAMPLING POINTS ................................151 2.300 Page:80012 MD8000** CT1 SAMPLING POINTS ................................151 2.301 Page:80013 MD8000** CT1 SAMPLING POINTS ................................152


Neptune CHS LNG-M Variable List ix

2.302 Page:80014 MD8000** CT2 SAMPLING POINTS ................................152 2.303 Page:80015 MD8000** CT2 SAMPLING POINTS ................................153 2.304 Page:80016 MD8000** CT2 SAMPLING POINTS ................................153 2.305 Page:80017 MD8000** CT2 SAMPLING POINTS ................................154 2.306 Page:80018 MD8000** CT3 SAMPLING POINTS ................................154 2.307 Page:80019 MD8000** CT3 SAMPLING POINTS ................................155 2.308 Page:80020 MD8000** CT3 SAMPLING POINTS ................................155 2.309 Page:80021 MD8000** CT3 SAMPLING POINTS ................................156 2.310 Page:80022 MD8000** CT4 SAMPLING POINTS ................................156 2.311 Page:80023 MD8000** CT4 SAMPLING POINTS ................................157 2.312 Page:80024 MD8000** CT4 SAMPLING POINTS ................................157 2.313 Page:80025 MD8000** CT4 SAMPLING POINTS ................................158 2.314 Page:80030 MD8000** COFFERDAM 1 SAMPLES...............................158 2.315 Page:80031 MD8000** COFFERDAM 1 SAMPLES...............................159 2.316 Page:80032 MD8000** COFFERDAM 1 SAMPLES...............................159 2.317 Page:80033 MD8000** COFFERDAM 2 SAMPLES...............................160 2.318 Page:80034 MD8000** COFFERDAM 2 SAMPLES...............................160 2.319 Page:80035 MD8000** COFFERDAM 2 SAMPLES...............................161 2.320 Page:80036 MD8000** COFFERDAM 3 SAMPLES...............................161 2.321 Page:80037 MD8000** COFFERDAM 3 SAMPLES...............................162 2.322 Page:80038 MD8000** COFFERDAM 3 SAMPLES...............................162 2.323 Page:80039 MD8000** COFFERDAM 4 SAMPLES...............................163 2.324 Page:80040 MD8000** COFFERDAM 4 SAMPLES...............................163 2.325 Page:80041 MD8000** COFFERDAM 4 SAMPLES...............................164 2.326 Page:80042 MD8000** COFFERDAM 5 SAMPLES...............................164 2.327 Page:80043 MD8000** COFFERDAM 5 SAMPLES...............................165 2.328 Page:80044 MD8000** COFFERDAM 5 SAMPLES...............................165 2.329 Page:80045 MD8000** CD IG SUPPLY LINE SAMPLE .........................166 2.330 Page:80050 MD8000** INS HEADERS SAMPLES ...............................166 2.331 Page:80051 MD8000** INS HEADERS SAMPLES ...............................167 2.332 Page:80060 MD8000** VAPOURIZER SAMPLES.................................167 2.333 Page:80061 MD8000** VAPOURIZER SAMPLES.................................168 2.334 Page:80070 MD8000** ENGINE ROOM SAMPLES ..............................168 2.335 Page:90000 MD9000** SEA/SHIP STATE .........................................169 2.336 Page:90001 MD9000** TIME AND ALARM CONTROL..........................169 2.337 Page:90002 MD9000** PROCESS ISOLATION...................................170 2.338 Page:90003 MD9000** PROCESS CONDITION RESET ........................170 2.339 Page:90004 MD9000** CARGO PROPERTIES ....................................171 2.340 Page:90011 MD9000** ALARM SYSTEM...........................................171 2.341 Page:90090 MD900** CONFIGURABLE PAGE ....................................172 2.342 Page:93000 MD9000** SCENARIO - FREE TAGS ...............................172


Neptune CHS LNG-M Variable List 1

1 DIRECTORY LIST

Page:10100 TANK SUMMARY Page:10400 HULL CALCULATIONS Page:11000 SHORE TANKS Page:11500 SHIP/SHORE CONNECTIONS Page:12000 MANIFOLD Page:12020 DECK LINES Page:13000 TANK PROTECTION SYSTEM Page:20100 CARGO TANK 1 Page:20200 CARGO TANK 2 Page:20300 CARGO TANK 3 Page:20400 CARGO TANK 4 Page:22100 COFFERDAM 1 Page:22200 COFFERDAM 2 Page:22300 COFFERDAM 3 Page:22400 COFFERDAM 4 Page:22500 COFFERDAM 5 Page:24000 BARRIER PRESS CONTROL Page:30000 COMPRESSOR ROOM Page:30900 LOW DUTY SYSTEM Page:31900 HIGH DUTY SYSTEM Page:32900 VAPOURIZERS Page:33000 BVG - MANAGEMENT Page:34000 NITROGEN PLANT Page:35000 INERT GAS PLANT Page:40000 BALLAST SYSTEM Page:40001 BALLAST TANKS Page:40100 BALLAST PUMP ROOM Page:50000 H/D & SPRAY CONTROL PANEL Page:50100 CARGO CONTROL PANEL 1 Page:50200 CARGO CONTROL PANEL 2 Page:50300 CARGO CONTROL PANEL 3 Page:50400 CARGO CONTROL PANEL 4 Page:50700 FIXED GAS DETECTION Page:54000 EMERGENCY SHUTDOWN Page:60000 LOAD CALCULATOR Page:60400 LOAD CALC.: HULL CALCULATIONS Page:61000 DAMAGE STABILITY Page:80000 GAS SAMPLING POINTS Page:90000 SIMULATOR CONTROL Page:93000 SCENARIO - FREE TAGS


2 Neptune CHS LNG-M Variable List

2 VARIABLE LIST PAGES 2.1 Page:10100 MD101** CARGO TANKS

A: M20131 tonn CT 1 Liquid Mass B: M20231 tonn CT 2 Liquid Mass C: M20331 tonn CT 3 Liquid Mass D: M20431 tonn CT 4 Liquid Mass E: F: V20130 % L=--- H=97.0 CT 1 Volume % Liquid G: V20230 % L=--- H=97.0 CT 2 Volume % Liquid H: V20330 % L=--- H=97.0 CT 3 Volume % Liquid I: V20430 % L=--- H=97.0 CT 4 Volume % Liquid J: K: M10391 tonn Total Cargo Mass L: M: N: O: P: Q: R: S: T: 2.2 Page:10190 MD101** CONFIGURABLE PAGE

A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.3 Page:10200 MD101** BALLAST TANKS (1 of 3)

A: M40000 tonn WBFPT Tank Mass B: M40001 tonn WBDC Tank Mass C: M40109 tonn WBAPT Tank Mass D: E: M40011 tonn WBDP Tank Mass F: M40012 tonn WB1P Tank Mass G: M40013 tonn WB2P Tank Mass H: M40014 tonn WB3P Tank Mass I: M40015 tonn WB4P Tank Mass J: M40016 tonn WBERP Tank Mass K: L: M40021 tonn WBDS Tank Mass M: M40022 tonn WB1S Tank Mass N: M40023 tonn WB2S Tank Mass O: M40024 tonn WB3S Tank Mass P: M40025 tonn WB4S Tank Mass Q: M40026 tonn WBERS Tank Mass R: S: T: 2.4 Page:10201 MD101** BALLAST TANKS (2 of 3)

A: V40050 % WBFPT Volume (Capacity 1355.9 m3) B: V40051 % WBDC Volume (Capacity 1748.6 m3) C: V40159 % WBAPT Volume (Capacity 1145.8 m3) D: E: V40061 % WBDP Volume (Capacity 1581.8 m3) F: V40062 % WB1P Volume (Capacity 5877.8 m3) G: V40063 % WB2P Volume (Capacity 6145.9 m3) H: V40064 % WB3P Volume (Capacity 6262.4 m3) I: V40065 % WB4P Volume (Capacity 5233.1 m3) J: V40066 % WBERP Volume (Capacity 1025.8 m3) K: L: V40071 % WBDS Volume (Capacity 1581.8 m3) M: V40072 % WB1S Volume (Capacity 5877.8 m3) N: V40073 % WB2S Volume (Capacity 6145.9 m3) O: V40074 % WB3S Volume (Capacity 6262.4 m3) P: V40075 % WB4S Volume (Capacity 5233.1 m3) Q: V40076 % WBERS Volume (Capacity 1025.8 m3) R: S: T:



2.5 Page:10202 MD101** BALLAST TANKS (3 of 3)

A: D40050 kg/m3 WBFPT Liquid Density (at 15 degC) B: D40051 kg/m3 WBDC Liquid Density (at 15 degC) C: D40159 kg/m3 WBAPT Liquid Density (at 15 degC) D: E: D40061 kg/m3 WBDP Liquid Density (at 15 degC) F: D40062 kg/m3 WB1P Liquid Density (at 15 degC) G: D40063 kg/m3 WB2P Liquid Density (at 15 degC) H: D40064 kg/m3 WB3P Liquid Density (at 15 degC) I: D40065 kg/m3 WB4P Liquid Density (at 15 degC) J: D40066 kg/m3 WBERP Liquid Density (at 15 degC) K: L: D40071 kg/m3 WBDS Liquid Density (at 15 degC) M: D40072 kg/m3 WB1S Liquid Density (at 15 degC) N: D40073 kg/m3 WB2S Liquid Density (at 15 degC) O: D40074 kg/m3 WB3S Liquid Density (at 15 degC) P: D40075 kg/m3 WB4S Liquid Density (at 15 degC) Q: D40076 kg/m3 WBERS Liquid Density (at 15 degC) R: S: T: 2.6 Page:10290 MD102** CONFIGURABLE PAGE




2.7 Page:10300 MD103** CONSUMABLES VOLUMES

A: V10320 % FO DP C Volume (Cap. 1783.4 m3) B: V10321 % FO P Volume (Cap. 828.4 m3) C: V10322 % FO S Volume (Cap. 297.7 m3) D: V10323 % LOW SULPHUR S Volume (Cap. 529.9 m3) E: V10324 % FO SETT P Volume (Cap. 278.0 m3) F: V10325 % FO SETT S Volume (Cap. 222.4 m3) G: V10326 % DO STOR P Volume (Cap. 307.0 m3) H: V10327 % DO SERV P Volume (Cap. 12.6 m3) I: V10328 % DO STOR/IGG Volume (Cap. 107.5 m3) J: K: L: M: N: O: P: Q: R: S: T: 2.8 Page:10301 MD103** CONSUMABLES VOLUMES

A: V10329 % M.LO GRAV S Volume (Cap. 33.6 m3) B: V10330 % M.LO SETT S Volume (Cap. 51.3 m3) C: V10331 % M.LO STOR 1 S Volume (Cap. 41.2 m3) D: V10332 % M.LO STOR 2 S Volume (Cap. 41.2 m3) E: V10333 % D/G LO STOR S Volume (Cap. 9.5 m3) F: V10334 % D/G LO SETT S Volume (Cap. 7.7 m3) G: V10335 % T/G LO SETT S Volume (Cap. 7.7 m3) H: V10336 % M.LO SUMP C Volume (Cap. 67.0 m3) I: V10337 % BILGE HOLD C Volume (Cap. 110.8 m3) J: V10338 % FO OVERF.C Volume (Cap. 64.4 m3) K: V10339 % S/T CW C Volume (Cap. 48.3 m3) L: V10340 % OILY BILGE C Volume (Cap. 31.9 m3) M: V10341 % FO DRAIN S Volume (Cap. 3.1 m3) N: V10342 % LO SLUDGE S Volume (Cap. 4.2 m3) O: P: Q: R: S: T:



2.9 Page:10302 MD103** CONSUMABLES VOLUMES

A: V10343 % DIST W P Volume (Cap. 222.7 m3) B: V10344 % DIST W S Volume (Cap. 222.7 m3) C: V10345 % FW P Volume (Cap. 145.3 m3) D: V10346 % FW S Volume (Cap. 145.3 m3) E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.10 Page:10303 MD103** CONSUMABLES MASSES

A: M10320 tonn FO DP C Mass B: M10321 tonn FO P Mass C: M10322 tonn FO S Mass D: E: M10324 tonn FO SETT P Mass F: M10325 tonn FO SETT S Mass G: M10338 tonn FO OVERF.C Mass H: M10341 tonn FO DRAIN S Mass I: J: M10326 tonn DO STOR P Mass K: M10327 tonn DO SERV P Mass L: M10328 tonn DO STOR/IGG Mass M: N: M10323 tonn LOW SULPHUR S Mass O: P: Q: R: S: T:



2.11 Page:10304 MD103** CONSUMABLES MASSES

A: M10329 tonn M.LO GRAV S Mass B: M10330 tonn M.LO SETT S Mass C: M10331 tonn M.LO STOR 1 S Mass D: M10332 tonn M.LO STOR 2 S Mass E: M10336 tonn M.LO SUMP C Mass F: G: M10333 tonn D/G LO STOR S Mass H: M10334 tonn D/G LO SETT S Mass I: M10335 tonn T/G LO SETT S Mass J: K: L: M: N: O: P: Q: R: S: T: 2.12 Page:10305 MD103** CONSUMABLES MASSES

A: M10343 tonn DIST W P Mass B: M10344 tonn DIST W S Mass C: M10345 tonn FW P Mass D: M10346 tonn FW S Mass E: F: M10337 tonn BILGE HOLD C Mass G: M10339 tonn S/T CW C Mass H: M10340 tonn OILY BILGE C Mass I: M10342 tonn LO SLUDGE S Mass J: K: M10347 tonn STORES FWD Mass L: M10348 tonn STORES MID Mass M: M10349 tonn STORES AFT Mass N: O: P: Q: R: S: T:



2.13 Page:10306 MD103** TANK MASS TOTALS

A: M10391 tonn Total Cargo Mass B: M10392 tonn Total Ballast Mass C: M10393 tonn Total HFO Mass D: M10394 tonn Total D.O Mass E: M10395 tonn Total FW Mass F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.14 Page:10390 MD103** CONFIGURABLE PAGE




2.15 Page:10400 MD104** HULL DRAFT AND STABILITY

A: L10011 m Draft Aft B: L10012 m Draft Fwd C: L10015 m Draft Stbd Midship D: L10016 m Draft Port Midship E: F: L10013 m Hull Trim G: X10013 deg Hull Trim Angle H: L10014 m Hull Heel I: X10014 deg Hull Heel Angle J: K: L10075 m Metacentric Height L: L10076 m Free Surface (reduction) M: E10076 mrad Dynamic Stability (area 0-30 dgr) N: E10077 mrad Dynamic Stability (area 0-40 dgr) O: P: M10066 % Deadweight (relative) Q: M10065 tonn Deadweight R: M10067 tonn Displacement S: T: M10391 tonn Total Cargo Mass 2.16 Page:10401 MD104** HULL SHEAR FORCES

A: P10401 ktonn Shear Force (Frame 71) B: P10402 ktonn Shear Force (Frame 87) C: P10403 ktonn Shear Force (Frame 105) D: P10404 ktonn Shear Force (Frame 123) E: P10405 ktonn Shear Force (Frame 137) F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.17 Page:10402 MD104** HULL SHEAR FORCES (%)

A: X10401 % L=-100.0 H=100.0 Shear Force (Frame 71) B: X10402 % L=-100.0 H=100.0 Shear Force (Frame 87) C: X10403 % L=-100.0 H=100.0 Shear Force (Frame 105) D: X10404 % L=-100.0 H=100.0 Shear Force (Frame 123) E: X10405 % L=-100.0 H=100.0 Shear Force (Frame 137) F: G: C10400 <0-1> Select harbour/open sea (Sh.F) H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.18 Page:10490 MD104** CONFIGURABLE PAGE




2.19 Page:10500 MD105** HULL BENDING MOMENTS

A: Q10501 ktonnm Bending Moment (Frame 71) B: Q10502 ktonnm Bending Moment (Frame 87) C: Q10503 ktonnm Bending Moment (Frame 105) D: Q10504 ktonnm Bending Moment (Frame 123) E: Q10505 ktonnm Bending Moment (Frame 137) F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.20 Page:10501 MD105** HULL BENDING

MOMENTS (%)

A: X10501 % L=-100.0 H=100.0 Bending Moment (Frame 71) B: X10502 % L=-100.0 H=100.0 Bending Moment (Frame 87) C: X10503 % L=-100.0 H=100.0 Bending Moment (Frame 105) D: X10504 % L=-100.0 H=100.0 Bending Moment (Frame 123) E: X10505 % L=-100.0 H=100.0 Bending Moment (Frame 137) F: G: C10500 <0-1> Select harbour/open sea (B.M) H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.21 Page:10600 MD106** HULL DEFLECTIONS

A: L10601 m Hull Deflection (Frame 71) B: L10602 m Hull Deflection (Frame 87) C: L10603 m Hull Deflection (Frame 105) D: L10604 m Hull Deflection (Frame 123) E: L10605 m Hull Deflection (Frame 137) F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.22 Page:10690 MD105** CONFIGURABLE PAGE




2.23 Page:10700 MD107** HULL STABILITY

A: L10721 m Righting Lever ( 5 deg) B: L10722 m Righting Lever (10 deg) C: L10723 m Righting Lever (15 deg) D: L10724 m Righting Lever (20 deg) E: L10725 m Righting Lever (25 deg) F: L10726 m Righting Lever (30 deg) G: L10727 m Righting Lever (35 deg) H: L10728 m Righting Lever (40 deg) I: L10729 m Righting Lever (50 deg) J: L10730 m Righting Lever (60 deg) K: L: M: N: O: P: Q: R: S: T: 2.24 Page:10790 MD107** CONFIGURABLE PAGE




2.25 Page:11000 MD110** SHORE TANK 1

A: T11000 degC Shore Tank 1 Liquid Temperature B: P11000 barg Shore Tank 1 Liquid Pressure C: X11001 <n.xx> Shore Tank 1 Cargo ID no ref Varpg 90100 D: E: R11000 <0-1> Shore Tank 1 Liquid Cargo Pmp F: X11000 <0-1> Shore Tank 1 Liquid Cargo Pmp Start/Stop G: X11002 m3/h Shore Tank 1 Req. Liquid Filling Rate H: I: V11000 % Shore Tank 1 Liquid Load Vlv J: V11001 % Shore Tank 1 Liquid Discharge Vlv K: L: V11002 % Shore Tank 1 Liquid Line 1 Vlv M: V11003 % Shore Tank 1 Liquid Line 2 Vlv N: O: P11001 barg Shore Tank 1 Vapour Pressure P: T11001 degC Shore Tank 1 Vapour Temperature Q: V11004 % Shore Tank 1 Vapour Line 1 Vlv R: V11005 % Shore Tank 1 Vapour Line 2 Vlv S: V11009 <0-1> Shore Tank 1 Flare Line Valve T: F11009 <0-1> Shore Tank 1 Flare Line Flange 2.26 Page:11001 MD110** SHORE TANK 2

A: T11010 degC Shore Tank 2 Liquid Temperature B: P11010 barg Shore Tank 2 Liquid Pressure C: X11011 <n.xx> Shore Tank 2 Cargo ID no ref Varpg 90100 D: E: R11010 <0-1> Shore Tank 2 Liquid Cargo Pmp F: X11010 <0-1> Shore Tank 2 Liquid Cargo Pmp Start/Stop G: X11012 m3/h Shore Tank 2 Req. Liquid Filling Rate H: I: V11010 % Shore Tank 2 Liquid Load Vlv J: V11011 % Shore Tank 2 Liquid Discharge Vlv K: L: V11012 % Shore Tank 2 Liquid Line 1 Vlv M: V11013 % Shore Tank 2 Liquid Line 2 Vlv N: O: P11011 barg Shore Tank 2 Vapour Pressure P: T11011 degC Shore Tank 2 Vapour Temperature Q: V11014 % Shore Tank 2 Vapour Line 1 Vlv R: V11015 % Shore Tank 2 Vapour Line 2 Vlv S: V11019 <0-1> Shore Tank 2 Flare Line Valve T: F11019 <0-1> Shore Tank 2 Flare Line Flange



2.27 Page:11002 MD110** SHORE LINES

A: P11002 barg Shore Line 1 Pressure B: T11002 degC Shore Line 1 Temperature C: G11002 m3/h Shore Line 1 Flow D: E: P11003 barg Shore Vapour Line 1 Pressure F: T11003 degC Shore Vapour Line 1 Temperat G: G11003 sm3/h Shore Vapour Line 1 Flow H: I: P11013 barg Shore Vapour Line 2 Pressure J: T11013 degC Shore Vapour Line 2 Temperat K: G11013 sm3/h Shore Vapour Line 2 Flow L: M: P11012 barg Shore Line 2 Pressure N: T11012 degC Shore Line 2 Temperature O: G11012 m3/h Shore Line 2 Flow P: Q: G11001 m3/h Total Liquid Loading Rate into tanks R: S: T: 2.28 Page:11003 MD110** NITROGEN TANK

A: P11080 barg Nitrogen Tank Pressure B: T11080 degC Nitrogen Tank Temperature C: D: V11080 % Main Nitrogen Supply Vlv E: F: V11081 % Liquid Line 1 Nitrogen Supply Vlv G: V11091 % Liquid Line 2 Nitrogen Supply Vlv H: I: V11082 % Vapour Line 1 Nitrogen Supply Vlv J: V11092 % Vapour Line 2 Nitrogen Supply Vlv K: L: M: N: O: P: Q: R: S: T:



2.29 Page:11090 MD110** CONFIGURABLE PAGE

A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.30 Page:11500 MD110** SHORE - FLOWS AND

PRESSURES

A: G10051 m3/h Shore line 1 Loading Rate B: G10052 m3/h Shore line 2 Loading Rate C: G10053 m3/h Shore line 3 Loading Rate D: G10054 m3/h Shore line 4 Loading Rate E: G10055 m3/h Shore line 5 Loading Rate F: G10056 m3/h Shore ballast line Flow G: H: P10051 barg Shore line 1 Pressure I: P10052 barg Shore line 2 Pressure J: P10053 barg Shore line 3 Pressure K: P10054 barg Shore line 4 Pressure L: P10055 barg Shore line 5 Pressure M: N: O: P: Q: R: S: T:



2.31 Page:11501 MD110** MANIFOLD - FLOWS

A: G10011 m3/h Liq. Manif. 1P Flange to shore Flow B: G10021 m3/h Liq. Manif. 2P Flange to shore Flow C: G10071 m3/h Vap. Manif. P Flange to shore Flow D: G10031 m3/h Liq. Manif. 3P Flange to shore Flow E: G10041 m3/h Liq. Manif. 4P Flange to shore Flow F: G: G10012 m3/h Liq. Manif. 1S Flange to shore Flow H: G10022 m3/h Liq. Manif. 2S Flange to shore Flow I: G10072 m3/h Vap. Manif. 1 Flange to shore Flow J: G10032 m3/h Liq. Manif. 3S Flange to shore Flow K: G10042 m3/h Liq. Manif. 4S Flange to shore Flow L: M: G10091 m3/h Ballast Manif line Port Flow N: G10092 m3/h Ballast Manif line Stbd Flow O: P: Q: R: S: T: 2.32 Page:11502 MD110** SHORE - VALVES AND

FLANGES

A: V10051 <0-1> Shore line 1 Manifold Valve B: V10052 <0-1> Shore line 2 Manifold Valve C: V10053 <0-1> Shore line 3 Manifold Valve D: V10054 <0-1> Shore line 4 Manifold Valve E: V10056 <0-1> Shore ballast line Valve F: G: V10061 <0-1> Shore line 1 Vent Valve H: V10062 <0-1> Shore line 2 Vent Valve I: V10063 <0-1> Shore line 3 Vent Valve J: V10064 <0-1> Shore line 4 Vent Valve K: V10065 <0-1> Shore line 5 Vent Valve L: M: N: O: P: Q: R: S: T:



2.33 Page:11503 MD110** MANIFOLD - VALVES AND FLANGES (1 of 2)

A: V12011 <0-1> Liq. Manif. 1P ESD Vlv VL-11 B: F12011 <0-2> Liq. Manif. 1P Flange to shore C: V12021 <0-1> Liq. Manif. 2P ESD Vlv VL-21 D: F12021 <0-2> Liq. Manif. 2P Flange to shore E: V12031 <0-1> Liq. Manif. 3P ESD Vlv VL-31 F: F12031 <0-2> Liq. Manif. 3P Flange to shore G: V12041 <0-1> Liq. Manif. 4P ESD Vlv VL-41 H: F12041 <0-2> Liq. Manif. 4P Flange to shore I: J: V12071 <0-1> Vapour Manif. P ESD Vlv VG-71 K: F12071 <0-2> Vapour Manif. P Flange to shore L: M: N: O: P: Q: R: S: T: 2.34 Page:11504 MD110** MANIFOLD - VALVES

AND FLANGES (2 of 2)

A: V12012 <0-1> Liq. Manif. 1S ESD Vlv VL-12 B: F12012 <0-2> Liq. Manif. 1S Flange to shore C: V12022 <0-1> Liq. Manif. 2S ESD Vlv VL-22 D: F12022 <0-2> Liq. Manif. 2S Flange to shore E: V12032 <0-1> Liq. Manif. 3S ESD Vlv VL-32 F: F12032 <0-2> Liq. Manif. 3S Flange to shore G: V12042 <0-1> Liq. Manif. 4S ESD Vlv VL-42 H: F12042 <0-2> Liq. Manif. 4S Flange to shore I: J: V12072 <0-1> Vapour Manif. S ESD Vlv VG-72 K: F12072 <0-2> Vapour Manif. S Flange to shore L: M: V12091 <0-1> Ballast Manif line Port Valve N: F12091 <0-2> Ballast Manif line Port Flange O: V12092 <0-1> Ballast Manif line Stbd Valve P: F12092 <0-2> Ballast Manif line Stbd Flange Q: R: S: T:



2.35 Page:11505 MD110** MANIFOLD SPRAY SYSTEM

A: X12090 m3/h Water blanket at Manifold Port B: X12094 m3/h Water blanket at Manifold Stbd C: D: V12090 <0-1> Deck Spraying Valve at Manifold Port E: V12094 <0-1> Deck Spraying Valve at Manifold Stbd F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.36 Page:11506 MD110** LOADING ARMS

A: C10051 <-2-7> Loading arm 1 connected B: C10052 <-2-7> Loading arm 2 connected C: C10053 <-2-7> Loading arm 3 connected D: C10054 <-2-7> Loading arm 4 connected E: C10055 <-2-7> Loading arm 5 connected F: C10056 <-2-7> Loading arm connected to Ball G: H: I: J: K: L: M: N: O: P: Q: R: S: T:




A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.38 Page:12000 MD120** MANIFOLD - LIQUID

PORT

A: V12011 <0-1> Liq. Manif. 1P ESD Vlv VL-11 B: V12013 % Liq. Manif. 1P Double Shut Vlv VL-13 C: F12011 <0-2> Liq. Manif. 1P Flange to shore D: V12017 % Liq. Manif. 1P Bleed Shut Off V. VL-17 E: F12017 <0-2> Liq. Manif. 1P Bleed Line Flange F: V12021 <0-1> Liq. Manif. 2P ESD Vlv VL-21 G: V12023 % Liq. Manif. 2P Double Shut Vlv VL-23 H: F12021 <0-2> Liq. Manif. 2P Flange to shore I: V12027 % Liq. Manif. 2P Bleed Shut Off V. VL-27 J: F12027 <0-2> Liq. Manif. 2P Bleed Line Flange K: V12031 <0-1> Liq. Manif. 3P ESD Vlv VL-31 L: V12033 % Liq. Manif. 3P Double Shut Vlv VL-33 M: F12031 <0-2> Liq. Manif. 3P Flange to shore N: V12037 % Liq. Manif. 3P Bleed Shut Off V. VL-37 O: F12037 <0-2> Liq. Manif. 3P Bleed Line Flange P: V12041 <0-1> Liq. Manif. 4P ESD Vlv VL-41 Q: V12043 % Liq. Manif. 4P Double Shut Vlv VL-43 R: F12041 <0-2> Liq. Manif. 4P Flange to shore S: V12047 % Liq. Manif. 4P Bleed Shut Off V. VL-47 T: F12047 <0-2> Liq. Manif. 4P Bleed Line Flange



2.39 Page:12001 MD120** MANIFOLD - LIQUID STBD

A: V12012 <0-1> Liq. Manif. 1S ESD Vlv VL-12 B: V12014 % Liq. Manif. 1S Double Shut Vlv VL-14 C: F12012 <0-2> Liq. Manif. 1S Flange to shore D: V12018 % Liq. Manif. 1S Bleed Shut Off V. VL-18 E: F12018 <0-2> Liq. Manif. 1S Bleed Line Flange F: V12022 <0-1> Liq. Manif. 2S ESD Vlv VL-22 G: V12024 % Liq. Manif. 2S Double Shut Vlv VL-24 H: F12022 <0-2> Liq. Manif. 2S Flange to shore I: V12028 % Liq. Manif. 2S Bleed Shut Off V. VL-28 J: F12028 <0-2> Liq. Manif. 2S Bleed Line Flange K: V12032 <0-1> Liq. Manif. 3S ESD Vlv VL-32 L: V12034 % Liq. Manif. 3S Double Shut Vlv VL-34 M: F12032 <0-2> Liq. Manif. 3S Flange to shore N: V12038 % Liq. Manif. 3S Bleed Shut Off V. VL-38 O: F12038 <0-2> Liq. Manif. 3S Bleed Line Flange P: V12042 <0-1> Liq. Manif. 4S ESD Vlv VL-42 Q: V12044 % Liq. Manif. 4S Double Shut Vlv VL-44 R: F12042 <0-2> Liq. Manif. 4S Flange to shore S: V12048 % Liq. Manif. 4S Bleed Shut Off V. VL-48 T: F12048 <0-2> Liq. Manif. 4S Bleed Line Flange 2.40 Page:12002 MD120** MANIFOLD - VAPOUR

A: V12071 <0-1> Vapour Manif. P ESD Vlv VG-71 B: F12071 <0-2> Vapour Manif. P Flange to shore C: V12077 % Vapour Manif. P Purge Vlv VG-77 D: V12073 % Vapour Manif. P Bleed Shut Off V. VG-73 E: F12073 <0-2> Vapour Manif. P Bleed Line Flange F: G: V12072 <0-1> Vapour Manif. S ESD Vlv VG-72 H: F12072 <0-2> Vapour Manif. S Flange to shore I: V12078 % Vapour Manif. S Purge Vlv VG-78 J: V12074 % Vapour Manif. S Bleed Shut Off V. VG-74 K: F12074 <0-2> Vapour Manif. S Bleed Line Flange L: M: V12079 % Vapour Crossover Block Vlv VG-79 N: P12079 kPag Vapour Crossover Pressure O: P12070 kPag Press Buildup Line Pressure P: Q: R: S: T:



2.41 Page:12003 MD120** MANIFOLD - NITROGEN BLEED LINE

A: V12015 % Nitrogen General Service Port 1 Liquid B: V12025 % Nitrogen General Service Port 2 Liquid C: D: V12075 % Nitrogen General Service Port Vapour E: F: V12035 % Nitrogen General Service Port 3 Liquid G: V12045 % Nitrogen General Service Port 4 Liquid H: I: V12016 % Nitrogen General Service Stbd 1 Liquid J: V12026 % Nitrogen General Service Stbd 2 Liquid K: L: V12076 % Nitrogen General Service Stbd Vapour M: N: V12036 % Nitrogen General Service Stbd 3 Liquid O: V12046 % Nitrogen General Service Stbd 4 Liquid P: Q: R: S: T: 2.42 Page:12004 MD120** MANIFOLD - FLOWS

A: G12011 m3/h Manif. 1P Liq. Flow B: G12021 m3/h Manif. 2P Liq. Flow C: G12031 m3/h Manif. 3P Liq. Flow D: G12041 m3/h Manif. 4P Liq. Flow E: F: G12012 m3/h Manif. 1S Liq. Flow G: G12022 m3/h Manif. 2S Liq. Flow H: G12032 m3/h Manif. 3S Liq. Flow I: G12042 m3/h Manif. 4S Liq. Flow J: K: G12071 sm3/h Manif. Port Vapour flow L: G12072 sm3/h Manif. Stbd Vapour flow M: N: O: P: Q: R: S: T:



2.43 Page:12010 MD120** MANIFOLD - LIQUID AREA

A: V12056 % LNG Vaporiser Supply Vlv VS-56 B: C: V12061 % Liquid Manifold Cooldown Vlv 1P VS-61 D: V12062 % Liquid Manifold Cooldown Vlv 1S VS-62 E: V12063 % Liquid Manifold Cooldown Vlv 2P VS-63 F: V12064 % Liquid Manifold Cooldown Vlv 2S VS-64 G: V12065 % Liquid Manifold Cooldown Vlv 3P VS-65 H: V12066 % Liquid Manifold Cooldown Vlv 3S VS-66 I: V12067 % Liquid Manifold Cooldown Vlv 4P VS-67 J: V12068 % Liquid Manifold Cooldown Vlv 4S VS-68 K: V12051 % Liquid Crossover Cooldown Vlv FWD VS-51 L: V12052 % Liquid Crossover Cooldown Vlv AFT VS-52 M: V12081 <0-1> Liquid Manif. ESD bypass Vlv 1P N: V12082 <0-1> Liquid Manif. ESD bypass Vlv 1S O: V12083 <0-1> Liquid Manif. ESD bypass Vlv 2P P: V12084 <0-1> Liquid Manif. ESD bypass Vlv 2S Q: V12085 <0-1> Liquid Manif. ESD bypass Vlv 3P R: V12086 <0-1> Liquid Manif. ESD bypass Vlv 3S S: V12087 <0-1> Liquid Manif. ESD bypass Vlv 4P T: V12088 <0-1> Liquid Manif. ESD bypass Vlv 4S 2.44 Page:12020 MD120** DECK LINES - VALVES

A: V12054 <0-1> Forcing Vaporiser Supply Vlv VS-754 B: V12053 % Spray Header Isolation Vlv VS-753 C: V12055 % Spray Header Isolation Vlv VS-755 D: V12050 % Spray Crossover Isolation Vlv VS-750 E: V12752 % Spray Header Isolation Vlv VS-752 F: V12751 % Spray Header Isolation Vlv VS-751 G: Z12001 % Nitrogen Bleed Line - Ctrl vlv Setp H: V12001 % Nitrogen Bleed Line - Ctrl vlv I: V12003 <0-1> Inerting/Aerating Non Return Vlv VI-603 J: V12002 % Hold Gas Free Isolation Vlv VI-602 K: V12000 % Liq.hd.to No.1 Vent Mast Conn Vlv VL-700 L: V12702 % Vapour/Inert Gas to Liq.Head. Vlv VL-702 M: V12771 % Vapour Header Vent Conrol Vlv VG-771 N: V12772 <0-1> Vapour Header Vent Shut Off Vlv O: V12773 % Vapour/Liq Conn to Press B.Up Vlv VG-773 P: V12770 % Press B.Up to Vent/Liquid Con Vlv VG-770 Q: V12008 % Nitrogen Bleed Line Shut Off Vlv R: S: T:



2.45 Page:12021 MD120** DECK LINES - FLANGES

A: F12000 <0-2> Vapour Line - Liquid Line Flange B: F12002 <0-1> Liquid Line - Vapour Line Flange C: F12003 <0-1> Nitrogen Bleed Line - Liquid Line Flange D: F12001 <0-1> Hold Gas Free Line - Liquid Line Flange E: F12070 <0-2> Pressure Build Up Line - Vapour Flange F: F12008 <0-1> Nitrogen Bleed Line Flange G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.46 Page:12090 MD120** CONFIGURABLE PAGE




2.47 Page:13000 MD130** PRESSURE ALARMS AND SAFETY

A: P20130 kPa L=1.0 H=23.0 CT 1 Vapour Pressure B: P20230 kPa L=1.0 H=23.0 CT 2 Vapour Pressure C: P20330 kPa L=1.0 H=23.0 CT 3 Vapour Pressure D: P20430 kPa L=1.0 H=23.0 CT 4 Vapour Pressure E: F: P31900 kPa Vapour Header Pressure G: H: C12090 <0-1> L=--- H=1.0 Excess Natural Boil-Off Gas Signal I: X12016 <0-1> L=--- H=1.0 Automatic Vent (OFF/ON 0/1) J: K: P13001 kPa Vent control valve opening limit L: P13002 kPa Vent control valve closing limit M: N: O: P: Q: R: S: T: 2.48 Page:13090 MD130** CONFIGURABLE PAGE




2.49 Page:20100 MD201** CARGO TANK 1 - MAIN VARIABLES

A: V20130 % L=--- H=97.0 CT 1 Volume % Liquid B: V20131 m3 CT 1 Total Liquid Volume C: L20130 m CT 1 Sounding (CTS) D: E: P20130 kPa L=1.0 H=23.0 CT 1 Vapour Pressure F: T20130 degC CT 1 Vapour Temperature (avg) G: M20130 kg CT 1 Vapour Mass H: I: T20131 degC CT 1 Liquid Temperature (bot) J: M20131 tonn CT 1 Liquid Mass K: M20132 tonn CT 1 Total Mass L: M: X20110 %mol L=--- H=9.0 CT 1 Oxygen Content (Top) N: X20112 %mol CT 1 Methane Content (Top) O: P: C20100 1.xx CT 1 Cargo def, Methane with xx % Ethane Q: R: S: T: 2.50 Page:20101 MD201** CARGO TANK 1 - CARGO

VALVES

A: V20101 % CT 1 Port Pump Discharge Vlv VL-101 B: Z20101 % CT 1 Port Pump Disch Vlv Man Setp VL-101 C: D: V20102 % CT 1 Stbd Pump Discharge Vlv VL-102 E: Z20102 % CT 1 Stbd Pump Disch Vlv Man Setp VL-102 F: G: V20100 % CT 1 Liquid Filling Vlv VL-100 H: Z20100 % CT 1 Liquid Filling Vlv Man Setp VL-100 I: J: V20110 % CT 1 Liquid Isolation Vlv VL-110 K: Z20110 % CT 1 Liquid Isolation Vlv ManSetp VL-110 L: M: V20170 % CT 1 Vapour Vlv VG-170 N: O: X20104 <0-1> L=--- H=1.0 CT 1 Disch Seq Valve Pos Feedback Alarm P: Q: R: S: T:



2.51 Page:20102 MD201** CARGO TANK 1 - SPRAY VALVES

A: V20156 % CT 1 Spray By-pass Vlv VS-156 B: C: V20150 % CT 1 Spray Pump Discharge Vlv VS-150 D: Z20150 % CT 1 Spray Pump DischVlv Man Setp VS-150 E: F: V20151 <0-1> CT 1 Spray (lower) Vlv VS-151 G: H: V20152 <0-1> CT 1 Spray (upper) Vlv VS-152 I: J: V20154 % CT 1 Spray Return Vlv VS-154 K: Z20154 % CT 1 Spray Return Vlv Man Setp VL-154 L: M: V20155 % CT 1 Spray Isolation Vlv Position VS-155 N: Z20155 % CT 1 Spray Isolation Vlv Man Setp VS-155 O: P: Q: R: S: T: 2.52 Page:20103 MD201** CARGO TANK 1 - VALVES

A: V20182 % CT 1 Pressure B.Up Conn Vlv LV-102 B: V20157 % CT 1 LNG Eductor Drive conn Vlv VS-157 C: V20160 % CT 1 LNG Eductor Disch. conn Vlv VS-160 D: V20180 % CT 1 Nitrogen to Vent Mast Vlv TV-100 E: V20171 <0-1> CT 1 Relief Vlv 1 VG-171 F: V20172 <0-1> CT 1 Relief Vlv 2 VG-172 G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.53 Page:20104 MD201** CARGO TANK 1 - FLANGES

A: F20182 <0-2> CT 1 Pressure B.Up Conn Flange B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.54 Page:20105 MD201** CARGO TANK 1 - FLOWS

A: G20100 m3/h CT 1 Liquid Filling Flow B: G20101 m3/h CT 1 Port Pump Discharge Flow C: G20102 m3/h CT 1 Stbd Pump Discharge Flow D: G20103 m3/h CT 1 Spray By-pass Flow E: G20110 m3/h CT 1 Discharge Flow F: G20150 m3/h CT 1 Spray Inlet Flow G: G20151 m3/h CT 1 Spray (upper) Flow H: G20152 m3/h CT 1 Spray (middle) Flow I: G20153 m3/h CT 1 Spray (lower) Flow J: G20154 m3/h CT 1 Spray Return Flow K: G20155 m3/h CT 1 Spray Line Flow L: G20170 sm3/h CT 1 Vapour Flow M: G20171 sm3/h CT 1 Vapour Vent line flow N: O: P: Q: R: S: T:



2.55 Page:20106 MD201** CARGO TANK 1 - LEVELS/MASSES

A: L20130 m CT 1 Sounding (CTS) B: X20135 <0-1> CT 1 Sounding (CTS) ON/OFF C: L20131 m CT 1 Sounding (Floating Gauge) D: X20136 <0-2> CT 1 Sounding (Floating G) State E: L20132 m CT 1 Sounding (Even Keel) F: X20137 <0-1> CT 1 Sounding (CTS) Low Al. Inhib G: L20135 - L=--- H=1.0 CT 1 High Alarm (97 %Vol) H: L20136 - L=--- H=1.0 CT 1 HighHigh Alarm (99 %Vol) I: J: M20130 kg CT 1 Vapour Mass K: M20131 tonn CT 1 Liquid Mass L: M20132 tonn CT 1 Total Mass M: N: M20141 kg CT 1 Total Tank Atmosphere Mass O: M20142 kg CT 1 Total O2 in Tank Atmosphere P: M20143 kg CT 1 Total N2 in Tank Atmosphere Q: M20144 kg CT 1 Total CO2 in Tank Atmosphere R: M20145 kg CT 1 Total H2O in Tank Atmosphere S: T: X20151 [0-6] CT 1 Atm Reset OFF/AIR/DRY/IG/N2/HOT/CLD 2.56 Page:20107 MD201** CARGO TANK 1 - PORT

CARGO PUMP

A: R20101 <0-1> CT 1 Port Cargo Pump Run State B: X20101 <0-1> CT 1 Port Cargo Pump Start/Stop C: X20105 <0-1> L=--- H=1.0 CT 1 Port Cargo Pump Trip Status D: X20115 <0-1> CT 1 Port Cargo Pump Trip Reset E: F: P20101 kPa L=250.0 H=--- CT 1 Port Cargo Pump Disch Press G: H: I20101 A L=226.0 H=--- CT 1 Port Cargo Pump Loading LL I: I20111 A L=250.0 H=--- CT 1 Port Cargo Pump Loading L J: I20121 A L=--- H=490.0 CT 1 Port Cargo Pump Loading H K: I20131 A L=--- H=519.0 CT 1 Port Cargo Pump Loading HH L: M: N: O: P: Q: R: S: T:



2.57 Page:20108 MD201** CARGO TANK 1 - STBD CARGO PUMP

A: R20102 <0-1> CT 1 Stbd Cargo Pump Run State B: X20102 <0-1> CT 1 Stbd Cargo Pump Start/Stop C: X20106 <0-1> L=--- H=1.0 CT 1 Stbd Cargo Pump Trip Status D: X20116 <0-1> CT 1 Stbd Cargo Pump Trip Reset E: F: P20102 kPa L=250.0 H=--- CT 1 Stbd Cargo Pump Disch Press G: H: I20102 A L=226.0 H=--- CT 1 Stbd Cargo Pump Loading LL I: I20112 A L=250.0 H=--- CT 1 Stbd Cargo Pump Loading L J: I20122 A L=--- H=490.0 CT 1 Stbd Cargo Pump Loading H K: I20132 A L=--- H=519.0 CT 1 Stbd Cargo Pump Loading HH L: M: N: O: P: Q: R: S: T: 2.58 Page:20109 MD201** CARGO TANK 1 - SPRAY

PUMP

A: R20103 <0-1> CT 1 Spray Pump Run State B: X20103 <0-1> CT 1 Spray Pump Start/Stop C: X20107 <0-1> L=--- H=1.0 CT 1 Spray Pump Trip Status D: X20117 <0-1> CT 1 Spray Pump Trip Reset E: F: P20103 kPa L=250.0 H=--- CT 1 Spray Pump Disch Press G: P20104 kPa CT 1 Spray Header Pressure H: I: I20103 A L=15.0 H=--- CT 1 Spray Pump Loading LL J: I20113 A L=16.0 H=--- CT 1 Spray Pump Loading L K: I20123 A L=--- H=32.0 CT 1 Spray Pump Loading H L: I20133 A L=--- H=35.0 CT 1 Spray Pump Loading HH M: P20105 kPa CT 1 Spray Nozzle Pressure N: O: P: Q: R: S: T:



2.59 Page:20110 MD201** CARGO TANK 1 - TEMPERATURES

A: T20130 degC CT 1 Vapour Temperature (avg) B: T20131 degC CT 1 Liquid Temperature (bot) C: D: T20141 degC CT 1 Temperature at top of tank E: T20142 degC CT 1 Temperature at 75% of tank F: T20143 degC CT 1 Temperature at 50% of tank G: T20144 degC CT 1 Temperature at 25% of tank H: T20145 degC CT 1 Temperature at bot of tank I: J: T20146 degC CT 1 Wall Temp. Equator aft K: T20147 degC CT 1 Wall Temp. Equator port L: T20148 degC CT 1 Wall Temp. Equator stbd M: T20149 degC CT 1 Wall Temp. Equator fwd N: T20150 degC/h L=-20.0 H=--- CT 1 Temperature rate O: P: T20109 degC CT 1 Instructor setable liquid temp. Q: P20109 kPa CT 1 Saturated Vapour Pressure at T20109 R: S: T: 2.60 Page:20111 MD201** CARGO TANK 1 - GAS

SAMPLES

A: X20110 %mol L=--- H=9.0 CT 1 Oxygen Content (Top) B: X20111 %mol CT 1 CO2 Content (Top) C: X20112 %mol CT 1 Methane Content (Top) D: X20113 %LEL CT 1 Methane Content (Top) E: X20114 degC CT 1 Dewpoint (Top) F: X20120 %mol L=--- H=9.0 CT 1 Oxygen Content (2/3) G: X20121 %mol CT 1 CO2 Content (2/3) H: X20122 %mol CT 1 Methane Content (2/3) I: X20123 %LEL CT 1 Methane Content (2/3) J: X20124 degC CT 1 Dewpoint (2/3) K: X20130 %mol L=--- H=9.0 CT 1 Oxygen Content (1/3) L: X20131 %mol CT 1 CO2 Content (1/3) M: X20132 %mol CT 1 Methane Content (1/3) N: X20133 %LEL CT 1 Methane Content (1/3) O: X20134 degC CT 1 Dewpoint (1/3) P: X20140 %mol L=--- H=9.0 CT 1 Oxygen Content (Bot) Q: X20141 %mol CT 1 CO2 Content (Bot) R: X20142 %mol CT 1 Methane Content (Bot) S: X20143 %LEL CT 1 Methane Content (Bot) T: X20144 degC CT 1 Dewpoint (Bot)



2.61 Page:20120 MD201** CARGO TANK 1 - PORT CARGO PUMP CONTROL

A: X20160 <0-1> CT 1 Port CP Load Contr Mode B: I20161 A CT 1 Port CP Load Contr Input C: I20160 A CT 1 Port CP Load Contr Setpoint D: Z20160 % CT 1 Port CP Load Contr Output E: C20160 100%/A CT 1 Port CP Load Contr Gain F: C20161 sec CT 1 Port CP Load Contr Integr. Time G: C20162 sec CT 1 Port CP Load Contr Deriv. Time H: I: X20165 <0-3> CT 1 Port CP Speed Contr Auto J: N20166 RPM CT 1 Port CP Speed Contr Input K: N20165 RPM CT 1 Port CP Speed Contr Setpoint L: Z20165 % CT 1 Port CP Speed Contr Output M: C20165 %/RPM CT 1 Port CP Speed Contr Gain N: C20166 sec CT 1 Port CP Speed Contr Integr. Time O: C20167 sec CT 1 Port CP Speed Contr Deriv. Time P: Q: R: S: T: 2.62 Page:20121 MD201** CARGO TANK 1 - STBD

CARGO PUMP CONTROL

A: X20170 <0-1> CT 1 Stbd CP Load Contr Mode B: I20171 A CT 1 Stbd CP Load Contr Input C: I20170 A CT 1 Stbd CP Load Contr Setpoint D: Z20170 % CT 1 Stbd CP Load Contr Output E: C20170 100%/A CT 1 Stbd CP Load Contr Gain F: C20171 sec CT 1 Stbd CP Load Contr Integr. Time G: C20172 sec CT 1 Stbd CP Load Contr Deriv. Time H: I: X20175 <0-3> CT 1 Stbd CP Speed Contr Auto J: N20176 RPM CT 1 Stbd CP Speed Contr Input K: N20175 RPM CT 1 Stbd CP Speed Contr Setpoint L: Z20175 % CT 1 Stbd CP Speed Contr Output M: C20175 %/RPM CT 1 Stbd CP Speed Contr Gain N: C20176 sec CT 1 Stbd CP Speed Contr Integr. Time O: C20177 sec CT 1 Stbd CP Speed Contr Deriv. Time P: Q: R: S: T:



2.63 Page:20122 MD201** CARGO TANK 1 - SPRAY PUMP CONTROL

A: X20180 <0-1> CT 1 Spray Pump Load Contr Mode B: I20181 A CT 1 Spray Pump Load Contr Input C: I20180 A CT 1 Spray Pump Load Contr Setpoint D: Z20180 % CT 1 Spray Pump Load Contr Output E: C20180 %/kW CT 1 Spray Pump Load Contr Gain F: C20181 sec CT 1 Spray Pump Load Contr Integr. Time G: C20182 sec CT 1 Spray Pump Load Contr Deriv. Time H: I: X20185 <0-3> CT 1 Spray Pump Speed Contr Auto J: N20186 RPM CT 1 Spray Pump Speed Contr Input K: N20185 RPM CT 1 Spray Pump Speed Contr Setpoint L: Z20185 % CT 1 Spray Pump Speed Contr Output M: C20185 %/RPM CT 1 Spray Pump Speed Contr Gain N: C20186 sec CT 1 Spray Pump Speed Contr Integr. Time O: C20187 sec CT 1 Spray Pump Speed Contr Deriv. Time P: Q: R: S: T: 2.64 Page:20123 MD201** CARGO TANK 1 - SPRAY

HEADER PRES CONTROL

A: X20190 <0-1> CT 1 Spray Hdr Press Contr Mode B: P20191 kPa CT 1 Spray Hdr Press Contr Input C: P20190 kPa CT 1 Spray Hdr Press Contr Setpoint D: Z20190 % CT 1 Spray Hdr Press Contr Output E: C20190 %/MPa CT 1 Spray Hdr Press Contr Gain F: C20191 sec CT 1 Spray Hdr Press Contr Integr. Time G: C20192 sec CT 1 Spray Hdr Press Contr Deriv. Time H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.65 Page:20124 MD201** CARGO TANK 1 - EMERGENCY PUMP

A: R20104 <0-1> CT 1 Emergency Pump Run State B: X20194 <0-1> CT 1 Emergency Pump Start/Stop C: D: V20104 % CT 1 Emergency Pump Discharge Valve E: G20104 m3/h CT 1 Emergency Pump Discharge Flow F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.66 Page:20190 MD201** CONFIGURABLE PAGE






VALVES






A: G20200 m3/h CT 2 Liquid Filling Flow B: G20201 m3/h CT 2 Port Pump Discharge Flow C: G20202 m3/h CT 2 Stbd Pump Discharge Flow D: G20203 m3/h CT 2 Spray By-pass Flow E: G20210 m3/h CT 2 Discharge Flow F: G20250 m3/h CT 2 Spray Inlet Flow G: G20251 m3/h CT 2 Spray (upper) Flow H: G20252 m3/h CT 2 Spray (middle) Flow I: G20253 m3/h CT 2 Spray (lower) Flow J: G20254 m3/h CT 2 Spray Return Flow K: G20255 m3/h CT 2 Spray Line Flow L: G20270 sm3/h CT 2 Vapour Flow M: N: O: P: Q: R: S: T:





CARGO PUMP






PUMP






SAMPLES






CARGO PUMP CONTROL






HEADER PRES CONTROL






VALVES






A: G20300 m3/h CT 3 Liquid Filling Flow B: G20301 m3/h CT 3 Port Pump Discharge Flow C: G20302 m3/h CT 3 Stbd Pump Discharge Flow D: G20303 m3/h CT 3 Spray By-pass Flow E: G20310 m3/h CT 3 Discharge Flow F: G20350 m3/h CT 3 Spray Inlet Flow G: G20351 m3/h CT 3 Spray (upper) Flow H: G20352 m3/h CT 3 Spray (middle) Flow I: G20353 m3/h CT 3 Spray (lower) Flow J: G20354 m3/h CT 3 Spray Return Flow K: G20355 m3/h CT 3 Spray Line Flow L: G20370 sm3/h CT 3 Vapour Flow M: N: O: P: Q: R: S: T:





CARGO PUMP






PUMP






SAMPLES






CARGO PUMP CONTROL






HEADER PRES CONTROL






VALVES






A: G20400 m3/h CT 4 Liquid Filling Flow B: G20401 m3/h CT 4 Port Pump Discharge Flow C: G20402 m3/h CT 4 Stbd Pump Discharge Flow D: G20403 m3/h CT 4 Spray By-pass Flow E: G20410 m3/h CT 4 Discharge Flow F: G20450 m3/h CT 4 Spray Inlet Flow G: G20451 m3/h CT 4 Spray (upper) Flow H: G20452 m3/h CT 4 Spray (middle) Flow I: G20453 m3/h CT 4 Spray (lower) Flow J: G20454 m3/h CT 4 Spray Return Flow K: G20455 m3/h CT 4 Spray Line Flow L: G20470 sm3/h CT 4 Vapour Flow M: G20471 sm3/h CT 4 Vapour Vent line flow N: O: P: Q: R: S: T:





CARGO PUMP






PUMP






SAMPLES






CARGO PUMP CONTROL






HEADER PRES CONTROL




2.121 Page:22100 MD220** COFFERDAM 1 - MAIN VARIABLES

A: P22101 kPa L=-2.0 H=12.0 Cofferdam 1 Pressure B: P22102 kPa L=--- H=3.0 Cofferdam 1 Differential Pressure C: P22103 kPa L=--- H=4.0 Cofferdam 1 Diff Press Shutdown D: P22104 kPa L=--- H=5.0 Cofferdam 1 Diff Press Relief to atm E: T22100 degC L=1.0 H=--- Cofferdam 1 Temperature (avg) F: G: V22101 % Cofferdam 1 Inert Gas Supply Valve H: V22102 <0-1> Cofferdam 1 Gas supply to bottom I: V22103 <0-1> Cofferdam 1 Gas supply to top J: V22104 <0-1> Cofferdam 1 Gas release to atmosphere K: L: V22110 <0-1> Cofferdam 1 Tank Hatch M: N: V22190 <0-1> Cofferdam 1 Pressure Relief Valve O: P: G22102 sm3/h Cofferdam 1 Gas flow to tank bottom Q: G22103 sm3/h Cofferdam 1 Gas flow from tank top R: S: T: 2.122 Page:22101 MD220** COFFERDAM 1 -

HEATING

A: T22100 degC L=1.0 H=--- Cofferdam 1 Temperature (avg) B: C22100 <0-1> Cofferdam 1 Temp Controller Auto C: Z22100 degC Cofferdam 1 Temp Controller Setpoint D: X22100 % Cofferdam 1 Temp Controller Output E: C22101 %/% Cofferdam 1 Temp Controller Gain F: C22102 sec Cofferdam 1 Temp Controller Integr. Time G: C22103 sec Cofferdam 1 Temp Controller Deriv. Time H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.123 Page:22102 MD220** COFFERDAM 1 - GAS SAMPLES

A: X22110 %mol CD 1 Oxygen Content (Top) B: X22112 %mol CD 1 Methane Content (Top) C: X22113 %LEL CD 1 Methane Content (Top) D: X22114 degC CD 1 Dewpoint (Top) E: X22120 %mol CD 1 Oxygen Content (3/4) F: X22122 %mol CD 1 Methane Content (3/4) G: X22123 %LEL CD 1 Methane Content (3/4) H: X22124 degC CD 1 Dewpoint (3/4) I: X22130 %mol CD 1 Oxygen Content (Mid) J: X22132 %mol CD 1 Methane Content (Mid) K: X22133 %LEL CD 1 Methane Content (Mid) L: X22134 degC CD 1 Dewpoint (Mid) M: X22140 %mol CD 1 Oxygen Content (1/4) N: X22142 %mol CD 1 Methane Content (1/4) O: X22143 %LEL CD 1 Methane Content (1/4) P: X22144 degC CD 1 Dewpoint (1/4) Q: X22150 %mol CD 1 Oxygen Content (Bot) R: X22152 %mol CD 1 Methane Content (Bot) S: X22153 %LEL CD 1 Methane Content (Bot) T: X22154 degC CD 1 Dewpoint (Bot) 2.124 Page:22200 MD220** COFFERDAM 2 - MAIN

VARIABLES

A: P22201 kPa L=-2.0 H=12.0 Cofferdam 2 Pressure B: P22202 kPa L=--- H=3.0 Cofferdam 2 Differential Pressure C: P22203 kPa L=--- H=4.0 Cofferdam 2 Diff Press Shutdown D: P22204 kPa L=--- H=5.0 Cofferdam 2 Diff Press Relief to atm E: T22200 degC L=1.0 H=--- Cofferdam 2 Temperature (avg) F: G: V22201 % Cofferdam 2 Inert Gas Supply Valve H: V22202 <0-1> Cofferdam 2 Gas supply to bottom I: V22203 <0-1> Cofferdam 2 Gas supply to top J: V22204 <0-1> Cofferdam 2 Gas release to atmosphere K: L: V22210 <0-1> Cofferdam 2 Tank Hatch M: N: V22290 <0-1> Cofferdam 2 Pressure Relief Valve O: P: G22202 sm3/h Cofferdam 2 Gas flow to tank bottom Q: G22203 sm3/h Cofferdam 2 Gas flow from tank top R: S: T:



2.125 Page:22201 MD220** COFFERDAM 2 - HEATING

A: T22200 degC L=1.0 H=--- Cofferdam 2 Temperature (avg) B: C22200 <0-1> Cofferdam 2 Temp Controller Auto C: Z22200 degC Cofferdam 2 Temp Controller Setpoint D: X22200 % Cofferdam 2 Temp Controller Output E: C22201 %/% Cofferdam 2 Temp Controller Gain F: C22202 sec Cofferdam 2 Temp Controller Integr. Time G: C22203 sec Cofferdam 2 Temp Controller Deriv. Time H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.126 Page:22202 MD220** COFFERDAM 2 - GAS

SAMPLES

A: X22210 %mol CD 2 Oxygen Content (Top) B: X22212 %mol CD 2 Methane Content (Top) C: X22213 %LEL CD 2 Methane Content (Top) D: X22214 degC CD 2 Dewpoint (Top) E: X22220 %mol CD 2 Oxygen Content (3/4) F: X22222 %mol CD 2 Methane Content (3/4) G: X22223 %LEL CD 2 Methane Content (3/4) H: X22224 degC CD 2 Dewpoint (3/4) I: X22230 %mol CD 2 Oxygen Content (Mid) J: X22232 %mol CD 2 Methane Content (Mid) K: X22233 %LEL CD 2 Methane Content (Mid) L: X22234 degC CD 2 Dewpoint (Mid) M: X22240 %mol CD 2 Oxygen Content (1/4) N: X22242 %mol CD 2 Methane Content (1/4) O: X22243 %LEL CD 2 Methane Content (1/4) P: X22244 degC CD 2 Dewpoint (1/4) Q: X22250 %mol CD 2 Oxygen Content (Bot) R: X22252 %mol CD 2 Methane Content (Bot) S: X22253 %LEL CD 2 Methane Content (Bot) T: X22254 degC CD 2 Dewpoint (Bot)





HEATING





A: X22310 %mol CD 3 Oxygen Content (Top) B: X22312 %mol CD 3 Methane Content (Top) C: X22313 %LEL CD 3 Methane Content (Top) D: X22314 degC CD 3 Dewpoint (Top) E: X22320 %mol CD 3 Oxygen Content (3/4) F: X22322 %mol CD 3 Methane Content (3/4) G: X22323 %LEL CD 3 Methane Content (3/4) H: X22324 degC CD 3 Dewpoint (3/4) I: X22330 %mol CD 3 Oxygen Content (Mid) J: X22332 %mol CD 3 Methane Content (Mid) K: X22333 %LEL CD 3 Methane Content (Mid) L: X22334 degC CD 3 Dewpoint (Mid) M: X22340 %mol CD 3 Oxygen Content (1/4) N: X22342 %mol CD 3 Methane Content (1/4) O: X22343 %LEL CD 3 Methane Content (1/4) P: X22344 degC CD 3 Dewpoint (1/4) Q: X22350 %mol CD 3 Oxygen Content (Bot) R: X22352 %mol CD 3 Methane Content (Bot) S: X22353 %LEL CD 3 Methane Content (Bot) T: X22354 degC CD 3 Dewpoint (Bot) 2.130 Page:22400 MD220** COFFERDAM 4 - MAIN

VARIABLES

A: P22401 kPa L=-2.0 H=12.0 Cofferdam 4 Pressure B: P22402 kPa L=--- H=3.0 Cofferdam 4 Differential Pressure C: P22403 kPa L=--- H=4.0 Cofferdam 4 Diff Press Shutdown D: P22404 kPa L=--- H=5.0 Cofferdam 4 Diff Press Relief to atm E: T22400 degC L=1.0 H=--- Cofferdam 4 Temperature (avg) F: G: V22401 % Cofferdam 4 Inert Gas Supply Valve H: V22402 <0-1> Cofferdam 4 Gas supply to bottom I: V22403 <0-1> Cofferdam 4 Gas supply to top J: V22404 <0-1> Cofferdam 4 Gas release to atmosphere K: L: V22410 <0-1> Cofferdam 4 Tank Hatch M: N: V22490 <0-1> Cofferdam 4 Pressure Relief Valve O: P: G22402 sm3/h Cofferdam 4 Gas flow to tank bottom Q: G22403 sm3/h Cofferdam 4 Gas flow from tank top R: S: T:



2.131 Page:22401 MD220** COFFERDAM 4 - HEATING

A: T22400 degC L=1.0 H=--- Cofferdam 4 Temperature (avg) B: C22400 <0-1> Cofferdam 4 Temp Controller Auto C: Z22400 degC Cofferdam 4 Temp Controller Setpoint D: X22400 % Cofferdam 4 Temp Controller Output E: C22401 %/% Cofferdam 4 Temp Controller Gain F: C22402 sec Cofferdam 4 Temp Controller Integr. Time G: C22403 sec Cofferdam 4 Temp Controller Deriv. Time H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.132 Page:22402 MD220** COFFERDAM 4 - GAS

SAMPLES

A: X22410 %mol CD 4 Oxygen Content (Top) B: X22412 %mol CD 4 Methane Content (Top) C: X22413 %LEL CD 4 Methane Content (Top) D: X22414 degC CD 4 Dewpoint (Top) E: X22420 %mol CD 4 Oxygen Content (3/4) F: X22422 %mol CD 4 Methane Content (3/4) G: X22423 %LEL CD 4 Methane Content (3/4) H: X22424 degC CD 4 Dewpoint (3/4) I: X22430 %mol CD 4 Oxygen Content (Mid) J: X22432 %mol CD 4 Methane Content (Mid) K: X22433 %LEL CD 4 Methane Content (Mid) L: X22434 degC CD 4 Dewpoint (Mid) M: X22440 %mol CD 4 Oxygen Content (1/4) N: X22442 %mol CD 4 Methane Content (1/4) O: X22443 %LEL CD 4 Methane Content (1/4) P: X22444 degC CD 4 Dewpoint (1/4) Q: X22450 %mol CD 4 Oxygen Content (Bot) R: X22452 %mol CD 4 Methane Content (Bot) S: X22453 %LEL CD 4 Methane Content (Bot) T: X22454 degC CD 4 Dewpoint (Bot)





HEATING





A: X22510 %mol CD 5 Oxygen Content (Top) B: X22512 %mol CD 5 Methane Content (Top) C: X22513 %LEL CD 5 Methane Content (Top) D: X22514 degC CD 5 Dewpoint (Top) E: X22520 %mol CD 5 Oxygen Content (3/4) F: X22522 %mol CD 5 Methane Content (3/4) G: X22523 %LEL CD 5 Methane Content (3/4) H: X22524 degC CD 5 Dewpoint (3/4) I: X22530 %mol CD 5 Oxygen Content (Mid) J: X22532 %mol CD 5 Methane Content (Mid) K: X22533 %LEL CD 5 Methane Content (Mid) L: X22534 degC CD 5 Dewpoint (Mid) M: X22540 %mol CD 5 Oxygen Content (1/4) N: X22542 %mol CD 5 Methane Content (1/4) O: X22543 %LEL CD 5 Methane Content (1/4) P: X22544 degC CD 5 Dewpoint (1/4) Q: X22550 %mol CD 5 Oxygen Content (Bot) R: X22552 %mol CD 5 Methane Content (Bot) S: X22553 %LEL CD 5 Methane Content (Bot) T: X22554 degC CD 5 Dewpoint (Bot) 2.136 Page:23101 MD220** TANK DOME 1 - HEATING

A: T23100 degC Tank dome 1 Temperature (avg) B: C23100 <0-1> Tank dome 1 Temp Controller Auto C: Z23100 degC Tank dome 1 Temp Controller Setpoint D: X23100 % Tank dome 1 Temp Controller Output E: C23101 %/% Tank dome 1 Temp Controller Gain F: C23102 sec Tank dome 1 Temp Controller Integr. Time G: C23103 sec Tank dome 1 Temp Controller Deriv. Time H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.137 Page:23201 MD220** TANK DOME 2 - HEATING

A: T23200 degC Tank dome 2 Temperature (avg) B: C23200 <0-1> Tank dome 2 Temp Controller Auto C: Z23200 degC Tank dome 2 Temp Controller Setpoint D: X23200 % Tank dome 2 Temp Controller Output E: C23201 %/% Tank dome 2 Temp Controller Gain F: C23202 sec Tank dome 2 Temp Controller Integr. Time G: C23203 sec Tank dome 2 Temp Controller Deriv. Time H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.138 Page:23301 MD220** TANK DOME 3 - HEATING

A: T23300 degC Tank dome 3 Temperature (avg) B: C23300 <0-1> Tank dome 3 Temp Controller Auto C: Z23300 degC Tank dome 3 Temp Controller Setpoint D: X23300 % Tank dome 3 Temp Controller Output E: C23301 %/% Tank dome 3 Temp Controller Gain F: C23302 sec Tank dome 3 Temp Controller Integr. Time G: C23303 sec Tank dome 3 Temp Controller Deriv. Time H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.139 Page:23401 MD220** TANK DOME 4 - HEATING

A: T23400 degC Tank dome 4 Temperature (avg) B: C23400 <0-1> Tank dome 4 Temp Controller Auto C: Z23400 degC Tank dome 4 Temp Controller Setpoint D: X23400 % Tank dome 4 Temp Controller Output E: C23401 %/% Tank dome 4 Temp Controller Gain F: C23402 sec Tank dome 4 Temp Controller Integr. Time G: C23403 sec Tank dome 4 Temp Controller Deriv. Time H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.140 Page:22590 MD220** CONFIGURABLE PAGE




2.141 Page:24000 MD240** PRESSURE MONITORING

A: P24000 kPa L=--- H=1.0 Ins SP Primary header pressure High B: P24001 kPa L=--- H=1.3 Ins SP Primary header pressure High High C: P24002 kPa L=0.0 H=--- Ins SP Primary header pressure Low D: P24003 kPa L=-1.0 H=3.0 Vapour Line vs Scndary Ins header diffP E: F: P24100 kPa L=--- H=1.0 Cargo tank 1 Scndary INS space Press G: P24101 kPa L=--- H=1.0 Cargo tank 1 Primary INS space Press H: P24102 kPa L=-1.0 H=1.0 Cargo tank 1 vs. Primary INS space diffP I: J: P24200 kPa L=--- H=1.0 Cargo tank 2 Scndary INS space Press K: P24201 kPa L=--- H=1.0 Cargo tank 2 Primary INS space Press L: P24202 kPa L=-1.0 H=1.0 Cargo tank 2 vs. Primary INS space diffP M: N: P24300 kPa L=--- H=1.0 Cargo tank 3 Scndary INS space Press O: P24301 kPa L=--- H=1.0 Cargo tank 3 Primary INS space Press P: P24302 kPa L=-1.0 H=1.0 Cargo tank 3 vs. Primary INS space diffP Q: R: P24400 kPa L=--- H=1.0 Cargo tank 4 Scndary INS space Press S: P24401 kPa L=--- H=1.0 Cargo tank 4 Primary INS space Press T: P24402 kPa L=-1.0 H=1.0 Cargo tank 4 vs. Primary INS space diffP 2.142 Page:24001 MD240** TANK VALVES

A: V24001 <0-1> Cargo tank 1 Primary INS space valve B: V24002 <0-1> Cargo tank 2 Primary INS space valve C: V24003 <0-1> Cargo tank 3 Primary INS space valve D: V24004 <0-1> Cargo tank 4 Primary INS space valve E: V24011 <0-1> Cargo tank 1 Scndary INS space valve F: V24012 <0-1> Cargo tank 2 Scndary INS space valve G: V24013 <0-1> Cargo tank 3 Scndary INS space valve H: V24014 <0-1> Cargo tank 4 Scndary INS space valve I: V24015 <0-1> Cargo tank 1 INS space cross over valve J: V24016 <0-1> Cargo tank 2 INS space cross over valve K: V24017 <0-1> Cargo tank 3 INS space cross over valve L: V24018 <0-1> Cargo tank 4 INS space cross over valve M: V24071 <0-1> Cargo tank 1 Primary INS space P/V valve N: V24072 <0-1> Cargo tank 2 Primary INS space P/V valve O: V24073 <0-1> Cargo tank 3 Primary INS space P/V valve P: V24074 <0-1> Cargo tank 4 Primary INS space P/V valve Q: V24076 <0-1> Cargo tank 1 Scndary INS space P/V valve R: V24077 <0-1> Cargo tank 2 Scndary INS space P/V valve S: V24078 <0-1> Cargo tank 3 Scndary INS space P/V valve T: V24079 <0-1> Cargo tank 4 Scndary INS space P/V valve



2.143 Page:24002 MD240** NITROGEN SUPPLY

A: P24049 barg Nitrogen Storage Tank Pressure Setpoint B: P24041 barg Nitrogen Storage Tank Pressure C: P24040 barg L=2.5 H=--- Nitrogen Supply line Pressure D: T24040 degC L=-10.0 H=--- Nitrogen Supply line Temperature E: G24040 sm3/h Nitrogen Supply line Flow F: V24041 <0-1> Nitrogen supply valve 1 G: V24042 % Nitrogen reduction valve 1 H: V24043 <0-1> Nitrogen supply valve 2 I: V24044 % Nitrogen reduction valve 2 J: V24045 <0-1> Nitrogen supply crossover valve K: V24046 <0-1> Nitrogen main supply valve L: V24047 <0-1> Nitrogen to boiler valve M: V24061 <0-1> Nitrogen to Vent mast 1 valve N: O: P: Q: R: S: T: 2.144 Page:24003 MD240** NITROGEN SUPPLY

A: V24021 % Scndary Nitrogen supply reg. valve B: V24022 % Primary Nitrogen supply reg. valve C: V24023 % Reserve Nitrogen supply reg. valve D: V24024 <0-1> S. Nitrogen supply isolation valve B E: V24025 <0-1> S. Nitrogen supply isolation valve A F: V24026 <0-1> P. Nitrogen supply isolation valve B G: V24027 <0-1> P. Nitrogen supply isolation valve A H: V24028 <0-1> R. Nitrogen supply isolation valve B I: V24029 <0-1> R. Nitrogen supply isolation valve A J: V24056 <0-1> From LNG vapourizer isolation valve 1 K: F24056 <0-1> From LNG vapourizer flange L: V24057 <0-1> Nitrogen delivery crossover S to R valve M: V24058 <0-1> Nitrogen delivery crossover P to R valve N: V24081 <0-1> Nitrogen exhaust crossover 1 to R valve O: V24082 <0-1> Nitrogen exhaust crossover 2 to R valve P: Q: R: S: T:



2.145 Page:24004 MD240** NITROGEN SUPPLY

A: C24021 <0-1> Scndary INS header Press Contr Mode B: P24021 kPa Scndary INS header Press Contr Input C: Z24021 kPa Scndary INS header Press Contr Setpoint D: X24021 % Scndary INS header Press Contr Output E: K24021 100%/kPa Scndary INS header Press Contr Gain F: G: C24022 <0-1> Primary INS header Press Contr Mode H: P24022 kPa Primary INS header Press Contr Input I: Z24022 kPa Primary INS header Press Contr Setpoint J: X24022 % Primary INS header Press Contr Output K: K24022 100%/kPa Primary INS header Press Contr Gain L: M: C24023 <0-1> Reserve INS header Press Contr Mode N: P24023 kPa Reserve INS header Press Contr Input O: Z24023 kPa Reserve INS header Press Contr Setpoint P: X24023 % Reserve INS header Press Contr Output Q: K24023 100%/kPa Reserve INS header Press Contr Gain R: S: T: 2.146 Page:24005 MD240** PRIMARY INS HEADER

A: V24031 % P. INS space exhaust control valve B: V24033 % R. INS space exhaust control valve C: V24034 <0-1> P. INS space exhaust isolation valve 1 D: V24035 <0-1> P. INS space exhaust isolation valve 2 E: V24038 <0-1> R. INS space exhaust isolation valve 1 F: V24039 <0-1> R. INS space exhaust isolation valve 2 G: V24062 <0-1> Delivery to Vent mast 2 H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.147 Page:24006 MD240** SECONDARY INS HEADER

A: V24032 % S. INS space exhaust control valve B: V24033 % R. INS space exhaust control valve C: V24036 <0-1> S. INS space exhaust isolation valve 1 D: V24037 <0-1> S. INS space exhaust isolation valve 2 E: V24038 <0-1> R. INS space exhaust isolation valve 1 F: V24039 <0-1> R. INS space exhaust isolation valve 2 G: V24062 <0-1> Delivery to Vent mast 2 H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.148 Page:24007 MD240** EXHAUST PRESS

CONTROL

A: C24031 <0-1> Primary INS exhaust Press Contr Mode B: P24031 kPa Primary INS exhaust Press Contr Input C: Z24031 kPa Primary INS exhaust Press Contr Setpoint D: X24031 % Primary INS exhaust Press Contr Output E: K24031 100%/kPa Primary INS exhaust Press Contr Gain F: C24032 <0-1> Scndary INS exhaust Press Contr Mode G: P24032 kPa Scndary INS exhaust Press Contr Input H: Z24032 kPa Scndary INS exhaust Press Contr Setpoint I: X24032 % Scndary INS exhaust Press Contr Output J: K24032 100%/kPa Scndary INS exhaust Press Contr Gain K: C24033 <0-1> Reserve INS exhaust Press Contr Mode L: P24033 kPa Reserve INS exhaust Press Contr Input M: Z24033 kPa Reserve INS exhaust Press Contr Setpoint N: X24033 % Reserve INS exhaust Press Contr Output O: K24033 100%/kPa Reserve INS exhaust Press Contr Gain P: Q: V24091 <0-1> P. INS space exhaust manual valve R: V24092 <0-1> S. INS space exhaust manual valve S: V24093 <0-1> INS space manual vent valve T:



2.149 Page:24008 MD240** VACUUM PUMPS

A: R24001 <0-1> Vacuum pump 1 Start/Stop B: X24001 <0-1> Vacuum pump 1 Trip C: Z24001 <0-1> Vacuum pump 1 Trip Reset D: I24001 kW Vacuum pump 1 Power Consumption E: V24051 <0-1> Vacuum pump 1 suction valve F: R24002 <0-1> Vacuum pump 2 Start/Stop G: X24002 <0-1> Vacuum pump 2 Trip H: Z24002 <0-1> Vacuum pump 2 Trip Reset I: I24002 kW Vacuum pump 2 Power Consumption J: V24052 <0-1> Vacuum pump 2 suction valve K: L: V24053 <0-1> Nitrogen to vacuum pumps valve M: V24054 <0-1> S. INS space header to vacuum pumps N: V24055 <0-1> P. INS space header to vacuum pumps O: P: Q: R: S: T: 2.150 Page:24090 MD240** CONFIGURABLE PAGE




2.151 Page:30000 MD300** COMPRESSOR ROOM

A: V30601 % Compressor Suction Valve VG-601 B: V30603 % Hot Vapour/Compr. Suction Valve VG-603 C: V30604 % LNG Vap./Press B.Up Conn. Valve VG-604 D: V30605 % LNG Vap./Vapour Header Conn. Vlv VG-605 E: V30610 <0-1> Fuel Gas Master Valve VG-610 F: V30634 % Nitrogen Supply to Compr. Room G: H: F30090 <0-2> External liquid N2 supply flange I: V30090 <0-1> External liquid N2 supply valve J: K: L: M: N: O: P: Q: R: S: T: 2.152 Page:30090 MD300** CONFIGURABLE PAGE




2.153 Page:30900 MD309** LOW DUTY COMPRESSOR 1 - PROCESS DATA

A: P30901 kPa L/D Compr. 1 Suction Pressure B: P30903 kPa L/D Compr. 1 Discharge Pressure C: D: T30901 degC L/D Compr. 1 Suction Temperature E: T30903 degC L=--- H=80.0 L/D Compr. 1 Discharge Temperature F: G: G30907 sm3/h L/D Compr. 1 Discharge Flow H: I: P30911 kPa L=100.0 H=--- L/D Compr. 1 Lube Oil Pressure J: T30911 degC L=--- H=55.0 L/D Compr. 1 Lube Oil Temperature K: L: P30991 kPa L=15.0 H=--- L/D Compr. 1 Nitrogen Seal Pressure M: T30921 degC L=--- H=90.0 L/D Compr. 1 Bearing Temperature N: O: N30911 RPM L/D Compr. 1 Speed P: I30911 A L/D Compr. 1 Amperage Q: R: P30915 kPa L/D Compressor junction Pressure S: G30961 tonn/h Fuel Gas Line Flow T: 2.154 Page:30901 MD309** LOW DUTY COMPRESSOR

1 - CONTROL

A: X30901 deg L/D Compr. 1 Inlet Guide Vane Angle B: N30901 RPM L/D Compr. 1 Speed Command C: D: Y30903 <0-1> L/D Compr. 1 Ready for Start E: X30903 <0-1> L/D Compr. 1 Start F: X30905 <0-1> L/D Compr. 1 Stop G: Y30905 <0-1> L/D Compr. 1 Auto/Manual mode H: I: R30901 <0-1> L/D Compr. 1 Running J: K: Y30907 <0-1> L=--- H=1.0 L/D Compr. 1 Tripped L: X30907 <0-1> L/D Compr. 1 Trip reset M: N: X30999 <0-1> No Tripping of L/D Compressors O: P: Q: R: S: T:



2.155 Page:30902 MD309** LOW DUTY COMPRESSOR 2 - PROCESS DATA

A: P30904 kPa L/D Compr. 2 Suction Pressure B: P30906 kPa L/D Compr. 2 Discharge Pressure C: D: T30904 degC L/D Compr. 2 Suction Temperature E: T30906 degC L=--- H=80.0 L/D Compr. 2 Discharge Temperature F: G: G30908 sm3/h L/D Compr. 2 Discharge Flow H: I: P30912 kPa L=100.0 H=--- L/D Compr. 2 Lube Oil Pressure J: T30912 degC L=--- H=55.0 L/D Compr. 2 Lube Oil Temperature K: L: P30992 kPa L=15.0 H=--- L/D Compr. 2 Nitrogen Seal Pressure M: T30922 degC L=--- H=90.0 L/D Compr. 2 Bearing Temperature N: O: N30912 RPM L/D Compr. 2 Speed P: I30912 A L/D Compr. 2 Amperage Q: R: P30915 kPa L/D Compressor junction Pressure S: G30961 tonn/h Fuel Gas Line Flow T: 2.156 Page:30903 MD309** LOW DUTY COMPRESSOR

2 - CONTROL

A: X30902 deg L/D Compr. 2 Inlet Guide Vane Angle B: N30902 RPM L/D Compr. 2 Speed Command C: D: Y30904 <0-1> L/D Compr. 2 Ready for Start E: X30904 <0-1> L/D Compr. 2 Start F: X30906 <0-1> L/D Compr. 2 Stop G: Y30906 <0-1> L/D Compr. 2 Auto/Manual mode H: I: R30902 <0-1> L/D Compr. 2 Running J: K: Y30908 <0-1> L=--- H=1.0 L/D Compr. 2 Tripped L: X30908 <0-1> L/D Compr. 2 Trip reset M: N: X30999 <0-1> No Tripping of L/D Compressors O: P: Q: R: S: T:



2.157 Page:30904 MD309** LOW DUTY COMPRESSOR 1 & 2 - VALVES

A: V30901 <0-1> L/D Compr. 1 Suction Inlet Valve VG-901 B: V30903 % L/D Compr. 1 Discharge Valve VG-903 C: V30904 <0-1> L/D Compr. 2 Suction Inlet Valve VG-904 D: V30906 % L/D Compr. 2 Discharge Valve VG-906 E: F: V30920 % L/D H/D Compr. Disch. Cross. Vlv VG-920 G: H: V30931 % L/D Compr. 1 Surge Control Valve VG-931 I: V30932 % L/D Compr. 2 Surge Control Valve VG-932 J: K: V30991 <0-1> L/D Compr. 1 Nitrogen Seal Valve NPV-901 L: V30992 <0-1> L/D Compr. 2 Nitrogen Seal Valve NPV-901 M: N: O: P: Q: R: S: T: 2.158 Page:30905 MD309** LOW DUTY HEATER

A: P30913 kPa L/D Heater Gas Inlet Pressure B: P30914 kPa L/D Heater Gas Outlet Pressure C: T30913 degC L/D Heater Gas Inlet Temperature D: T30914 degC L=-5.0 H=90.0 L/D Heater Gas Outlet Temperature E: F: P30970 kPa L/D Heater Steam Inlet Pressure G: P30971 kPa L/D Heater Steam Outlet Pressure H: T30970 degC L/D Heater Steam Inlet Temperature I: T30971 degC L/D Heater Steam Outlet Temperature J: K: V30913 <0-1> L/D Heater Inlet Master Valve VG-913 L: V30914 % L/D Heater Outlet Valve VG-914 M: V30917 % L/D Heater to Hot Vap. Line Valve VG-917 N: V30941 % L/D Heater Inlet Valve VG-941 O: V30943 % L/D Heater Inlet Bypass Valve VG-943 P: V30970 % L/D Heater Steam Inlet Valve 3SV-704 Q: R: A30970 <0-1> L=--- H=1.0 L/D Heater leakage S: T:



2.159 Page:30920 MD309** LOW DUTY COMPRESSOR - CONTROLLER

A: X30910 <0-1> L/D Compressor Controller Auto B: P30910 kPa L/D Compressor Controller Setpoint C: Z30910 % L/D Compressor Controller Output D: C30910 %/% L/D Compressor Controller Gain E: C30911 sec L/D Compressor Controller Integr. Time F: C30912 sec L/D Compressor Controller Deriv. Time G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.160 Page:30921 MD309** LOW DUTY HEATER -

TEMP CONTROLLER

A: X30940 <0-1> L/D Heater Temp. Controller Auto B: T30940 degC L/D Heater Temp. Controller Setpoint C: Z30940 % L/D Heater Temp. Controller Output D: C30940 100%/degC L/D Heater Temp. Controller Gain E: C30941 sec L/D Heater Temp. Controller Integr. Time F: C30942 sec L/D Heater Temp. Controller Deriv. Time G: H: I: J: K: L: M: N: O: P: Q: R: S: T:




A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.162 Page:31900 MD319** HIGH DUTY

COMPRESSOR 1 - PROCESS DATA

A: P31901 kPa H/D Compr. 1 Suction Pressure B: P31903 kPa H/D Compr. 1 Discharge Pressure C: D: T31901 degC H/D Compr. 1 Suction Temperature E: T31903 degC L=--- H=80.0 H/D Compr. 1 Discharge Temperature F: G: G31907 sm3/h H/D Compr. 1 Discharge Flow H: I: P31911 kPa L=100.0 H=--- H/D Compr. 1 Lube Oil Pressure J: T31911 degC L=--- H=55.0 H/D Compr. 1 Lube Oil Temperature K: L: P31993 kPa L=15.0 H=--- H/D Compr. 1 Nitrogen Seal Pressure M: T31921 degC L=--- H=90.0 H/D Compr. 1 Bearing Temperature N: O: N31911 RPM H/D Compr. 1 Speed P: I31911 A H/D Compr. 1 Amperage Q: R: P31900 kPa Vapour Header Pressure S: T:



2.163 Page:31901 MD319** HIGH DUTY COMPRESSOR 1 - CONTROL

A: X31901 deg H/D Compr. 1 Inlet Guide Vane Angle B: C: Y31903 <0-1> H/D Compr. 1 Ready for Start D: Y31905 <0-1> H/D Compr. 1 Start Available E: X31903 <0-1> H/D Compr. 1 Start F: X31905 <0-1> H/D Compr. 1 Stop G: H: R31901 <0-1> H/D Compr. 1 Running I: J: Y31907 <0-1> L=--- H=1.0 H/D Compr. 1 Tripped K: X31907 <0-1> H/D Compr. 1 Trip reset L: M: X31999 <0-1> No Tripping of H/D Compressors N: O: P: Q: R: S: T: 2.164 Page:31902 MD319** HIGH DUTY

COMPRESSOR 2 - PROCESS DATA

A: P31904 kPa H/D Compr. 2 Suction Pressure B: P31906 kPa H/D Compr. 2 Discharge Pressure C: D: T31904 degC H/D Compr. 2 Suction Temperature E: T31906 degC L=--- H=80.0 H/D Compr. 2 Discharge Temperature F: G: G31908 sm3/h H/D Compr. 2 Discharge Flow H: I: P31912 kPa L=100.0 H=--- H/D Compr. 2 Lube Oil Pressure J: T31912 degC L=--- H=55.0 H/D Compr. 2 Lube Oil Temperature K: L: P31994 kPa L=15.0 H=--- H/D Compr. 2 Nitrogen Seal Pressure M: T31922 degC L=--- H=90.0 H/D Compr. 2 Bearing Temperature N: O: N31912 RPM H/D Compr. 2 Speed P: I31912 A H/D Compr. 2 Amperage Q: R: P31900 kPa Vapour Header Pressure S: T:



2.165 Page:31903 MD319** HIGH DUTY COMPRESSOR 2 - CONTROL

A: X31902 deg H/D Compr. 2 Inlet Guide Vane Angle B: C: Y31904 <0-1> H/D Compr. 2 Ready for Start D: Y31906 <0-1> H/D Compr. 2 Start Available E: X31904 <0-1> H/D Compr. 2 Start F: X31906 <0-1> H/D Compr. 2 Stop G: H: R31902 <0-1> H/D Compr. 2 Running I: J: Y31908 <0-1> L=--- H=1.0 H/D Compr. 2 Tripped K: X31908 <0-1> H/D Compr. 2 Trip reset L: M: X31999 <0-1> No Tripping of H/D Compressors N: O: P: Q: R: S: T: 2.166 Page:31904 MD319** HIGH DUTY

COMPRESSOR 1 & 2 - VALVES

A: V31900 % Vapour Return Throttling Valve VG-900 B: Z31900 % Vapour Return Throt Vlv Man Setp VG-900 C: D: V31907 <0-1> H/D Compr. 1 Suction Inlet Valve VG-907 E: V31909 % H/D Compr. 1 Discharge Valve VG-909 F: V31910 <0-1> H/D Compr. 2 Suction Inlet Valve VG-910 G: V31912 % H/D Compr. 2 Discharge Valve VG-912 H: I: V31933 % H/D Compr. 1 Surge Control Valve VG-933 J: V31934 % H/D Compr. 2 Surge Control Valve VG-934 K: L: V31993 <0-1> H/D Compr. 1 Nitrogen Seal Valve NPV-903 M: V31994 <0-1> H/D Compr. 2 Nitrogen Seal Valve NPV-904 N: O: P: Q: R: S: T:



2.167 Page:31905 MD319** HIGH DUTY HEATER

A: X31941 <1/2> Heating mode 1 = Warm Up, 2 = Gas Burn B: P31913 kPa H/D Heater Gas Inlet Pressure C: P31914 kPa H/D Heater Gas Outlet Pressure D: T31913 degC H/D Heater Gas Inlet Temperature E: T31914 degC L=10.0 H=90.0 H/D Heater Gas Outlet Temperature F: G: P31970 kPa H/D Heater Steam Inlet Pressure H: P31971 kPa H/D Heater Steam Outlet Pressure I: T31970 degC H/D Heater Steam Inlet Temperature J: T31971 degC H/D Heater Steam Outlet Temperature K: L: V31915 <0-1> H/D Heater Inlet Master Valve VG-915 M: V31916 % H/D Heater Outlet Valve VG-916 N: V31945 % H/D Heater Inl. Valve (Warm Up) VG-945 O: V31946 % H/D Heater Inl. Valve (Gas Burn) VG-946 P: V31947 % H/D Heater Inl. Byp. V.(Warm Up) VG-947 Q: V31948 % H/D Heater Inl. Byp. V.(Gas Burn) VG-948 R: V31970 % H/D Heater Steam Inlet Valve 3SV-705 S: T: A31970 <0-1> L=--- H=1.0 H/D Heater leakage 2.168 Page:31920 MD319** HIGH DUTY

COMPRESSOR - CONTROLLERS

A: X31910 <0-1> H/D Compressor 1 Controller Auto B: P31910 kPa H/D Compressor 1 Controller Setpoint C: Z31910 % H/D Compressor 1 Controller Output D: C31910 %/kPa H/D Compressor 1 Controller Gain E: C31911 sec H/D Compressor 1 Controller Integr. Time F: C31912 sec H/D Compressor 1 Controller Deriv. Time G: H: X31920 <0-1> H/D Compressor 2 Controller Auto I: P31920 kPa H/D Compressor 2 Controller Setpoint J: Z31920 % H/D Compressor 2 Controller Output K: C31920 %/kPa H/D Compressor 2 Controller Gain L: C31921 sec H/D Compressor 2 Controller Integr. Time M: C31922 sec H/D Compressor 2 Controller Deriv. Time N: O: P: Q: R: S: T:



2.169 Page:31921 MD319** HIGH DUTY HEATER - TEMP CONTROLLER

A: X31940 <0-1> H/D Heater Temp. Controller Auto B: T31940 degC H/D Heater Temp. Controller Setpoint C: Z31940 % H/D Heater Temp. Controller Output D: C31940 100%/degC H/D Heater Temp. Controller Gain E: C31941 sec H/D Heater Temp. Controller Integr. Time F: C31942 sec H/D Heater Temp. Controller Deriv. Time G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.170 Page:31990 MD319** CONFIGURABLE PAGE




2.171 Page:32900 MD329** LNG VAPOURIZER

A: P32901 kPa LNG Vapourizer Inlet Pressure B: P32902 kPa LNG Vapourizer Outlet Pressure C: D: T32901 degC LNG Vapourizer Inlet Temperature E: T32902 degC L=-70.0 H=80.0 LNG Vapourizer Outlet Temperature F: G: P32970 kPa LNG Vapourizer Steam Inlet Pressure H: P32971 kPa LNG Vapourizer Steam Outlet Pressure I: J: T32970 degC LNG Vapourizer Steam Inlet Temperature K: T32971 degC LNG Vapourizer Steam Outlet Temperature L: M: A32970 <0-1> L=--- H=1.0 LNG vapourizer leakage N: O: Y32901 <0-1> LNG Vapourizer Tripped P: X32901 <0-1> LNG Vapourizer Trip reset Q: R: X32998 <0-1> No Tripping of LNG Vapourizer S: T: 2.172 Page:32901 MD329** FORCING VAPOURIZER

A: P32903 kPa Forcing Vapourizer Inlet Pressure B: P32904 kPa Forcing Vapourizer Outlet Pressure C: T32903 degC Forcing Vapourizer Inlet Temperature D: T32904 degC L=-70.0 H=80.0 Forcing Vapourizer Outlet Temperature E: P32980 kPa Forcing Vapourizer Steam Inlet Pressure F: P32981 kPa Forcing Vapourizer Steam Outlet Pressure G: T32980 degC Forcing Vapourizer Steam Inlet Temp. H: T32981 degC Forcing Vapourizer Steam Outlet Temp. I: J: G32919 tonn/h Forcing Vapourizer Outlet Flow K: A32980 <0-1> L=--- H=1.0 Forcing vapourizer leakage L: T32940 degC L=-145.0 H=--- Mist Separator Temperature M: N: Y32903 <0-3> L=--- H=--- Forcing Vapourizer Tripped O: TFV001 1 L=--- H=--- Gas Outlet Temperature HH P: TFV002 2 L=--- H=--- Gas Outlet Temperature LL Q: TFV003 3 L=--- H=--- Mist Separator Temperature LL R: X32903 <0-1> Forcing Vapourizer Trip reset S: X32999 <0-1> No Tripping of Forcing Vapourizer T:



2.173 Page:32902 MD329** VAPOURIZER VALVES

A: V32901 % LNG Vapourizer Flow Ctrl Valve VS-901 B: V32902 % LNG Vapourizer Temp. Ctrl Valve VS-902 C: V32918 % LNG Vapourizer Outlet Valve VG-918 D: V32970 % LNG Vapourizer Steam Inlet Valve 3SV-706 E: V32990 % LNG Vapour. Quick Gas Purge Vlv LKV-901 F: G: V32903 % Forcing Vapour. Flow Ctrl Valve VS-903 H: V32904 % Forcing Vapour. Temp. Ctrl Valve VS-904 I: V32919 <0-1> Forcing Vapour. Outlet Valve VG-919 J: V32980 % Forcing Vapour. Steam Inl. Valve 3SV-801 K: V32998 % Mist Separator Drain Valve LVV-980 L: M: N: O: P: Q: R: S: T: 2.174 Page:32920 MD329** LNG VAPOURIZER - TEMP

CONTROLLER

A: X32910 <0-1> LNG Vapourizer Temp. Contr. Auto B: T32910 degC LNG Vapourizer Temp. Contr. Setpoint C: Z32910 % LNG Vapourizer Temp. Contr. Output D: C32910 %/degC LNG Vapourizer Temp. Contr. Gain E: C32911 sec LNG Vapourizer Temp. Contr. Integr. Time F: C32912 sec LNG Vapourizer Temp. Contr. Deriv. Time G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.175 Page:32921 MD329** FORCING VAPOURIZER - CONTROLLERS

A: X32920 <0-1> Forcing Vap. Temp. Contr. Auto B: T32920 degC Forcing Vap. Temp. Contr. Setpoint C: Z32920 % Forcing Vap. Temp. Contr. Output D: C32920 %/degC Forcing Vap. Temp. Contr. Gain E: C32921 sec Forcing Vap. Temp. Contr. Integr. Time F: C32922 sec Forcing Vap. Temp. Contr. Deriv. Time G: H: X32930 <0-1> Forcing Vap. Flow Contr. Mode I: G32930 tonn/h Forcing Vap. Flow Contr. Setpoint J: Z32930 % Forcing Vap. Flow Contr. Output K: C32930 %/tonn/h Forcing Vap. Flow Contr. Gain L: C32931 sec Forcing Vap. Flow Contr. Integr. Time M: C32932 sec Forcing Vap. Flow Contr. Deriv. Time N: O: P: Q: R: S: T: 2.176 Page:32990 MD329** CONFIGURABLE PAGE




2.177 Page:33000 MD330** PRESS CONTROL

A: C30990 <0-1> L=--- H=1.0 L/D Compressor Press. Protection Signal B: C12090 <0-1> L=--- H=1.0 Excess Natural Boil-Off Gas Signal C: D: X33022 <1-2> Press Contr Switch (Gauge/Abs 1/2) E: F: X12011 <0-1> Cargo Tk Gauge Press Contr Auto G: P12011 kPa Cargo Vapour Line Gauge Pressure H: P12010 kPa Cargo Tk Gauge Press Contr Setpoint I: Z12010 % Cargo Tk Gauge Press Contr Output J: C12010 %/kPa Cargo Tk Gauge Press Contr Gain K: C12011 sec Cargo Tk Gauge Press Contr Integr. Time L: C12012 sec Cargo Tk Gauge Press Contr Deriv. Time M: N: X12021 <0-1> Cargo Tk Abs Press Contr Auto O: P12021 kPa Cargo Vapour Line Abs. Pressure P: P12020 kPa Cargo Tk Abs Press Contr Setpoint Q: Z12020 % Cargo Tk Abs Press Contr Output R: C12020 %/kPa Cargo Tk Abs Press Contr Gain S: C12021 sec Cargo Tk Abs Press Contr Integr. Time T: C12022 sec Cargo Tk Abs Press Contr Deriv. Time 2.178 Page:33001 MD330** BOILER CONTROL

A: X33032 <0-1> Select Laden(0) or Ballast(1) voyage BVG B: G33012 tonn/h Available Gas Flow (BOG) C: X12013 <0-1> Steam Dump Switch (NON/DUMP 0/1) D: X12014 <0-1> Manual Vent (OFF/ON 0/1) E: X12015 <0-1> Vent Inhib Switch (IN WHEEL HOUSE) F: X12016 <0-1> L=--- H=1.0 Automatic Vent (OFF/ON 0/1) G: Z12771 % Vapour Header Vent Conrol Vlv SP VG-771 H: I: X33001 <0-1> Boiler BOG Flow Contr. Mode J: G30960 tonn/h Fuel Gas Line Flow Setpoint K: G30961 tonn/h Fuel Gas Line Flow L: Z33001 % Boiler BOG Flow Contr. Output M: C33001 /tonn/h Boiler BOG Flow Contr. Gain N: C33002 sec Boiler BOG Flow Contr. Integr. Time O: C33003 sec Boiler BOG Flow Contr. Deriv. Time P: R33000 <0-1> Boiler Burning Q: V33000 % Boiler Flow Control valve POS R: Z33000 % Boiler Flow Control valve SETPOINT S: V33001 <0-1> Boiler Isolation valve T:



2.179 Page:33002 MD330** ENGINE ROOM

A: V33041 <0-1> Boiler Gas line N2 purge valve B: V33042 <0-1> Boiler Gas line purge to vent valve C: D: R33060 <0-1> Engine Room ventilation fan Start/Stop E: V33061 <0-1> Engine Room ventilation fan suction vlv. F: V33062 <0-1> Engine Room ventilation fan disch. vlv. G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.180 Page:33090 MD330** CONFIGURABLE PAGE




2.181 Page:34000 MD340** NITROGEN PLANT UNIT A

A: X34001 <0-1> N2 generator Mode Selector B: X34011 <0-1> N2 generator Unit A ON C: X34021 <0-1> N2 generator Unit A ONSTREAM D: X34031 <0-1> N2 generator Unit A OFFSTREAM E: X34041 <0-1> N2 air compr. A Running F: X34051 <0-1> N2 air compr. A Start/Stop G: X34061 <0-1> El. heater A Start/Stop H: X34071 %vol Unit A Oxygen Content I: J: V34001 <0-1> Line A shut off vlv K: V34011 <0-1> N2 gen. A inlet vlv XV-1A L: V34021 <0-1> N2 gen. A outlet vlv XV-2A M: V34031 <0-1> N2 gen. A vent. vlv XV-3A N: V34051 <0-1> N2 gen. A isolation vlv V-3A O: V34040 <0-1> N2 gen. x-over vlv XV-4 P: V34060 % N2 tank vent Vlv Q: V34070 % N2 supply shut off vlv R: P34060 kPa L=150.0 H=--- N2 Tank Pressure S: X34060 %vol L=--- H=3.5 N2 Tank Oxygen Content T: X34081 degC L=--- H=-60.0 N2 Tank Dewpoint 2.182 Page:34001 MD340** NITROGEN PLANT UNIT

B

A: X34002 <0-1> N2 generator Mode Selector B: X34012 <0-1> N2 generator Unit B ON C: X34022 <0-1> N2 generator Unit B ONSTREAM D: X34032 <0-1> N2 generator Unit B OFFSTREAM E: X34042 <0-1> N2 air compr. B Running F: X34052 <0-1> N2 air compr. B Start/Stop G: X34062 <0-1> El. heater B Start/Stop H: X34072 %vol Unit B Oxygen Content I: J: V34002 <0-1> Line B shut off vlv K: V34012 <0-1> N2 gen. B inlet vlv XV-1B L: V34022 <0-1> N2 gen. B outlet vlv XV-2B M: V34032 <0-1> N2 gen. B vent. vlv XV-3B N: V34052 <0-1> N2 gen. B isolation vlv V-3B O: V34040 <0-1> N2 gen. x-over vlv XV-4 P: V34060 % N2 tank vent Vlv Q: R: P34060 kPa L=150.0 H=--- N2 Tank Pressure S: X34060 %vol L=--- H=3.5 N2 Tank Oxygen Content T: X34081 degC L=--- H=-60.0 N2 Tank Dewpoint



2.183 Page:34002 MD340** NITROGEN PLANT ISOLATION

A: X34090 <0-1> N2 Isolation B: P34091 kPa N2 Press at isolation C: T34091 degC N2 Temp at isolation D: X34091 % N2 O2 Content at isolation E: T34092 degC N2 Dewpoint at isolation F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.184 Page:34090 MD340** CONFIGURABLE PAGE




2.185 Page:35000 MD350** INERT GAS GENERATOR (1 of 2)

A: V35013 <0-1> IG Scrubber SW Drain Valve B: V35014 <0-1> IG Scrubber SW Overflow Valve C: L35014 m L=0.2 H=0.7 IG Scrubber SW Level D: E: X35021 <0-1> IG Fan 1 Start/Stop F: V35021 <0-1> IG Fan 1 Discharge Valve G: X35022 <0-1> IG Fan 2 Start/Stop H: V35022 <0-1> IG Fan 2 Discharge Valve I: J: V35001 <0-1> IG Burner Fuel Supply Valve K: X35000 <0-1> IG Burner Start Command L: X35009 % IG O2 Content best case M: N: X35090 <0-1> IG Isolation O: P35091 mWC IG Press at isolation P: T35091 degC IG Temp at isolation Q: X35091 % IG O2 Content at isolation R: S: T: 2.186 Page:35001 MD350** INERT GAS GENERATOR

(2 of 2)

A: G35020 sm3/h IG Discharge Flow B: T35020 degC IG Discharge Temperature C: X35020 % IG Discharge O2 Content D: P35020 mWC IG Discharge Pressure E: P35050 mWC IG Pressure Controller Setpoint F: G: X35030 <0-1> O2 Analyzer Start Command H: Z35030 % O2 Analyzer Switch Value I: J: V35031 <0-1> IG Main Line Shutoff Valve K: V35032 <0-1> IG Funnel Valve L: V35041 % IG Main Line Supply Valve 1 M: V35042 % IG Main Line Supply Valve 2 N: V35043 % IG Pressure Control Valve O: P: X35040 <0-1> IG Drier ON/OFF Command Q: X35044 degC L=--- H=-45.0 IG Dewpoint after Drier R: S: G21001 sm3/h IG Main Line Flow T: V35095 % IG Supply to Cofferdams



2.187 Page:35003 MD350** INERT GAS GENERATOR TRIP

A: Y35000 <0-8> L=--- H=1.0 IG Generator Tripped B: C: TIG001 1 L=--- H=-45.0 Dewpoint HH > 15 min D: TIG002 2 L=0.0 H=--- No fuel oil to burner E: TIG003 3 L=--- H=1.0 Instrument air press LL F: TIG004 4 L=--- H=55.0 Cooling water outlet temp HH G: TIG005 5 L=--- H=0.8 Cooling water level HH H: TIG006 6 L=--- H=40.0 IG temp after scrubber HH I: TIG007 7 L=--- H=50.0 IG press after scrubber HH J: TIG009 9 L=--- H=1.0 External trip K: L: X35098 <0-1> Reset trip of IG Generator M: X35099 <0-1> No Tripping of IG Generator N: O: P: Q: R: S: T: 2.188 Page:35020 MD350** INERT GAS GENERATOR -

PRESSURE CONTROL

A: X35050 <0-1> IG Pressure Controller Auto B: Z35050 % IG Pressure Controller Output C: P35050 mWC IG Pressure Controller Setpoint D: C35050 %/mWC IG Pressure Controller Gain E: C35051 sec IG Pressure Controller Integr. Time F: C35052 sec IG Pressure Controller Deriv. Time G: H: I: J: K: L: M: N: O: P: Q: R: S: T:




A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.190 Page:40000 MD400** BALLAST SYSTEM -

MISCELLANEOUS

A: T40000 degC Sea Water Temperature B: X40000 - Sea Water Salinity (kg salt/kg mix) C: D40001 kg/m3 Sea Water Density D: D40002 kg/m3 Requested Sea Water Density (at 15 degC) E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.191 Page:40001 MD400** BALLAST CENTER TANK DATA (1 OF 2)

A: U40000 m WBFPT Ullage (measured) B: L40000 m L=-0.1 H=21.6 WBFPT Sounding Level (even keel) C: U40050 m WBFPT Ullage (even keel) D: V40050 % WBFPT Volume (Capacity 1355.9 m3) E: M40000 tonn WBFPT Tank Mass F: D40050 kg/m3 WBFPT Liquid Density (at 15 degC) G: G40000 m3/h WBFPT Bottom Outlet Flow H: I: U40001 m WBDC Ullage (measured) J: L40001 m L=-0.1 H=17.4 WBDC Sounding Level (even keel) K: U40051 m WBDC Ullage (even keel) L: V40051 % WBDC Volume (Capacity 1748.6 m3) M: M40001 tonn WBDC Tank Mass N: D40051 kg/m3 WBDC Liquid Density (at 15 degC) O: G40001 m3/h WBDC Fwd. Bottom Outlet Flow P: Q: R: S: T: 2.192 Page:40002 MD400** BALLAST CENTER TANK

DATA (2 OF 2)

A: U40109 m WBAPT Ullage (measured) B: L40109 m L=-0.1 H=7.7 WBAPT Sounding Level (even keel) C: U40159 m WBAPT Ullage (even keel) D: V40159 % WBAPT Volume (Capacity 1145.8 m3) E: M40109 tonn WBAPT Tank Mass F: D40159 kg/m3 WBAPT Liquid Density (at 15 degC) G: G40109 m3/h WBAPT Fwd. Bottom Outlet Flow H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.193 Page:40003 MD400** BALLAST PORT TANK DATA (1 OF 3)

A: U40011 m WBDP Ullage (measured) B: L40011 m L=-0.1 H=21.6 WBDP Sounding Level (even keel) C: U40061 m WBDP Ullage (even keel) D: V40061 % WBDP Volume (Capacity 1581.8 m3) E: M40011 tonn WBDP Tank Mass F: D40061 kg/m3 WBDP Liquid Density (at 15 degC) G: G40011 m3/h WBDP Bottom Outlet Flow H: I: U40012 m WB1P Ullage (measured) J: L40012 m L=-0.1 H=26.1 WB1P Sounding Level (even keel) K: U40062 m WB1P Ullage (even keel) L: V40062 % WB1P Volume (Capacity 5877.8 m3) M: M40012 tonn WB1P Tank Mass N: D40062 kg/m3 WB1P Liquid Density (at 15 degC) O: G40012 m3/h WB1P Bottom Outlet Flow P: Q: R: S: T: 2.194 Page:40004 MD400** BALLAST PORT TANK

DATA (2 OF 3)

A: U40013 m WB2P Ullage (measured) B: L40013 m L=-0.1 H=25.8 WB2P Sounding Level (even keel) C: U40063 m WB2P Ullage (even keel) D: V40063 % WB2P Volume (Capacity 6145.9 m3) E: M40013 tonn WB2P Tank Mass F: D40063 kg/m3 WB2P Liquid Density (at 15 degC) G: G40013 m3/h WB2P Bottom Outlet Flow H: I: U40014 m WB3P Ullage (measured) J: L40014 m L=-0.1 H=25.8 WB3P Sounding Level (even keel) K: U40064 m WB3P Ullage (even keel) L: V40064 % WB3P Volume (Capacity 6262.4 m3) M: M40014 tonn WB3P Tank Mass N: D40064 kg/m3 WB3P Liquid Density (at 15 degC) O: G40014 m3/h WB3P Bottom Outlet Flow P: Q: R: S: T:



2.195 Page:40005 MD400** BALLAST PORT TANK DATA (3 OF 3)

A: B: U40015 m WB4P Ullage (measured) C: L40015 m L=-0.1 H=25.8 WB4P Sounding Level (even keel) D: U40065 m WB4P Ullage (even keel) E: V40065 % WB4P Volume (Capacity 5233.1 m3) F: M40015 tonn WB4P Tank Mass G: D40065 kg/m3 WB4P Liquid Density (at 15 degC) H: G40015 m3/h WB4P Bottom Outlet Flow I: J: U40016 m WBERP Ullage (measured) K: L40016 m L=-0.1 H=23.6 WBERP Sounding Level (even keel) L: U40066 m WBERP Ullage (even keel) M: V40066 % WBERP Volume (Capacity 1025.8 m3) N: M40016 tonn WBERP Tank Mass O: D40066 kg/m3 WBERP Liquid Density (at 15 degC) P: G40016 m3/h WBERP Bottom Outlet Flow Q: R: S: T: 2.196 Page:40006 MD400** BALLAST STBD TANK

DATA (1 OF 3)

A: U40021 m WBDS Ullage (measured) B: L40021 m L=-0.1 H=21.6 WBDS Sounding Level (even keel) C: U40071 m WBDS Ullage (even keel) D: V40071 % WBDS Volume (Capacity 1581.8 m3) E: M40021 tonn WBDS Tank Mass F: D40071 kg/m3 WBDS Liquid Density (at 15 degC) G: G40021 m3/h WBDS Bottom Outlet Flow H: I: U40022 m WB1S Ullage (measured) J: L40022 m L=-0.1 H=26.1 WB1S Sounding Level (even keel) K: U40072 m WB1S Ullage (even keel) L: V40072 % WB1S Volume (Capacity 5877.8 m3) M: M40022 tonn WB1S Tank Mass N: D40072 kg/m3 WB1S Liquid Density (at 15 degC) O: G40022 m3/h WB1S Bottom Outlet Flow P: Q: R: S: T:



2.197 Page:40007 MD400** BALLAST STBD TANK DATA (2 OF 3)

A: U40023 m WB2S Ullage (measured) B: L40023 m L=-0.1 H=25.8 WB2S Sounding Level (even keel) C: U40073 m WB2S Ullage (even keel) D: V40073 % WB2S Volume (Capacity 6145.9 m3) E: M40023 tonn WB2S Tank Mass F: D40073 kg/m3 WB2S Liquid Density (at 15 degC) G: G40023 m3/h WB2S Bottom Outlet Flow H: I: U40024 m WB3S Ullage (measured) J: L40024 m L=-0.1 H=25.8 WB3S Sounding Level (even keel) K: U40074 m WB3S Ullage (even keel) L: V40074 % WB3S Volume (Capacity 6262.4 m3) M: M40024 tonn WB3S Tank Mass N: D40074 kg/m3 WB3S Liquid Density (at 15 degC) O: G40024 m3/h WB3S Bottom Outlet Flow P: Q: R: S: T: 2.198 Page:40008 MD400** BALLAST STBD TANK

DATA (3 OF 3)

A: U40025 m WB4S Ullage (measured) B: L40025 m L=-0.1 H=25.8 WB4S Sounding Level (even keel) C: U40075 m WB4S Ullage (even keel) D: V40075 % WB4S Volume (Capacity 5233.1 m3) E: M40025 tonn WB4S Tank Mass F: D40075 kg/m3 WB4S Liquid Density (at 15 degC) G: G40025 m3/h WB4S Bottom Outlet Flow H: I: U40026 m WBERS Ullage (measured) J: L40026 m L=-0.1 H=23.6 WBERS Sounding Level (even keel) K: U40076 m WBERS Ullage (even keel) L: V40076 % WBERS Volume (Capacity 1025.8 m3) M: M40026 tonn WBERS Tank Mass N: D40076 kg/m3 WBERS Liquid Density (at 15 degC) O: G40026 m3/h WBERS Bottom Outlet Flow P: Q: R: S: T:



2.199 Page:40010 MD400** BALLAST TANK VALVES

A: V40005 <0-1> Ballast Line S/P Conn. Valve B: V40000 <0-1> WBFPT Bottom Valve C: V40001 <0-1> WBDC Bottom Valve D: V40011 <0-1> WBDP Bottom Valve E: V40012 <0-1> WB1P Bottom Valve F: V40013 <0-1> WB2P Bottom Valve G: V40014 <0-1> WB3P Bottom Valve H: V40015 <0-1> WB4P Bottom Valve I: V40016 <0-1> WBERP Bottom Valve J: V40021 <0-1> WBDS Bottom Valve K: V40022 <0-1> WB1S Bottom Valve L: V40023 <0-1> WB2S Bottom Valve M: V40024 <0-1> WB3S Bottom Valve N: V40025 <0-1> WB4S Bottom Valve O: V40026 <0-1> WBERS Bottom Valve P: V40109 <0-1> BW Aft. Peak Tank Valve BWV-109 Q: R: S: T: 2.200 Page:40090 MD400** CONFIGURABLE PAGE




2.201 Page:40100 MD401** BALLAST PUMP ROOM - PROCESS DATA

A: P40110 kPa Ballast Pump 1 Suction Pressure B: P40111 kPa Ballast Pump 1 Discharge Pressure C: P40120 kPa Ballast Pump 2 Suction Pressure D: P40121 kPa Ballast Pump 2 Discharge Pressure E: P40130 kPa Ballast Pump 3 Suction Pressure F: P40131 kPa Ballast Pump 3 Discharge Pressure G: P40140 kPa Ballast Eductor Drive Pressure H: P40141 kPa L=-400.0 H=--- Ballast Eductor Suction Pressure I: P40142 kPa Ballast Eductor Discharge Pressure J: K: I40110 A Ballast Pump 1 Amperage L: I40120 A Ballast Pump 2 Amperage M: I40130 A Ballast Pump 3 Amperage N: O: M40109 tonn WBAPT Tank Mass P: L40109 m L=-0.1 H=7.7 WBAPT Sounding Level (even keel) Q: V40159 % WBAPT Volume (Capacity 1145.8 m3) R: G40101 m3/h Ballast Line Port Flow S: G40102 m3/h Ballast Line Stbd Flow T: G40103 m3/h Discharge to shore Flow 2.202 Page:40101 MD401** BALLAST PUMP ROOM -

CONTROL

A: X40101 <0-1> Ballast Pump 1 Start/Stop B: R40101 <0-1> Ballast Pump 1 C: X40102 <0-1> Ballast Pump 2 Start/Stop D: R40102 <0-1> Ballast Pump 2 E: X40103 <0-1> Ballast Pump 3 Start/Stop F: R40103 <0-1> Ballast Pump 3 G: R40105 <0-1> BW Bilge and G.S Pump H: I: R40104 <0-1> Ballast Eductor J: K: L: M: N: O: P: Q: R: S: T:



2.203 Page:40102 MD401** BALLAST PUMP ROOM - VALVES (1 of 2)

A: V40101 <0-1> BW Eductor Suction Port Valve BWV-101 B: V40102 <0-1> BW Eductor Suction Stbd Valve BWV-102 C: V40103 <0-1> BW Crossover Port Valve BWV-103 D: V40104 <0-1> BW Crossover Stbd Valve BWV-104 E: V40107 <0-1> BW Seachest High Valve BWV-107 F: V40108 <0-1> BW Seachest Low Valve BWV-108 G: V40109 <0-1> BW Aft. Peak Tank Valve BWV-109 H: V40110 <0-1> BW Discharge Low Valve BWV-110 I: V40111 <0-1> BW Suction 1 Fore Valve BWV-111 J: V40112 <0-1> BW Suction 1 Aft. Valve BWV-112 K: V40113 <0-1> BW Filling 1 Valve BWV-113 L: V40114 <0-1> BW Discharge 1 Valve BWV-114 M: V40121 <0-1> BW Suction 2 Fore Valve BWV-121 N: V40122 <0-1> BW Suction 2 Aft. Valve BWV-122 O: V40123 <0-1> BW Filling 2 Valve BWV-123 P: V40124 <0-1> BW Discharge 2 Valve BWV-124 Q: V40131 <0-1> BW Suction 3 Fore Valve BWV-131 R: V40132 <0-1> BW Suction 3 Aft. Valve BWV-132 S: V40133 <0-1> BW Filling 3 Valve BWV-133 T: V40134 <0-1> BW Discharge 3 Valve BWV-134 2.204 Page:40103 MD401** BALLAST PUMP ROOM -

VALVES (2 of 2)

A: V40140 % BW Eductor Drive Valve 4WV-43 B: V40141 <0-1> BW Eductor Discharge Valve BWV-141 C: D: V40142 <0-1> BW Discharge High Valve E: V40143 <0-1> Inertgas Cooling Water Valve 2WV-41 F: V40144 % Water Spray Discharge Valve G: H: V40150 <0-1> BW Discharge to shore Valve I: V40151 <0-1> BW Eductor xover to shore Valve J: V40152 <0-1> BW Ballast pump xover to shore Valve K: L: M: N: O: P: Q: R: S: T:




A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.206 Page:50000 MD500** SPRAY LINE COOLDOWN

CONTROL

A: X50001 <0-1> Spray Line Cooldown Auto Seq Start Cmd B: X50004 <0-1> Spray Line Cooldown Auto Seq Start Lamp C: X50002 <0-1> Spray Line Cooldown Auto Seq Stop Cmd D: X50005 <0-1> Spray Line Cooldown Auto Seq Stop Lamp E: X50003 <0-1> Spray Line Cooldown Auto Seq State F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:




A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.208 Page:50100 MD501** CARGO TANK 1 - AUTO

SEQUENCES

A: X50101 <0-1> CT 1 Port Cargo Pump Auto Seq Start Cmd B: X50102 <0-1> CT 1 Port Cargo Pump Auto Seq Stop Cmd C: X50103 <0-1> CT 1 Port Cargo Pump Auto Seq Active D: X50104 <0-1> L=--- H=1.0 CT 1 Port Cargo Pump Auto Seq Alarm E: X50105 <0-1> CT 1 Port Cargo Pump Auto Seq State F: L50101 m CT 1 Port Cargo Pump Auto Seq Stop Level G: H: X50111 <0-1> CT 1 Stbd Cargo Pump Auto Seq Start Cmd I: X50112 <0-1> CT 1 Stbd Cargo Pump Auto Seq Stop Cmd J: X50113 <0-1> CT 1 Stbd Cargo Pump Auto Seq Active K: X50114 <0-1> L=--- H=1.0 CT 1 Stbd Cargo Pump Auto Seq Alarm L: X50115 <0-1> CT 1 Stbd Cargo Pump Auto Seq State M: L50111 m CT 1 Stbd Cargo Pump Auto Seq Stop Level N: O: X50121 <0-1> CT 1 Discharge Auto Seq Start/Stop Cmd P: X50122 <0-1> CT 1 Discharge Auto Seq State Q: X50123 <0-1> CT 1 Discharge Auto Seq Reset Cmd R: X20104 <0-1> L=--- H=1.0 CT 1 Disch Seq Valve Pos Feedback Alarm S: X50124 <0-1> L=--- H=1.0 CT 1 Stripping Pump In Manual Mode T: X50125 <0-1> CT 1 Discharge Auto Seq Fill Vlv Overrid



2.209 Page:50101 MD501** CARGO TANK 1 - AUTO SEQUENCES

A: X50131 <0-1> CT 1 Spray Pump Auto Seq Start Cmd B: X50132 <0-1> CT 1 Spray Pump Auto Seq Stop Cmd C: X50133 <0-1> CT 1 Spray Pump Auto Seq Active D: X50134 <0-1> L=--- H=1.0 CT 1 Spray Pump Auto Seq Alarm E: X50135 <0-1> CT 1 Spray Pump Auto Seq State F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.210 Page:50102 MD501** CARGO TANK 1 -

TEMPERATURE SETTER

A: X50141 <0-1> CT 1 Temp Contr Auto Seq Start/Stop Cmd B: X50143 <0-1> CT 1 Temp Contr Auto Seq State C: D: P20130 kPa L=1.0 H=23.0 CT 1 Vapour Pressure E: T20143 degC CT 1 Temperature at 50% of tank F: G: T50140 degC CT 1 Temp Contr Auto Seq Setpoint H: Z50140 % CT 1 Temp Contr Auto Seq Output I: J: K: L: M: N: O: P: Q: R: S: T:





SEQUENCES






TEMPERATURE SETTER






SEQUENCES






TEMPERATURE SETTER






SEQUENCES






TEMPERATURE SETTER





A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.224 Page:50700 MD507** FGD - SEQUENTIAL

SYSTEM

A: X50701 <0-1> Seq. Gas Detection ON B: X50702 <0-1> Seq. Gas Detection AUTO C: X50703 <0-1> Seq. Gas Detection ALARM (ack) D: X50704 <0-1> Seq. Gas Detection Air Purge E: X50705 <0-1> Seq. Gas Detection Span Gas purge F: G: X50711 <0-1> Seq. Gas Detection Pump 1 ON H: X50712 <0-1> Seq. Gas Detection Pump 1 STANDBY I: X50721 <0-1> Seq. Gas Detection Pump 2 ON J: X50722 <0-1> Seq. Gas Detection Pump 2 STANDBY K: L: X50733 <0-1> ESD Fixed Gas Detection M: N: O: P: Q: R: S: T:



2.225 Page:50701 MD507** FGD - SEQ. SAMPL POINTS (1 OF 3)

A: I50701 <0-3> L=--- H=2.0 Gas Alarm CT1 Inter Barr. Sp. 1 B: I50702 <0-3> L=--- H=2.0 Gas Alarm CT1 Inter Barr. Sp. 2 C: I50703 <0-3> L=--- H=2.0 Gas Alarm CT1 Insulation Space D: I50704 <0-3> L=--- H=2.0 Gas Alarm CT1 Vent Mast E: I50705 <0-3> L=--- H=2.0 Gas Alarm CT2 Inter Barr. Sp. 1 F: I50706 <0-3> L=--- H=2.0 Gas Alarm CT2 Inter Barr. Sp. 2 G: I50707 <0-3> L=--- H=2.0 Gas Alarm CT2 Insulation Space H: I50708 <0-3> L=--- H=2.0 Gas Alarm CT2 Vent Mast I: I50709 <0-3> L=--- H=2.0 Gas Alarm CT3 Inter Barr. Sp. 1 J: I50710 <0-3> L=--- H=2.0 Gas Alarm CT3 Inter Barr. Sp. 2 K: I50711 <0-3> L=--- H=2.0 Gas Alarm CT3 Insulation Space L: I50712 <0-3> L=--- H=2.0 Gas Alarm CT3 Vent Mast M: I50713 <0-3> L=--- H=2.0 Gas Alarm CT4 Inter Barr. Sp. 1 N: I50714 <0-3> L=--- H=2.0 Gas Alarm CT4 Inter Barr. Sp. 2 O: I50715 <0-3> L=--- H=2.0 Gas Alarm CT4 Insulation Space P: I50716 <0-3> L=--- H=2.0 Gas Alarm CT4 Vent Mast Q: R: S: T: 2.226 Page:50702 MD507** FGD - SEQ. SAMPL

POINTS (2 OF 3)

A: I50721 <0-3> L=--- H=2.0 Gas Alarm Cofferdam 1 B: I50722 <0-3> L=--- H=2.0 Gas Alarm Cofferdam 2 C: I50723 <0-3> L=--- H=2.0 Gas Alarm Cofferdam 3 D: I50724 <0-3> L=--- H=2.0 Gas Alarm Cofferdam 4 E: I50725 <0-3> L=--- H=2.0 Gas Alarm Cofferdam 5 F: I50726 <0-3> L=--- H=2.0 Gas Alarm Duct Keel Fwd G: I50727 <0-3> L=--- H=2.0 Gas Alarm Duct Keel Aft H: I50728 <0-3> L=--- H=2.0 Gas Alarm Under Deck Passage FwP I: I50729 <0-3> L=--- H=2.0 Gas Alarm Under Deck Passage FwS J: I50730 <0-3> L=--- H=2.0 Gas Alarm Under Deck Passage AfP K: I50731 <0-3> L=--- H=2.0 Gas Alarm Under Deck Passage AfS L: I50732 <0-3> L=--- H=2.0 Gas Alarm Cargo Machinery Rm Upp M: I50733 <0-3> L=--- H=2.0 Gas Alarm Cargo Machinery Rm Low N: I50734 <0-3> L=--- H=2.0 Gas Alarm Cargo M. Motor Rm Upp O: I50735 <0-3> L=--- H=2.0 Gas Alarm Cargo M. Motor Rm Low P: I50736 <0-3> L=--- H=2.0 Gas Alarm Gas Heater Area Q: I50737 <0-3> L=--- H=2.0 Gas Alarm Bosun Store R: I50738 <0-3> L=--- H=2.0 Gas Alarm Bow Thruster Room S: I50739 <0-3> L=--- H=2.0 Gas Alarm Cargo Control Room T:



2.227 Page:50703 MD507** FGD - SEQ. SAMPL POINTS (3 OF 3)

A: X50730 <0-40> Seq. Sampling, Current position B: X50731 % Seq. Sampling, LEL at Current Position C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.228 Page:50710 MD507** FGD - CONTINUOUS

SYSTEM (1 OF 3)

A: X50751 <0-1> Cont. Ch.1 ON - Fuel Gas Main Pipe Duct B: X50752 <0-1> Cont. Ch.2 ON - No.1 Boiler Hood C: X50753 <0-1> Cont. Ch.3 ON - No.2 Boiler Hood D: X50754 <0-1> Cont. Ch.4 ON - IG line after drier E: X50755 <0-1> Cont. Ch.5 ON - Engine Room Pos 1 F: X50756 <0-1> Cont. Ch.6 ON - Engine Room Pos 2 G: X50757 <0-1> Cont. Ch.7 ON - Engine Room Pos 3 H: X50758 <0-1> Cont. Ch.8 ON - --- not used --- I: J: X50761 <0-1> L=--- H=1.0 Cont. Ch.1 CUTOFF - Fuel Gas Pipe K: X50762 <0-1> L=--- H=1.0 Cont. Ch.2 CUTOFF - No.1 Boiler L: X50763 <0-1> L=--- H=1.0 Cont. Ch.3 CUTOFF - No.2 Boiler M: X50764 <0-1> L=--- H=1.0 Cont. Ch.4 CUTOFF - IG line N: X50765 <0-1> L=--- H=1.0 Cont. Ch.5 CUTOFF - ER Pos 1 O: X50766 <0-1> L=--- H=1.0 Cont. Ch.6 CUTOFF - ER Pos 2 P: X50767 <0-1> L=--- H=1.0 Cont. Ch.7 CUTOFF - ER Pos 3 Q: X50768 <0-1> L=--- H=1.0 Cont. Ch.8 CUTOFF - Not used R: S: T:



2.229 Page:50711 MD507** FGD - CONTINUOUS SYSTEM (2 OF 3)

A: X50781 <0-1> Cont. Channel 1 AIR B: X50782 <0-1> Cont. Channel 2 AIR C: X50783 <0-1> Cont. Channel 3 AIR D: X50784 <0-1> Cont. Channel 4 AIR E: X50785 <0-1> Cont. Channel 5 AIR F: X50786 <0-1> Cont. Channel 6 AIR G: X50787 <0-1> Cont. Channel 7 AIR H: X50788 <0-1> Cont. Channel 8 AIR I: J: X50791 <0-1> Cont. Channel 1 SPAN K: X50792 <0-1> Cont. Channel 2 SPAN L: X50793 <0-1> Cont. Channel 3 SPAN M: X50794 <0-1> Cont. Channel 4 SPAN N: X50795 <0-1> Cont. Channel 5 SPAN O: X50796 <0-1> Cont. Channel 6 SPAN P: X50797 <0-1> Cont. Channel 7 SPAN Q: X50798 <0-1> Cont. Channel 8 SPAN R: S: T: 2.230 Page:50712 MD507** FGD - CONTINUOUS

SYSTEM (3 OF 3)

A: X50771 <0-1> L=--- H=1.0 GAS ALARM - Fuel Gas Pipe B: X50772 <0-1> L=--- H=1.0 GAS ALARM - No.1 Boiler C: X50773 <0-1> L=--- H=1.0 GAS ALARM - No.2 Boiler D: X50774 <0-1> L=--- H=1.0 GAS ALARM - IG line E: X50775 <0-1> L=--- H=1.0 GAS ALARM - ER Pos 1 F: X50776 <0-1> L=--- H=1.0 GAS ALARM - ER Pos 2 G: X50777 <0-1> L=--- H=1.0 GAS ALARM - ER Pos 3 H: X50778 <0-1> L=--- H=1.0 GAS ALARM - Not used I: J: K: L: M: N: O: P: Q: R: S: T:




A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.232 Page:54000 MD540** ESD INHIBIT

A: X54000 <0-1> ESD Inhibit Automatic ESD (1=Inhibit) B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.233 Page:54001 MD540** ESD STATUS ON BOARD

A: X54009 <0-1> L=--- H=1.0 ESD Fire Fuse Plug Manifold (1=Broken) B: X54010 <0-1> L=--- H=1.0 ESD Fire Fuse Plug Cargo M Rm (1=Broken) C: X54011 <0-1> L=--- H=1.0 ESD Fire Fuse Plug CT1 Dome (1=Broken) D: X54012 <0-1> L=--- H=1.0 ESD Fire Fuse Plug CT2 Dome (1=Broken) E: X54013 <0-1> L=--- H=1.0 ESD Fire Fuse Plug CT3 Dome (1=Broken) F: X54014 <0-1> L=--- H=1.0 ESD Fire Fuse Plug CT4 Dome (1=Broken) G: X54015 <0-1> L=--- H=1.0 ESD Fire Fuse Plug CT5 Dome (1=Broken) H: X54016 <0-1> ESD Insert new Fire Fuse Plugs I: X54020 <0-1> L=--- H=1.0 ESD Due to CT Full J: X54021 <0-1> L=--- H=1.0 ESD CT1 Very High Level K: X54022 <0-1> L=--- H=1.0 ESD CT2 Very High Level L: X54023 <0-1> L=--- H=1.0 ESD CT3 Very High Level M: X54024 <0-1> L=--- H=1.0 ESD CT4 Very High Level N: X54030 <0-1> L=--- H=1.0 ESD Power Failure O: X54031 <0-1> L=--- H=1.0 ESD Low Hydraulic Pressure P: X54032 <0-1> L=--- H=1.0 ESD Low Control Air Pressure Q: X54033 <0-1> L=--- H=1.0 ESD Fixed Gas Detection R: X54096 <0-1> L=--- H=--- ESD Lamp Status on Board S: X54097 <0-1> ESD Reset on Board T: 2.234 Page:54002 MD540** ESD STATUS ON SHORE

A: X10096 <0-1> ESD Lamp Status on Shore B: X10097 <0-1> ESD Reset on Shore C: X10098 <0-1> ESD Shore Connection D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.235 Page:54003 MD540** ESD MANUAL ACTIVATION ON BOARD

A: X10195 <0-1> ESD Button Cargo Tank Overview B: X12095 <0-1> ESD Button Manifold C: D: X20195 <0-1> ESD Button Cargo Tank 1 E: X20295 <0-1> ESD Button Cargo Tank 2 F: X20395 <0-1> ESD Button Cargo Tank 3 G: X20495 <0-1> ESD Button Cargo Tank 4 H: I: X22095 <0-1> ESD Button Cofferdam Area J: X24095 <0-1> ESD Button Insulation Space Area K: L: X30095 <0-1> ESD Button Compressor Room M: X30995 <0-1> ESD Button Low Duty System N: X31995 <0-1> ESD Button High Duty System O: X32995 <0-1> ESD Button Vapourizers P: Q: R: S: T: 2.236 Page:54004 MD540** ESD MANUAL

ACTIVATION ON BOARD

A: X50095 <0-1> ESD Button H/D and Spray Control Panel B: C: X50195 <0-1> ESD Button Cargo Control Panel 1 D: X50295 <0-1> ESD Button Cargo Control Panel 2 E: X50395 <0-1> ESD Button Cargo Control Panel 3 F: X50495 <0-1> ESD Button Cargo Control Panel 4 G: X50595 <0-1> ESD Button Cargo Control Panel 5 H: I: X52095 <0-1> ESD Button Fixed Gas Detection System J: X53095 <0-1> ESD Button Portable Gas Detect System K: L: X54095 <0-1> ESD Button ESD Panel M: N: O: P: Q: R: S: T:



2.237 Page:54005 MD540** ESD MANUAL ACTIVATION ON SHORE

A: X10095 <0-1> ESD Button Shore Tank B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.238 Page:54020 MD120** ESD VALVES - TIME

SETTING

A: T12011 sec Liq. Manif. 1P ESD Vlv Close Time VL-11 B: T12021 sec Liq. Manif. 2P ESD Vlv Close Time VL-21 C: T12031 sec Liq. Manif. 3P ESD Vlv Close Time VL-31 D: T12041 sec Liq. Manif. 4P ESD Vlv Close Time VL-41 E: T12071 sec Vap. Manif. P ESD Vlv Close Time VG-71 F: T12012 sec Liq. Manif. 1S ESD Vlv Close Time VL-12 G: T12022 sec Liq. Manif. 2S ESD Vlv Close Time VL-22 H: T12032 sec Liq. Manif. 3S ESD Vlv Close Time VL-32 I: T12042 sec Liq. Manif. 4S ESD Vlv Close Time VL-42 J: T12072 sec Vap. Manif. S ESD Vlv Close Time VG-72 K: T12013 sec Liq. Manif. 1P ESD Vlv Open Time VL-11 L: T12023 sec Liq. Manif. 2P ESD Vlv Open Time VL-21 M: T12033 sec Liq. Manif. 3P ESD Vlv Open Time VL-31 N: T12043 sec Liq. Manif. 4P ESD Vlv Open Time VL-41 O: T12073 sec Vap. Manif. P ESD Vlv Open Time VG-71 P: T12014 sec Liq. Manif. 1S ESD Vlv Open Time VL-12 Q: T12024 sec Liq. Manif. 2S ESD Vlv Open Time VL-22 R: T12034 sec Liq. Manif. 3S ESD Vlv Open Time VL-32 S: T12044 sec Liq. Manif. 4S ESD Vlv Open Time VL-42 T: T12074 sec Vap. Manif. S ESD Vlv Open Time VG-72




A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.240 Page:60000 MD600** LOAD CALC.: CONTROL

A: T60000 degC LC->Sea Water Temperature B: X60000 - LC->Sea Water Salinity (kg salt/kg mix) C: D60001 kg/m3 LC->Sea Water Density D: D60002 kg/m3 LC->Requested SW Density (at 15 degC) E: F: X60099 [0-3] INIT Load Calc. 1/2/3=Empty/Real/Loaded G: X60098 [0/-1] Transfer Load Calc. data to Ship (-1) H: I: M60391 tonn LC->Total Cargo Mass J: M60392 tonn LC->Total Ballast Mass K: M60393 tonn LC->Total HFO Mass L: M60394 tonn LC->Total D.O Mass M: M60395 tonn LC->Total FW Mass N: O: P: Q: R: S: T:



2.241 Page:60001 MD600** LOAD CALC.: TANK VOLUMES (1 of 8)

A: V60101 m3 LC->Cargo tank C1 Volume B: V60102 m3 LC->Cargo tank C2 Volume C: V60103 m3 LC->Cargo tank C3 Volume D: V60104 m3 LC->Cargo tank C4 Volume E: F: V60105 m3 LC->WBFPT Tank Volume G: V60106 m3 LC->WBDP Tank Volume H: V60107 m3 LC->WBDS Tank Volume I: V60108 m3 LC->WBDC Tank Volume J: V60109 m3 LC->WB1P Tank Volume K: V60110 m3 LC->WB1S Tank Volume L: V60111 m3 LC->WB2P Tank Volume M: V60112 m3 LC->WB2S Tank Volume N: V60113 m3 LC->WB3P Tank Volume O: V60114 m3 LC->WB3S Tank Volume P: V60115 m3 LC->WB4P Tank Volume Q: V60116 m3 LC->WB4S Tank Volume R: V60117 m3 LC->WBERP Tank Volume S: V60118 m3 LC->WBERS Tank Volume T: V60119 m3 LC->WBAPT Tank Volume 2.242 Page:60002 MD600** LOAD CALC.: TANK

VOLUMES (2 of 8)

A: V60120 m3 LC->FO DP C Volume B: V60121 m3 LC->FO P Volume C: V60122 m3 LC->FO S Volume D: V60123 m3 LC->LOW SULPHUR S Volume E: V60124 m3 LC->FO SETT P Volume F: V60125 m3 LC->FO SETT S Volume G: V60126 m3 LC->DO STOR P Volume H: V60127 m3 LC->DO SERV P Volume I: V60128 m3 LC->DO STOR/IGG Volume J: K: L: M: N: O: P: Q: R: S: T:




A: V60129 m3 LC->M.LO GRAV S Volume B: V60130 m3 LC->M.LO SETT S Volume C: V60131 m3 LC->M.LO STOR 1 S Volume D: V60132 m3 LC->M.LO STOR 2 S Volume E: V60133 m3 LC->D/G LO STOR S Volume F: V60134 m3 LC->D/G LO SETT S Volume G: V60135 m3 LC->T/G LO SETT S Volume H: V60136 m3 LC->M.LO SUMP C Volume I: V60137 m3 LC->BILGE HOLD C Volume J: V60138 m3 LC->FO OVERF.C Volume K: V60139 m3 LC->S/T CW C Volume L: V60140 m3 LC->OILY BILGE C Volume M: V60141 m3 LC->FO DRAIN S Volume N: V60142 m3 LC->LO SLUDGE S Volume O: P: Q: R: S: T: 2.244 Page:60004 MD600** LOAD CALC.: TANK

VOLUMES (4 of 8)

A: V60143 m3 LC->DIST W P Volume B: V60144 m3 LC->DIST W S Volume C: V60145 m3 LC->FW P Volume D: V60146 m3 LC->FW S Volume E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:




A: V60301 % LC->Cargo tank C1 Volume (Cap. 21958 m3) B: V60302 % LC->Cargo tank C2 Volume (Cap. 43048 m3) C: V60303 % LC->Cargo tank C3 Volume (Cap. 43049 m3) D: V60304 % LC->Cargo tank C4 Volume (Cap. 37858 m3) E: F: V60305 % LC->WBFPT Tank Volume (Cap. 1355.9 m3) G: V60306 % LC->WBDP Tank Volume (Cap. 1581.8 m3) H: V60307 % LC->WBDS Tank Volume (Cap. 1581.8 m3) I: V60308 % LC->WBDC Tank Volume (Cap. 1748.6 m3) J: V60309 % LC->WB1P Tank Volume (Cap. 5877.8 m3) K: V60310 % LC->WB1S Tank Volume (Cap. 5877.8 m3) L: V60311 % LC->WB2P Tank Volume (Cap. 6145.9 m3) M: V60312 % LC->WB2S Tank Volume (Cap. 6145.9 m3) N: V60313 % LC->WB3P Tank Volume (Cap. 6262.4 m3) O: V60314 % LC->WB3S Tank Volume (Cap. 6262.4 m3) P: V60315 % LC->WB4P Tank Volume (Cap. 5233.1 m3) Q: V60316 % LC->WB4S Tank Volume (Cap. 5233.1 m3) R: V60317 % LC->WBERP Tank Volume (Cap. 1025.8 m3) S: V60318 % LC->WBERS Tank Volume (Cap. 1025.8 m3) T: V60319 % LC->WBAPT Tank Volume (Cap. 1145.8 m3) 2.246 Page:60006 MD600** LOAD CALC.: TANK

VOLUMES (6 of 8)

A: V60320 % LC->FO DP C Volume (Cap. 1783.4 m3) B: V60321 % LC->FO P Volume (Cap. 828.4 m3) C: V60322 % LC->FO S Volume (Cap. 297.7 m3) D: V60323 % LC->LOW SULPH. S Volume (Cap. 529.9 m3) E: V60324 % LC->FO SETT P Volume (Cap. 278.0 m3) F: V60325 % LC->FO SETT S Volume (Cap. 222.4 m3) G: V60326 % LC->DO STOR P Volume (Cap. 307.0 m3) H: V60327 % LC->DO SERV P Volume (Cap. 12.6 m3) I: V60328 % LC->DO STOR/IGG Volume (Cap. 107.5 m3) J: K: L: M: N: O: P: Q: R: S: T:




A: V60329 % LC->M.LO GRAV S Volume (Cap. 33.6 m3) B: V60330 % LC->M.LO SETT S Volume (Cap. 51.3 m3) C: V60331 % LC->M.LO STOR 1 S Volume (Cap. 41.2 m3) D: V60332 % LC->M.LO STOR 2 S Volume (Cap. 41.2 m3) E: V60333 % LC->D/G LO STOR S Volume (Cap. 9.5 m3) F: V60334 % LC->D/G LO SETT S Volume (Cap. 7.7 m3) G: V60335 % LC->T/G LO SETT S Volume (Cap. 7.7 m3) H: V60336 % LC->M.LO SUMP C Volume (Cap. 67.0 m3) I: V60337 % LC->BILGE HOLD C Volume (Cap. 110.8 m3) J: V60338 % LC->FO OVERF.C Volume (Cap. 64.4 m3) K: V60339 % LC->S/T CW C Volume (Cap. 48.3 m3) L: V60340 % LC->OILY BILGE C Volume (Cap. 31.9 m3) M: V60341 % LC->FO DRAIN S Volume (Cap. 3.1 m3) N: V60342 % LC->LO SLUDGE S Volume (Cap. 4.2 m3) O: P: Q: R: S: T: 2.248 Page:60008 MD600** LOAD CALC.: TANK

VOLUMES (8 of 8)

A: V60343 % LC->DIST W P Volume (Cap. 222.7 m3) B: V60344 % LC->DIST W S Volume (Cap. 222.7 m3) C: V60345 % LC->FW P Volume (Cap. 145.3 m3) D: V60346 % LC->FW S Volume (Cap. 145.3 m3) E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.249 Page:60009 MD600** LOAD CALC.: DENSITIES (1 of 4)

A: D60101 kg/m3 LC->Cargo tank C1 Liq. Dens. (at -161 C) B: D60102 kg/m3 LC->Cargo tank C2 Liq. Dens. (at -161 C) C: D60103 kg/m3 LC->Cargo tank C3 Liq. Dens. (at -161 C) D: D60104 kg/m3 LC->Cargo tank C4 Liq. Dens. (at -161 C) E: F: D60105 kg/m3 LC->WBFPT Tank Liq. Dens. (at 20 degC) G: D60106 kg/m3 LC->WBDP Tank Liq. Dens. (at 20 degC) H: D60107 kg/m3 LC->WBDS Tank Liq. Dens. (at 20 degC) I: D60108 kg/m3 LC->WBDC Tank Liq. Dens. (at 20 degC) J: D60109 kg/m3 LC->WB1P Tank Liq. Dens. (at 20 degC) K: D60110 kg/m3 LC->WB1S Tank Liq. Dens. (at 20 degC) L: D60111 kg/m3 LC->WB2P Tank Liq. Dens. (at 20 degC) M: D60112 kg/m3 LC->WB2S Tank Liq. Dens. (at 20 degC) N: D60113 kg/m3 LC->WB3P Tank Liq. Dens. (at 20 degC) O: D60114 kg/m3 LC->WB3S Tank Liq. Dens. (at 20 degC) P: D60115 kg/m3 LC->WB4P Tank Liq. Dens. (at 20 degC) Q: D60116 kg/m3 LC->WB4S Tank Liq. Dens. (at 20 degC) R: D60117 kg/m3 LC->WBERP Tank Liq. Dens. (at 20 degC) S: D60118 kg/m3 LC->WBERS Tank Liq. Dens. (at 20 degC) T: D60119 kg/m3 LC->WBAPT Tank Liq. Dens. (at 20 degC) 2.250 Page:60010 MD600** LOAD CALC.: DENSITIES

(2 of 4)

A: D60120 kg/m3 LC->FO DP C Dens. (at 20 degC) B: D60121 kg/m3 LC->FO P Dens. (at 20 degC) C: D60122 kg/m3 LC->FO S Dens. (at 20 degC) D: D60123 kg/m3 LC->LOW SULPHUR S Dens. (at 20 degC) E: D60124 kg/m3 LC->FO SETT P Dens. (at 20 degC) F: D60125 kg/m3 LC->FO SETT S Dens. (at 20 degC) G: D60126 kg/m3 LC->DO STOR P Dens. (at 20 degC) H: D60127 kg/m3 LC->DO SERV P Dens. (at 20 degC) I: D60128 kg/m3 LC->DO STOR/IGG Dens. (at 20 degC) J: K: L: M: N: O: P: Q: R: S: T:



2.251 Page:60011 MD600** LOAD CALC.: DENSITIES (3 of 4)

A: D60129 kg/m3 LC->M.LO GRAV S Dens. (at 20 degC) B: D60130 kg/m3 LC->M.LO SETT S Dens. (at 20 degC) C: D60131 kg/m3 LC->M.LO STOR 1 S Dens. (at 20 degC) D: D60132 kg/m3 LC->M.LO STOR 2 S Dens. (at 20 degC) E: D60133 kg/m3 LC->D/G LO STOR S Dens. (at 20 degC) F: D60134 kg/m3 LC->D/G LO SETT S Dens. (at 20 degC) G: D60135 kg/m3 LC->T/G LO SETT S Dens. (at 20 degC) H: D60136 kg/m3 LC->M.LO SUMP C Dens. (at 20 degC) I: D60137 kg/m3 LC->BILGE HOLD C Dens. (at 20 degC) J: D60138 kg/m3 LC->FO OVERF.C Dens. (at 20 degC) K: D60139 kg/m3 LC->S/T CW C Dens. (at 20 degC) L: D60140 kg/m3 LC->OILY BILGE C Dens. (at 20 degC) M: D60141 kg/m3 LC->FO DRAIN S Dens. (at 20 degC) N: D60142 kg/m3 LC->LO SLUDGE S Dens. (at 20 degC) O: P: Q: R: S: T: 2.252 Page:60012 MD600** LOAD CALC.: DENSITIES

(4 of 4)

A: D60143 kg/m3 LC->DIST W P Dens. (at 20 degC) B: D60144 kg/m3 LC->DIST W S Dens. (at 20 degC) C: D60145 kg/m3 LC->FW P Dens. (at 20 degC) D: D60146 kg/m3 LC->FW S Dens. (at 20 degC) E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.253 Page:60013 MD600** LOAD CALC.: CARGO VAPOUR PRESSURE

A: P60101 barg LC->Cargo tank C1 Vapour Pressure B: P60102 barg LC->Cargo tank C2 Vapour Pressure C: P60103 barg LC->Cargo tank C3 Vapour Pressure D: P60104 barg LC->Cargo tank C4 Vapour Pressure E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.254 Page:60014 MD650** LOAD CALC.:

TEMPERATURES (1 of 4)

A: T60101 degC LC->Cargo tank C1 Liq. Temp. B: T60102 degC LC->Cargo tank C2 Liq. Temp. C: T60103 degC LC->Cargo tank C3 Liq. Temp. D: T60104 degC LC->Cargo tank C4 Liq. Temp. E: F: T60105 degC LC->WBFPT Tank Liq. Temp. G: T60106 degC LC->WBDP Tank Liq. Temp. H: T60107 degC LC->WBDS Tank Liq. Temp. I: T60108 degC LC->WBDC Tank Liq. Temp. J: T60109 degC LC->WB1P Tank Liq. Temp. K: T60110 degC LC->WB1S Tank Liq. Temp. L: T60111 degC LC->WB2P Tank Liq. Temp. M: T60112 degC LC->WB2S Tank Liq. Temp. N: T60113 degC LC->WB3P Tank Liq. Temp. O: T60114 degC LC->WB3S Tank Liq. Temp. P: T60115 degC LC->WB4P Tank Liq. Temp. Q: T60116 degC LC->WB4S Tank Liq. Temp. R: T60117 degC LC->WBERP Tank Liq. Temp. S: T60118 degC LC->WBERS Tank Liq. Temp. T: T60119 degC LC->WBAPT Tank Liq. Temp.



2.255 Page:60015 MD600** LOAD CALC.: TEMPERATURES (2 of 4)

A: T60120 degC LC->FO DP C Liq. Temp. B: T60121 degC LC->FO P Liq. Temp. C: T60122 degC LC->FO S Liq. Temp. D: T60123 degC LC->LOW SULPHUR S Liq. Temp. E: T60124 degC LC->FO SETT P Liq. Temp. F: T60125 degC LC->FO SETT S Liq. Temp. G: T60126 degC LC->DO STOR P Liq. Temp. H: T60127 degC LC->DO SERV P Liq. Temp. I: T60128 degC LC->DO STOR/IGG Liq. Temp. J: K: L: M: N: O: P: Q: R: S: T: 2.256 Page:60016 MD600** LOAD CALC.:

TEMPERATURES (3 of 4)

A: T60129 degC LC->M.LO GRAV S Liq. Temp. B: T60130 degC LC->M.LO SETT S Liq. Temp. C: T60131 degC LC->M.LO STOR 1 S Liq. Temp. D: T60132 degC LC->M.LO STOR 2 S Liq. Temp. E: T60133 degC LC->D/G LO STOR S Liq. Temp. F: T60134 degC LC->D/G LO SETT S Liq. Temp. G: T60135 degC LC->T/G LO SETT S Liq. Temp. H: T60136 degC LC->M.LO SUMP C Liq. Temp. I: T60137 degC LC->BILGE HOLD C Liq. Temp. J: T60138 degC LC->FO OVERF.C Liq. Temp. K: T60139 degC LC->S/T CW C Liq. Temp. L: T60140 degC LC->OILY BILGE C Liq. Temp. M: T60141 degC LC->FO DRAIN S Liq. Temp. N: T60142 degC LC->LO SLUDGE S Liq. Temp. O: P: Q: R: S: T:



2.257 Page:60017 MD600** LOAD CALC.: TEMPERATURES (4 of 4)

A: T60143 degC LC->DIST W P Liq. Temp. B: T60144 degC LC->DIST W S Liq. Temp. C: T60145 degC LC->FW P Liq. Temp. D: T60146 degC LC->FW S Liq. Temp. E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.258 Page:60018 MD650** LOAD CALC.: ULLAGES

A: U60101 m LC->Cargo tank C1 Ullage (even keel) B: U60102 m LC->Cargo tank C2 Ullage (even keel) C: U60103 m LC->Cargo tank C3 Ullage (even keel) D: U60104 m LC->Cargo tank C4 Ullage (even keel) E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.259 Page:60019 MD650** LOAD CALC.: SOUNDINGS (1 of 4)

A: L60101 m LC->Cargo tank C1 Sounding (even keel) B: L60102 m LC->Cargo tank C2 Sounding (even keel) C: L60103 m LC->Cargo tank C3 Sounding (even keel) D: L60104 m LC->Cargo tank C4 Sounding (even keel) E: F: L60105 m LC->WBFPT Tank Sounding (even keel) G: L60106 m LC->WBDP Tank Sounding (even keel) H: L60107 m LC->WBDS Tank Sounding (even keel) I: L60108 m LC->WBDC Tank Sounding (even keel) J: L60109 m LC->WB1P Tank Sounding (even keel) K: L60110 m LC->WB1S Tank Sounding (even keel) L: L60111 m LC->WB2P Tank Sounding (even keel) M: L60112 m LC->WB2S Tank Sounding (even keel) N: L60113 m LC->WB3P Tank Sounding (even keel) O: L60114 m LC->WB3S Tank Sounding (even keel) P: L60115 m LC->WB4P Tank Sounding (even keel) Q: L60116 m LC->WB4S Tank Sounding (even keel) R: L60117 m LC->WBERP Tank Sounding (even keel) S: L60118 m LC->WBERS Tank Sounding (even keel) T: L60119 m LC->WBAPT Tank Sounding (even keel) 2.260 Page:60020 MD600** LOAD CALC.:

SOUNDINGS (2 of 4)

A: L60120 m LC->FO DP C Sounding (even keel) B: L60121 m LC->FO P Sounding (even keel) C: L60122 m LC->FO S Sounding (even keel) D: L60123 m LC->LOW SULPHUR S Sounding (even keel) E: L60124 m LC->FO SETT P Sounding (even keel) F: L60125 m LC->FO SETT S Sounding (even keel) G: L60126 m LC->DO STOR P Sounding (even keel) H: L60127 m LC->DO SERV P Sounding (even keel) I: L60128 m LC->DO STOR/IGG Sounding (even keel) J: K: L: M: N: O: P: Q: R: S: T:



2.261 Page:60021 MD600** LOAD CALC.: SOUNDINGS (3 of 4)

A: L60129 m LC->M.LO GRAV S Sounding (even keel) B: L60130 m LC->M.LO SETT S Sounding (even keel) C: L60131 m LC->M.LO STOR 1 S Sounding (even keel) D: L60132 m LC->M.LO STOR 2 S Sounding (even keel) E: L60133 m LC->D/G LO STOR S Sounding (even keel) F: L60134 m LC->D/G LO SETT S Sounding (even keel) G: L60135 m LC->T/G LO SETT S Sounding (even keel) H: L60136 m LC->M.LO SUMP C Sounding (even keel) I: L60137 m LC->BILGE HOLD C Sounding (even keel) J: L60138 m LC->FO OVERF.C Sounding (even keel) K: L60139 m LC->S/T CW C Sounding (even keel) L: L60140 m LC->OILY BILGE C Sounding (even keel) M: L60141 m LC->FO DRAIN S Sounding (even keel) N: L60142 m LC->LO SLUDGE S Sounding (even keel) O: P: Q: R: S: T: 2.262 Page:60022 MD600** LOAD CALC.:

SOUNDINGS (4 of 4)

A: L60143 m LC->DIST W P Sounding (even keel) B: L60144 m LC->DIST W S Sounding (even keel) C: L60145 m LC->FW P Sounding (even keel) D: L60146 m LC->FW S Sounding (even keel) E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.263 Page:60023 MD600** LOAD CALC.: MASSES (1 of 4)

A: M60101 tonn LC->Cargo tank C1 Mass B: M60102 tonn LC->Cargo tank C2 Mass C: M60103 tonn LC->Cargo tank C3 Mass D: M60104 tonn LC->Cargo tank C4 Mass E: F: M60205 tonn LC->WBFPT Tank Mass G: M60206 tonn LC->WBDP Tank Mass H: M60207 tonn LC->WBDS Tank Mass I: M60208 tonn LC->WBDC Tank Mass J: M60209 tonn LC->WB1P Tank Mass K: M60210 tonn LC->WB1S Tank Mass L: M60211 tonn LC->WB2P Tank Mass M: M60212 tonn LC->WB2S Tank Mass N: M60213 tonn LC->WB3P Tank Mass O: M60214 tonn LC->WB3S Tank Mass P: M60215 tonn LC->WB4P Tank Mass Q: M60216 tonn LC->WB4S Tank Mass R: M60217 tonn LC->WBERP Tank Mass S: M60218 tonn LC->WBERS Tank Mass T: M60219 tonn LC->WBAPT Tank Mass 2.264 Page:60024 MD600** LOAD CALC.: MASSES (2

of 4)

A: M60320 tonn LC->FO DP C Mass B: M60321 tonn LC->FO P Mass C: M60322 tonn LC->FO S Mass D: M60323 tonn LC->LOW SULPHUR S Mass E: M60324 tonn LC->FO SETT P Mass F: M60325 tonn LC->FO SETT S Mass G: M60326 tonn LC->DO STOR P Mass H: M60327 tonn LC->DO SERV P Mass I: M60328 tonn LC->DO STOR/IGG Mass J: K: L: M: N: O: P: Q: R: S: T:



2.265 Page:60025 MD600** LOAD CALC.: MASSES (3 of 4)

A: M60329 tonn LC->M.LO GRAV S Mass B: M60330 tonn LC->M.LO SETT S Mass C: M60331 tonn LC->M.LO STOR 1 S Mass D: M60332 tonn LC->M.LO STOR 2 S Mass E: M60333 tonn LC->D/G LO STOR S Mass F: M60334 tonn LC->D/G LO SETT S Mass G: M60335 tonn LC->T/G LO SETT S Mass H: M60336 tonn LC->M.LO SUMP C Mass I: M60337 tonn LC->BILGE HOLD C Mass J: M60338 tonn LC->FO OVERF.C Mass K: M60339 tonn LC->S/T CW C Mass L: M60340 tonn LC->OILY BILGE C Mass M: M60341 tonn LC->FO DRAIN S Mass N: M60342 tonn LC->LO SLUDGE S Mass O: P: Q: R: S: T: 2.266 Page:60026 MD600** LOAD CALC.: MASSES (4

of 4)

A: M60343 tonn LC->DIST W P Mass B: M60344 tonn LC->DIST W S Mass C: M60345 tonn LC->FW P Mass D: M60346 tonn LC->FW S Mass E: M60347 tonn LC->STORES FWD Mass F: M60348 tonn LC->STORES MID Mass G: M60349 tonn LC->STORES AFT Mass H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.267 Page:60027 MD600** LOAD CALC.: MASS SUMMARY

A: M60391 tonn LC->Total Cargo Mass B: M60392 tonn LC->Total Ballast Mass C: M60393 tonn LC->Total HFO Mass D: M60394 tonn LC->Total D.O Mass E: M60395 tonn LC->Total FW Mass F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.268 Page:60028 MD600** LOAD CALC.: FLOW RATE

(1 of 4)

A: G60101 m3/h LC->Cargo tank C1 Flow out B: G60102 m3/h LC->Cargo tank C2 Flow out C: G60103 m3/h LC->Cargo tank C3 Flow out D: G60104 m3/h LC->Cargo tank C4 Flow out E: F: G60105 m3/h LC->WBFPT Tank Flow out G: G60106 m3/h LC->WBDP Tank Flow out H: G60107 m3/h LC->WBDS Tank Flow out I: G60108 m3/h LC->WBDC Tank Flow out J: G60109 m3/h LC->WB1P Tank Flow out K: G60110 m3/h LC->WB1S Tank Flow out L: G60111 m3/h LC->WB2P Tank Flow out M: G60112 m3/h LC->WB2S Tank Flow out N: G60113 m3/h LC->WB3P Tank Flow out O: G60114 m3/h LC->WB3S Tank Flow out P: G60115 m3/h LC->WB4P Tank Flow out Q: G60116 m3/h LC->WB4S Tank Flow out R: G60117 m3/h LC->WBERP Tank Flow out S: G60118 m3/h LC->WBERS Tank Flow out T: G60119 m3/h LC->WBAPT Tank Flow out



2.269 Page:60029 MD600** LOAD CALC.: FLOW RATE (2 of 4)

A: G60120 m3/h LC->FO DP C Flow out B: G60121 m3/h LC->FO P Flow out C: G60122 m3/h LC->FO S Flow out D: G60123 m3/h LC->LOW SULPHUR S Flow out E: G60124 m3/h LC->FO SETT P Flow out F: G60125 m3/h LC->FO SETT S Flow out G: G60126 m3/h LC->DO STOR P Flow out H: G60127 m3/h LC->DO SERV P Flow out I: G60128 m3/h LC->DO STOR/IGG Flow out J: K: L: M: N: O: P: Q: R: S: T: 2.270 Page:60030 MD600** LOAD CALC.: FLOW RATE

(3 of 4)

A: G60129 m3/h LC->M.LO GRAV S Flow out B: G60130 m3/h LC->M.LO SETT S Flow out C: G60131 m3/h LC->M.LO STOR 1 S Flow out D: G60132 m3/h LC->M.LO STOR 2 S Flow out E: G60133 m3/h LC->D/G LO STOR S Flow out F: G60134 m3/h LC->D/G LO SETT S Flow out G: G60135 m3/h LC->T/G LO SETT S Flow out H: G60136 m3/h LC->M.LO SUMP C Flow out I: G60137 m3/h LC->BILGE HOLD C Flow out J: G60138 m3/h LC->FO OVERF.C Flow out K: G60139 m3/h LC->S/T CW C Flow out L: G60140 m3/h LC->OILY BILGE C Flow out M: G60141 m3/h LC->FO DRAIN S Flow out N: G60142 m3/h LC->LO SLUDGE S Flow out O: P: Q: R: S: T:



2.271 Page:60031 MD600** LOAD CALC.: FLOW RATE (4 of 4)

A: G60143 m3/h LC->DIST W P Flow out B: G60144 m3/h LC->DIST W S Flow out C: G60145 m3/h LC->FW P Flow out D: G60146 m3/h LC->FW S Flow out E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.272 Page:60090 MD600** CONFIGURABLE PAGE




2.273 Page:60400 MD604** LOAD CALC.: HULL DRAFT AND STABILITY

A: L60011 m LC->Draft Aft B: L60012 m LC->Draft Fwd C: L60015 m LC->Draft Stbd Midship D: L60016 m LC->Draft Port Midship E: F: L60013 m LC->Hull Trim G: X60013 deg LC->Hull Trim Angle H: L60014 m LC->Hull Heel I: X60014 deg LC->Hull Heel Angle J: K: L60075 m LC->Metacentric Height L: L60076 m LC->Free Surface (reduction) M: E60076 mrad LC->Dynamic Stability (area 0-30 dgr) N: E60077 mrad LC->Dynamic Stability (area 0-40 dgr) O: P: M60066 % LC->Deadweight (relative) Q: M60065 tonn LC->Deadweight R: M60067 tonn LC->Displacement S: T: M60391 tonn LC->Total Cargo Mass 2.274 Page:60401 MD604** LOAD CALC.: HULL

SHEAR FORCES

A: P60401 ktonn LC->Shear Force (Frame 71) B: P60402 ktonn LC->Shear Force (Frame 87) C: P60403 ktonn LC->Shear Force (Frame 105) D: P60404 ktonn LC->Shear Force (Frame 123) E: P60405 ktonn LC->Shear Force (Frame 137) F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.275 Page:60402 MD604** LOAD CALC.: HULL SHEAR FORCES (%)

A: X60401 % L=-100.0 H=100.0 LC->Shear Force (Frame 71) B: X60402 % L=-100.0 H=100.0 LC->Shear Force (Frame 87) C: X60403 % L=-100.0 H=100.0 LC->Shear Force (Frame 105) D: X60404 % L=-100.0 H=100.0 LC->Shear Force (Frame 123) E: X60405 % L=-100.0 H=100.0 LC->Shear Force (Frame 137) F: G: C60400 <0-1> LC->Select harbour/open sea (Sh.F) H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.276 Page:60490 MD604** CONFIGURABLE PAGE




2.277 Page:60500 MD605** LOAD CALC.: HULL BENDING MOMENTS

A: Q60501 ktonnm LC->Bending Moment (Frame 71) B: Q60502 ktonnm LC->Bending Moment (Frame 87) C: Q60503 ktonnm LC->Bending Moment (Frame 105) D: Q60504 ktonnm LC->Bending Moment (Frame 123) E: Q60505 ktonnm LC->Bending Moment (Frame 137) F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.278 Page:60501 MD605** LOAD CALC.: HULL

BENDING MOMENTS (%)

A: X60501 % L=-100.0 H=100.0 LC->Bending Moment (Frame 71) B: X60502 % L=-100.0 H=100.0 LC->Bending Moment (Frame 87) C: X60503 % L=-100.0 H=100.0 LC->Bending Moment (Frame 105) D: X60504 % L=-100.0 H=100.0 LC->Bending Moment (Frame 123) E: X60505 % L=-100.0 H=100.0 LC->Bending Moment (Frame 137) F: G: C60500 <0-1> LC->Select harbour/open sea (B.M) H: I: J: K: L: M: N: O: P: Q: R: S: T:




A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.280 Page:60600 MD606** LOAD CALC.: HULL

DEFLECTIONS

A: L60601 m LC->Hull Deflection (Frame 71) B: L60602 m LC->Hull Deflection (Frame 87) C: L60603 m LC->Hull Deflection (Frame 105) D: L60604 m LC->Hull Deflection (Frame 123) E: L60605 m LC->Hull Deflection (Frame 137) F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:




A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.282 Page:60700 MD607** LOAD CALC.: HULL

STABILITY

A: L60721 m LC->Righting Lever ( 5 deg) B: L60722 m LC->Righting Lever (10 deg) C: L60723 m LC->Righting Lever (15 deg) D: L60724 m LC->Righting Lever (20 deg) E: L60725 m LC->Righting Lever (25 deg) F: L60726 m LC->Righting Lever (30 deg) G: L60727 m LC->Righting Lever (35 deg) H: L60728 m LC->Righting Lever (40 deg) I: L60729 m LC->Righting Lever (50 deg) J: L60730 m LC->Righting Lever (60 deg) K: L: M: N: O: P: Q: R: S: T:




A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.284 Page:61000 MD610** DAMAGE STABILITY:

TANK VOLUMES

A: V61051 m3 LC->Cofferdam 1 Volume B: V61052 m3 LC->Cofferdam 2 Volume C: V61053 m3 LC->Cofferdam 3 Volume D: V61054 m3 LC->Cofferdam 4 Volume E: V61055 m3 LC->Cofferdam 5 Volume F: V61056 m3 LC->Trunk deck 1 Volume G: V61057 m3 LC->Trunk deck 2 Volume H: V61058 m3 LC->Trunk deck 3 Volume I: V61059 m3 LC->Trunk deck 4 Volume J: V61050 m3 LC->Engine room Volume K: V61001 % LC->Cofferdam 1 Vol. (Cap. 1240.9 m3) L: V61002 % LC->Cofferdam 2 Vol. (Cap. 2834.3 m3) M: V61003 % LC->Cofferdam 3 Vol. (Cap. 2834.3 m3) N: V61004 % LC->Cofferdam 4 Vol. (Cap. 2834.3 m3) O: V61005 % LC->Cofferdam 5 Vol. (Cap. 2774.2 m3) P: V61006 % LC->Trunk deck 1 Vol. (Cap. 738.2 m3) Q: V61007 % LC->Trunk deck 2 Vol. (Cap. 1853.3 m3) R: V61008 % LC->Trunk deck 3 Vol. (Cap. 1853.3 m3) S: V61009 % LC->Trunk deck 4 Vol. (Cap. 1635.2 m3) T: V61000 % LC->Engine room Vol. (Cap. 21877 m3)



2.285 Page:61001 MD610** DAMAGE STABILITY: SOUNDINGS AND MASSES

A: L61051 m LC->Cofferdam 1 Sounding (even keel) B: L61052 m LC->Cofferdam 2 Sounding (even keel) C: L61053 m LC->Cofferdam 3 Sounding (even keel) D: L61054 m LC->Cofferdam 4 Sounding (even keel) E: L61055 m LC->Cofferdam 5 Sounding (even keel) F: L61056 m LC->Trunk deck 1 Sounding (even keel) G: L61057 m LC->Trunk deck 2 Sounding (even keel) H: L61058 m LC->Trunk deck 3 Sounding (even keel) I: L61059 m LC->Trunk deck 4 Sounding (even keel) J: L61050 m LC->Engine room Sounding (even keel) K: M61051 tonn LC->Cofferdam 1 Mass L: M61052 tonn LC->Cofferdam 2 Mass M: M61053 tonn LC->Cofferdam 3 Mass N: M61054 tonn LC->Cofferdam 4 Mass O: M61055 tonn LC->Cofferdam 5 Mass P: M61056 tonn LC->Trunk deck 1 Mass Q: M61057 tonn LC->Trunk deck 2 Mass R: M61058 tonn LC->Trunk deck 3 Mass S: M61059 tonn LC->Trunk deck 4 Mass T: M61050 tonn LC->Engine room Mass 2.286 Page:61002 MD610** DAMAGE COEFFICIENT

(1 of 2)

A: D61051 <0-1> LC->Cofferdam 1 Damage coefficient B: D61052 <0-1> LC->Cofferdam 2 Damage coefficient C: D61053 <0-1> LC->Cofferdam 3 Damage coefficient D: D61054 <0-1> LC->Cofferdam 4 Damage coefficient E: D61055 <0-1> LC->Cofferdam 5 Damage coefficient F: D61056 <0-1> LC->Trunk deck 1 Damage coefficient G: D61057 <0-1> LC->Trunk deck 2 Damage coefficient H: D61058 <0-1> LC->Trunk deck 3 Damage coefficient I: D61059 <0-1> LC->Trunk deck 4 Damage coefficient J: D61050 <0-1> LC->Engine room Damage coefficient K: L: M: N: O: P: Q: R: S: T:



2.287 Page:61003 MD610** DAMAGE COEFFICIENT (2 of 2)

A: D61005 <0-1> LC->WBFPT Tank Damage coefficient B: D61006 <0-1> LC->WBDP Tank Damage coefficient C: D61007 <0-1> LC->WBDS Tank Damage coefficient D: D61008 <0-1> LC->WBDC Tank Damage coefficient E: D61009 <0-1> LC->WB1P Tank Damage coefficient F: D61010 <0-1> LC->WB1S Tank Damage coefficient G: D61011 <0-1> LC->WB2P Tank Damage coefficient H: D61012 <0-1> LC->WB2S Tank Damage coefficient I: D61013 <0-1> LC->WB3P Tank Damage coefficient J: D61014 <0-1> LC->WB3S Tank Damage coefficient K: D61015 <0-1> LC->WB4P Tank Damage coefficient L: D61016 <0-1> LC->WB4S Tank Damage coefficient M: D61017 <0-1> LC->WBERP Tank Damage coefficient N: D61018 <0-1> LC->WBERS Tank Damage coefficient O: D61019 <0-1> LC->WBAPT Tank Damage coefficient P: Q: R: S: T: 2.288 Page:80000 MD8000** LIQ MANIFOLD

SAMPLES

A: S12011 - Sample Point Liq Manif 1 P B: Y12011 degC Vapour Temperature at S12011 C: B12011 kPa Gauge Pressure at S12011 D: J12011 %LEL Lower Explosive Limit at S12011 E: D12011 degC Dewpoint at S12011 F: O12011 %mol Oxygen Content at S12011 G: K12011 %mol CO2 Content at S12011 H: H12011 %mol Hydro Carbon Content at S12011 I: W12011 ppm Water vapour Content at S12011 J: K: S12021 - Sample Point Liq Manif 2 P L: Y12021 degC Vapour Temperature at S12021 M: B12021 kPa Gauge Pressure at S12021 N: J12021 %LEL Lower Explosive Limit at S12021 O: D12021 degC Dewpoint at S12021 P: O12021 %mol Oxygen Content at S12021 Q: K12021 %mol CO2 Content at S12021 R: H12021 %mol Hydro Carbon Content at S12021 S: W12021 ppm Water vapour Content at S12021 T:



2.289 Page:80001 MD8000** LIQ MANIFOLD SAMPLES

A: S12031 - Sample Point Liq Manif 3 P B: Y12031 degC Vapour Temperature at S12031 C: B12031 kPa Gauge Pressure at S12031 D: J12031 %LEL Lower Explosive Limit at S12031 E: D12031 degC Dewpoint at S12031 F: O12031 %mol Oxygen Content at S12031 G: K12031 %mol CO2 Content at S12031 H: H12031 %mol Hydro Carbon Content at S12031 I: W12031 ppm Water vapour Content at S12031 J: K: S12041 - Sample Point Liq Manif 4 P L: Y12041 degC Vapour Temperature at S12041 M: B12041 kPa Gauge Pressure at S12041 N: J12041 %LEL Lower Explosive Limit at S12041 O: D12041 degC Dewpoint at S12041 P: O12041 %mol Oxygen Content at S12041 Q: K12041 %mol CO2 Content at S12041 R: H12041 %mol Hydro Carbon Content at S12041 S: W12041 ppm Water vapour Content at S12041 T: 2.290 Page:80002 MD8000** LIQ MANIFOLD

SAMPLES

A: S12012 - Sample Point Liq Manif 1 S B: Y12012 degC Vapour Temperature at S12012 C: B12012 kPa Gauge Pressure at S12012 D: J12012 %LEL Lower Explosive Limit at S12012 E: D12012 degC Dewpoint at S12012 F: O12012 %mol Oxygen Content at S12012 G: K12012 %mol CO2 Content at S12012 H: H12012 %mol Hydro Carbon Content at S12012 I: W12012 ppm Water vapour Content at S12012 J: K: S12022 - Sample Point Liq Manif 2 S L: Y12022 degC Vapour Temperature at S12022 M: B12022 kPa Gauge Pressure at S12022 N: J12022 %LEL Lower Explosive Limit at S12022 O: D12022 degC Dewpoint at S12022 P: O12022 %mol Oxygen Content at S12022 Q: K12022 %mol CO2 Content at S12022 R: H12022 %mol Hydro Carbon Content at S12022 S: W12022 ppm Water vapour Content at S12022 T:



2.291 Page:80003 MD8000** LIQ MANIFOLD SAMPLES

A: S12032 - Sample Point Liq Manif 3 S B: Y12032 degC Vapour Temperature at S12032 C: B12032 kPa Gauge Pressure at S12032 D: J12032 %LEL Lower Explosive Limit at S12032 E: D12032 degC Dewpoint at S12032 F: O12032 %mol Oxygen Content at S12032 G: K12032 %mol CO2 Content at S12032 H: H12032 %mol Hydro Carbon Content at S12032 I: W12032 ppm Water vapour Content at S12032 J: K: S12042 - Sample Point Liq Manif 4 S L: Y12042 degC Vapour Temperature at S12042 M: B12042 kPa Gauge Pressure at S12042 N: J12042 %LEL Lower Explosive Limit at S12042 O: D12042 degC Dewpoint at S12042 P: O12042 %mol Oxygen Content at S12042 Q: K12042 %mol CO2 Content at S12042 R: H12042 %mol Hydro Carbon Content at S12042 S: W12042 ppm Water vapour Content at S12042 T: 2.292 Page:80004 MD8000** VAP MANIFOLD

SAMPLES

A: S12071 - Sample Point Vap Manif P B: Y12071 degC Vapour Temperature at S12071 C: B12071 kPa Gauge Pressure at S12071 D: J12071 %LEL Lower Explosive Limit at S12071 E: D12071 degC Dewpoint at S12071 F: O12071 %mol Oxygen Content at S12071 G: K12071 %mol CO2 Content at S12071 H: H12071 %mol Hydro Carbon Content at S12071 I: W12071 ppm Water vapour Content at S12071 J: K: S12072 - Sample Point Vap Manif S L: Y12072 degC Vapour Temperature at S12072 M: B12072 kPa Gauge Pressure at S12072 N: J12072 %LEL Lower Explosive Limit at S12072 O: D12072 degC Dewpoint at S12072 P: O12072 %mol Oxygen Content at S12072 Q: K12072 %mol CO2 Content at S12072 R: H12072 %mol Hydro Carbon Content at S12072 S: W12072 ppm Water vapour Content at S12072 T:



2.293 Page:80005 MD8000** LIQ LINE GAS SAMPLES

A: S12023 - Sample Point Liq Line FWD B: Y12023 degC Vapour Temperature at S12023 C: B12023 kPa Gauge Pressure at S12023 D: J12023 %LEL Lower Explosive Limit at S12023 E: D12023 degC Dewpoint at S12023 F: O12023 %mol Oxygen Content at S12023 G: K12023 %mol CO2 Content at S12023 H: H12023 %mol Hydro Carbon Content at S12023 I: W12023 ppm Water vapour Content at S12023 J: K: S12033 - Sample Point Liq Line CTR FWD L: Y12033 degC Vapour Temperature at S12033 M: B12033 kPa Gauge Pressure at S12033 N: J12033 %LEL Lower Explosive Limit at S12033 O: D12033 degC Dewpoint at S12033 P: O12033 %mol Oxygen Content at S12033 Q: K12033 %mol CO2 Content at S12033 R: H12033 %mol Hydro Carbon Content at S12033 S: W12033 ppm Water vapour Content at S12033 T: 2.294 Page:80006 MD8000** LIQ LINE GAS SAMPLES

A: S12043 - Sample Point Liq Line CTR AFT B: Y12043 degC Vapour Temperature at S12043 C: B12043 kPa Gauge Pressure at S12043 D: J12043 %LEL Lower Explosive Limit at S12043 E: D12043 degC Dewpoint at S12043 F: O12043 %mol Oxygen Content at S12043 G: K12043 %mol CO2 Content at S12043 H: H12043 %mol Hydro Carbon Content at S12043 I: W12043 ppm Water vapour Content at S12043 J: K: S12053 - Sample Point Liq Line AFT L: Y12053 degC Vapour Temperature at S12053 M: B12053 kPa Gauge Pressure at S12053 N: J12053 %LEL Lower Explosive Limit at S12053 O: D12053 degC Dewpoint at S12053 P: O12053 %mol Oxygen Content at S12053 Q: K12053 %mol CO2 Content at S12053 R: H12053 %mol Hydro Carbon Content at S12053 S: W12053 ppm Water vapour Content at S12053 T:



2.295 Page:80007 MD8000** VAP LINE SAMPLES

A: S12014 - Sample Point Vap Line FWD B: Y12014 degC Vapour Temperature at S12014 C: B12014 kPa Gauge Pressure at S12014 D: J12014 %LEL Lower Explosive Limit at S12014 E: D12014 degC Dewpoint at S12014 F: O12014 %mol Oxygen Content at S12014 G: K12014 %mol CO2 Content at S12014 H: H12014 %mol Hydro Carbon Content at S12014 I: W12014 ppm Water vapour Content at S12014 J: K: S12034 - Sample Point Vap Line CTR L: Y12034 degC Vapour Temperature at S12034 M: B12034 kPa Gauge Pressure at S12034 N: J12034 %LEL Lower Explosive Limit at S12034 O: D12034 degC Dewpoint at S12034 P: O12034 %mol Oxygen Content at S12034 Q: K12034 %mol CO2 Content at S12034 R: H12034 %mol Hydro Carbon Content at S12034 S: W12034 ppm Water vapour Content at S12034 T: 2.296 Page:80008 MD8000** VAP LINE SAMPLES

A: S12054 - Sample Point Vap Line AFT B: Y12054 degC Vapour Temperature at S12054 C: B12054 kPa Gauge Pressure at S12054 D: J12054 %LEL Lower Explosive Limit at S12054 E: D12054 degC Dewpoint at S12054 F: O12054 %mol Oxygen Content at S12054 G: K12054 %mol CO2 Content at S12054 H: H12054 %mol Hydro Carbon Content at S12054 I: W12054 ppm Water vapour Content at S12054 J: K: L: M: N: O: P: Q: R: S: T:



2.297 Page:80009 MD8000** SPRAY LINE SAMPLES

A: S12015 - Sample Point Spray Line at Manif B: Y12015 degC Vapour Temperature at S12015 C: B12015 kPa Gauge Pressure at S12015 D: J12015 %LEL Lower Explosive Limit at S12015 E: D12015 degC Dewpoint at S12015 F: O12015 %mol Oxygen Content at S12015 G: K12015 %mol CO2 Content at S12015 H: H12015 %mol Hydro Carbon Content at S12015 I: W12015 ppm Water vapour Content at S12015 J: K: S12025 - Sample Point Spray Line CTR L: Y12025 degC Vapour Temperature at S12025 M: B12025 kPa Gauge Pressure at S12025 N: J12025 %LEL Lower Explosive Limit at S12025 O: D12025 degC Dewpoint at S12025 P: O12025 %mol Oxygen Content at S12025 Q: K12025 %mol CO2 Content at S12025 R: H12025 %mol Hydro Carbon Content at S12025 S: W12025 ppm Water vapour Content at S12025 T: 2.298 Page:80010 MD8000** SPRAY LINE SAMPLES

A: S20155 - Sample Point at Spray CT1 B: Y20155 degC Vapour Temperature at S20155 C: B20155 kPa Gauge Pressure at S20155 D: J20155 %LEL Lower Explosive Limit at S20155 E: D20155 degC Dewpoint at S20155 F: O20155 %mol Oxygen Content at S20155 G: K20155 %mol CO2 Content at S20155 H: H20155 %mol Hydro Carbon Content at S20155 I: W20155 ppm Water vapour Content at S20155 J: K: S20172 - Sample Point Mast Riser 1 L: Y20172 degC Vapour Temperature at S20172 M: B20172 kPa Gauge Pressure at S20172 N: J20172 %LEL Lower Explosive Limit at S20172 O: D20172 degC Dewpoint at S20172 P: O20172 %mol Oxygen Content at S20172 Q: K20172 %mol CO2 Content at S20172 R: H20172 %mol Hydro Carbon Content at S20172 S: W20172 ppm Water vapour Content at S20172 T:



2.299 Page:80011 MD8000** CT1 SAMPLING POINTS

A: S20101 - Sample Point at CT1 Float Gauge B: Y20101 degC Vapour Temperature at S20101 C: B20101 kPa Gauge Pressure at S20101 D: J20101 %LEL Lower Explosive Limit at S20101 E: D20101 degC Dewpoint at S20101 F: O20101 %mol Oxygen Content at S20101 G: K20101 %mol CO2 Content at S20101 H: H20101 %mol Hydro Carbon Content at S20101 I: W20101 ppm Water vapour Content at S20101 J: K: L: M: N: O: P: Q: R: S: T: 2.300 Page:80012 MD8000** CT1 SAMPLING POINTS

A: S20100 - Sample Point at CT1 BOT B: Y20100 degC Vapour Temperature at S20100 C: B20100 kPa Gauge Pressure at S20100 D: J20100 %LEL Lower Explosive Limit at S20100 E: D20100 degC Dewpoint at S20100 F: O20100 %mol Oxygen Content at S20100 G: K20100 %mol CO2 Content at S20100 H: H20100 %mol Hydro Carbon Content at S20100 I: W20100 ppm Water vapour Content at S20100 J: K: S20133 - Sample Point at CT1 1/3 L: Y20133 degC Vapour Temperature at S20133 M: B20133 kPa Gauge Pressure at S20133 N: J20133 %LEL Lower Explosive Limit at S20133 O: D20133 degC Dewpoint at S20133 P: O20133 %mol Oxygen Content at S20133 Q: K20133 %mol CO2 Content at S20133 R: H20133 %mol Hydro Carbon Content at S20133 S: W20133 ppm Water vapour Content at S20133 T:




A: S20166 - Sample Point at CT1 2/3 B: Y20166 degC Vapour Temperature at S20166 C: B20166 kPa Gauge Pressure at S20166 D: J20166 %LEL Lower Explosive Limit at S20166 E: D20166 degC Dewpoint at S20166 F: O20166 %mol Oxygen Content at S20166 G: K20166 %mol CO2 Content at S20166 H: H20166 %mol Hydro Carbon Content at S20166 I: W20166 ppm Water vapour Content at S20166 J: K: S20199 - Sample Point at CT1 TOP L: Y20199 degC Vapour Temperature at S20199 M: B20199 kPa Gauge Pressure at S20199 N: J20199 %LEL Lower Explosive Limit at S20199 O: D20199 degC Dewpoint at S20199 P: O20199 %mol Oxygen Content at S20199 Q: K20199 %mol CO2 Content at S20199 R: H20199 %mol Hydro Carbon Content at S20199 S: W20199 ppm Water vapour Content at S20199 T: 2.302 Page:80014 MD8000** CT2 SAMPLING POINTS





A: S20466 - Sample Point at CT4 2/3 B: Y20466 degC Vapour Temperature at S20466 C: B20466 kPa Gauge Pressure at S20466 D: J20466 %LEL Lower Explosive Limit at S20466 E: D20466 degC Dewpoint at S20466 F: O20466 %mol Oxygen Content at S20466 G: K20466 %mol CO2 Content at S20466 H: H20466 %mol Hydro Carbon Content at S20466 I: W20466 ppm Water vapour Content at S20466 J: K: S20499 - Sample Point at CT4 TOP L: Y20499 degC Vapour Temperature at S20499 M: B20499 kPa Gauge Pressure at S20499 N: J20499 %LEL Lower Explosive Limit at S20499 O: D20499 degC Dewpoint at S20499 P: O20499 %mol Oxygen Content at S20499 Q: K20499 %mol CO2 Content at S20499 R: H20499 %mol Hydro Carbon Content at S20499 S: W20499 ppm Water vapour Content at S20499 T: 2.314 Page:80030 MD8000** COFFERDAM 1 SAMPLES

A: S22199 - Sample Point at CD 1 (Top) B: Y22199 degC Vapour Temperature at S22199 C: B22199 kPa Gauge Pressure at S22199 D: J22199 %LEL Lower Explosive Limit at S22199 E: D22199 degC Dewpoint at S22199 F: O22199 %mol Oxygen Content at S22199 G: K22199 %mol CO2 Content at S22199 H: H22199 %mol Hydro Carbon Content at S22199 I: W22199 ppm Water vapour Content at S22199 J: K: S22175 - Sample Point at CD 1 (3/4) L: Y22175 degC Vapour Temperature at S22175 M: B22175 kPa Gauge Pressure at S22175 N: J22175 %LEL Lower Explosive Limit at S22175 O: D22175 degC Dewpoint at S22175 P: O22175 %mol Oxygen Content at S22175 Q: K22175 %mol CO2 Content at S22175 R: H22175 %mol Hydro Carbon Content at S22175 S: W22175 ppm Water vapour Content at S22175 T:



2.315 Page:80031 MD8000** COFFERDAM 1 SAMPLES

A: S22150 - Sample Point at CD 1 (Mid) B: Y22150 degC Vapour Temperature at S22150 C: B22150 kPa Gauge Pressure at S22150 D: J22150 %LEL Lower Explosive Limit at S22150 E: D22150 degC Dewpoint at S22150 F: O22150 %mol Oxygen Content at S22150 G: K22150 %mol CO2 Content at S22150 H: H22150 %mol Hydro Carbon Content at S22150 I: W22150 ppm Water vapour Content at S22150 J: K: S22125 - Sample Point at CD 1 (1/4) L: Y22125 degC Vapour Temperature at S22125 M: B22125 kPa Gauge Pressure at S22125 N: J22125 %LEL Lower Explosive Limit at S22125 O: D22125 degC Dewpoint at S22125 P: O22125 %mol Oxygen Content at S22125 Q: K22125 %mol CO2 Content at S22125 R: H22125 %mol Hydro Carbon Content at S22125 S: W22125 ppm Water vapour Content at S22125 T: 2.316 Page:80032 MD8000** COFFERDAM 1 SAMPLES

A: S22100 - Sample Point at CD 1 (Bot) B: Y22100 degC Vapour Temperature at S22100 C: B22100 kPa Gauge Pressure at S22100 D: J22100 %LEL Lower Explosive Limit at S22100 E: D22100 degC Dewpoint at S22100 F: O22100 %mol Oxygen Content at S22100 G: K22100 %mol CO2 Content at S22100 H: H22100 %mol Hydro Carbon Content at S22100 I: W22100 ppm Water vapour Content at S22100 J: K: L: M: N: O: P: Q: R: S: T:




A: S22299 - Sample Point at CD 2 (Top) B: Y22299 degC Vapour Temperature at S22299 C: B22299 kPa Gauge Pressure at S22299 D: J22299 %LEL Lower Explosive Limit at S22299 E: D22299 degC Dewpoint at S22299 F: O22299 %mol Oxygen Content at S22299 G: K22299 %mol CO2 Content at S22299 H: H22299 %mol Hydro Carbon Content at S22299 I: W22299 ppm Water vapour Content at S22299 J: K: S22275 - Sample Point at CD 2 (3/4) L: Y22275 degC Vapour Temperature at S22275 M: B22275 kPa Gauge Pressure at S22275 N: J22275 %LEL Lower Explosive Limit at S22275 O: D22275 degC Dewpoint at S22275 P: O22275 %mol Oxygen Content at S22275 Q: K22275 %mol CO2 Content at S22275 R: H22275 %mol Hydro Carbon Content at S22275 S: W22275 ppm Water vapour Content at S22275 T: 2.318 Page:80034 MD8000** COFFERDAM 2 SAMPLES

A: S22250 - Sample Point at CD 2 (Mid) B: Y22250 degC Vapour Temperature at S22250 C: B22250 kPa Gauge Pressure at S22250 D: J22250 %LEL Lower Explosive Limit at S22250 E: D22250 degC Dewpoint at S22250 F: O22250 %mol Oxygen Content at S22250 G: K22250 %mol CO2 Content at S22250 H: H22250 %mol Hydro Carbon Content at S22250 I: W22250 ppm Water vapour Content at S22250 J: K: S22225 - Sample Point at CD 2 (1/4) L: Y22225 degC Vapour Temperature at S22225 M: B22225 kPa Gauge Pressure at S22225 N: J22225 %LEL Lower Explosive Limit at S22225 O: D22225 degC Dewpoint at S22225 P: O22225 %mol Oxygen Content at S22225 Q: K22225 %mol CO2 Content at S22225 R: H22225 %mol Hydro Carbon Content at S22225 S: W22225 ppm Water vapour Content at S22225 T:




A: S22200 - Sample Point at CD 2 (Bot) B: Y22200 degC Vapour Temperature at S22200 C: B22200 kPa Gauge Pressure at S22200 D: J22200 %LEL Lower Explosive Limit at S22200 E: D22200 degC Dewpoint at S22200 F: O22200 %mol Oxygen Content at S22200 G: K22200 %mol CO2 Content at S22200 H: H22200 %mol Hydro Carbon Content at S22200 I: W22200 ppm Water vapour Content at S22200 J: K: L: M: N: O: P: Q: R: S: T: 2.320 Page:80036 MD8000** COFFERDAM 3 SAMPLES





A: S22499 - Sample Point at CD 4 (Top) B: Y22499 degC Vapour Temperature at S22499 C: B22499 kPa Gauge Pressure at S22499 D: J22499 %LEL Lower Explosive Limit at S22499 E: D22499 degC Dewpoint at S22499 F: O22499 %mol Oxygen Content at S22499 G: K22499 %mol CO2 Content at S22499 H: H22499 %mol Hydro Carbon Content at S22499 I: W22499 ppm Water vapour Content at S22499 J: K: S22475 - Sample Point at CD 4 (3/4) L: Y22475 degC Vapour Temperature at S22475 M: B22475 kPa Gauge Pressure at S22475 N: J22475 %LEL Lower Explosive Limit at S22475 O: D22475 degC Dewpoint at S22475 P: O22475 %mol Oxygen Content at S22475 Q: K22475 %mol CO2 Content at S22475 R: H22475 %mol Hydro Carbon Content at S22475 S: W22475 ppm Water vapour Content at S22475 T: 2.324 Page:80040 MD8000** COFFERDAM 4 SAMPLES

A: S22450 - Sample Point at CD 4 (Mid) B: Y22450 degC Vapour Temperature at S22450 C: B22450 kPa Gauge Pressure at S22450 D: J22450 %LEL Lower Explosive Limit at S22450 E: D22450 degC Dewpoint at S22450 F: O22450 %mol Oxygen Content at S22450 G: K22450 %mol CO2 Content at S22450 H: H22450 %mol Hydro Carbon Content at S22450 I: W22450 ppm Water vapour Content at S22450 J: K: S22425 - Sample Point at CD 4 (1/4) L: Y22425 degC Vapour Temperature at S22425 M: B22425 kPa Gauge Pressure at S22425 N: J22425 %LEL Lower Explosive Limit at S22425 O: D22425 degC Dewpoint at S22425 P: O22425 %mol Oxygen Content at S22425 Q: K22425 %mol CO2 Content at S22425 R: H22425 %mol Hydro Carbon Content at S22425 S: W22425 ppm Water vapour Content at S22425 T:




A: S22400 - Sample Point at CD 4 (Bot) B: Y22400 degC Vapour Temperature at S22400 C: B22400 kPa Gauge Pressure at S22400 D: J22400 %LEL Lower Explosive Limit at S22400 E: D22400 degC Dewpoint at S22400 F: O22400 %mol Oxygen Content at S22400 G: K22400 %mol CO2 Content at S22400 H: H22400 %mol Hydro Carbon Content at S22400 I: W22400 ppm Water vapour Content at S22400 J: K: L: M: N: O: P: Q: R: S: T: 2.326 Page:80042 MD8000** COFFERDAM 5 SAMPLES




2.329 Page:80045 MD8000** CD IG SUPPLY LINE SAMPLE

A: S22000 - Sample Point at CD IG supply line B: Y22000 degC Vapour Temperature at S22000 C: B22000 kPa Gauge Pressure at S22000 D: J22000 %LEL Lower Explosive Limit at S22000 E: D22000 degC Dewpoint at S22000 F: O22000 %mol Oxygen Content at S22000 G: K22000 %mol CO2 Content at S22000 H: H22000 %mol Hydro Carbon Content at S22000 I: W22000 ppm Water vapour Content at S22000 J: K: L: M: N: O: P: Q: R: S: T: 2.330 Page:80050 MD8000** INS HEADERS SAMPLES

A: S24001 - Sample Point at Primary INS header B: Y24001 degC Vapour Temperature at S24001 C: B24001 kPa Gauge Pressure at S24001 D: J24001 %LEL Lower Explosive Limit at S24001 E: D24001 degC Dewpoint at S24001 F: O24001 %mol Oxygen Content at S24001 G: K24001 %mol CO2 Content at S24001 H: H24001 %mol Hydro Carbon Content at S24001 I: W24001 ppm Water vapour Content at S24001 J: K: S24002 - Sample Point at Scndary INS header L: Y24002 degC Vapour Temperature at S24002 M: B24002 kPa Gauge Pressure at S24002 N: J24002 %LEL Lower Explosive Limit at S24002 O: D24002 degC Dewpoint at S24002 P: O24002 %mol Oxygen Content at S24002 Q: K24002 %mol CO2 Content at S24002 R: H24002 %mol Hydro Carbon Content at S24002 S: W24002 ppm Water vapour Content at S24002 T:



2.331 Page:80051 MD8000** INS HEADERS SAMPLES

A: S24050 - Sample Point after INS Vacuum pumps B: Y24050 degC Vapour Temperature at S24050 C: B24050 kPa Gauge Pressure at S24050 D: J24050 %LEL Lower Explosive Limit at S24050 E: D24050 degC Dewpoint at S24050 F: O24050 %mol Oxygen Content at S24050 G: K24050 %mol CO2 Content at S24050 H: H24050 %mol Hydro Carbon Content at S24050 I: W24050 ppm Water vapour Content at S24050 J: K: L: M: N: O: P: Q: R: S: T: 2.332 Page:80060 MD8000** VAPOURIZER SAMPLES

A: S32951 - Sample Point before LNG Vap. B: Y32951 degC Vapour Temperature at S32951 C: B32951 kPa Gauge Pressure at S32951 D: J32951 %LEL Lower Explosive Limit at S32951 E: D32951 degC Dewpoint at S32951 F: O32951 %mol Oxygen Content at S32951 G: K32951 %mol CO2 Content at S32951 H: H32951 %mol Hydro Carbon Content at S32951 I: W32951 ppm Water vapour Content at S32951 J: K: S32952 - Sample Point after LNG Vap. L: Y32952 degC Vapour Temperature at S32952 M: B32952 kPa Gauge Pressure at S32952 N: J32952 %LEL Lower Explosive Limit at S32952 O: D32952 degC Dewpoint at S32952 P: O32952 %mol Oxygen Content at S32952 Q: K32952 %mol CO2 Content at S32952 R: H32952 %mol Hydro Carbon Content at S32952 S: W32952 ppm Water vapour Content at S32952 T:



2.333 Page:80061 MD8000** VAPOURIZER SAMPLES

A: S32953 - Sample Point before Forcing Vap. B: Y32953 degC Vapour Temperature at S32953 C: B32953 kPa Gauge Pressure at S32953 D: J32953 %LEL Lower Explosive Limit at S32953 E: D32953 degC Dewpoint at S32953 F: O32953 %mol Oxygen Content at S32953 G: K32953 %mol CO2 Content at S32953 H: H32953 %mol Hydro Carbon Content at S32953 I: W32953 ppm Water vapour Content at S32953 J: K: S32954 - Sample Point after Forcing Vap. L: Y32954 degC Vapour Temperature at S32954 M: B32954 kPa Gauge Pressure at S32954 N: J32954 %LEL Lower Explosive Limit at S32954 O: D32954 degC Dewpoint at S32954 P: O32954 %mol Oxygen Content at S32954 Q: K32954 %mol CO2 Content at S32954 R: H32954 %mol Hydro Carbon Content at S32954 S: W32954 ppm Water vapour Content at S32954 T: 2.334 Page:80070 MD8000** ENGINE ROOM

SAMPLES

A: S33000 - Sample Point at Fuel supply line B: Y33000 degC Vapour Temperature at S33000 C: B33000 kPa Gauge Pressure at S33000 D: J33000 %LEL Lower Explosive Limit at S33000 E: D33000 degC Dewpoint at S33000 F: O33000 %mol Oxygen Content at S33000 G: K33000 %mol CO2 Content at S33000 H: H33000 %mol Hydro Carbon Content at S33000 I: W33000 ppm Water vapour Content at S33000 J: K: S33060 - Sample Point in Engine room L: Y33060 degC Vapour Temperature at S33060 M: B33060 kPa Gauge Pressure at S33060 N: J33060 %LEL Lower Explosive Limit at S33060 O: D33060 degC Dewpoint at S33060 P: O33060 %mol Oxygen Content at S33060 Q: K33060 %mol CO2 Content at S33060 R: H33060 %mol Hydro Carbon Content at S33060 S: W33060 ppm Water vapour Content at S33060 T:



2.335 Page:90000 MD9000** SEA/SHIP STATE

A: T40000 degC Sea Water Temperature B: X40000 - Sea Water Salinity (kg salt/kg mix) C: D40001 kg/m3 Sea Water Density D: D40002 kg/m3 Requested Sea Water Density (at 15 degC) E: F: T40001 degC Ambient Temperature G: P40001 kPaA Ambient Pressure H: I: C10082 <0-1> Lightering vessel present J: C10083 <0-1> Ship state (0= in port, 1=at sea) K: L: M: N: O: P: Q: R: S: T: 2.336 Page:90001 MD9000** TIME AND ALARM

CONTROL

A: X90001 <0-4> Time Factor Index (0-4) (input) B: X90065 <0-1> Alarm Horn Inhibit C: D: X90100 <0-1> Alarm System Active E: X90199 <0-1> Emergency run (no trip) F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T:



2.337 Page:90002 MD9000** PROCESS ISOLATION

A: X35090 <0-1> IG Isolation B: P35091 mWC IG Press at isolation C: T35091 degC IG Temp at isolation D: X35091 % IG O2 Content at isolation E: F: X34090 <0-1> N2 Isolation G: P34091 kPa N2 Press at isolation H: T34091 degC N2 Temp at isolation I: X34091 % N2 O2 Content at isolation J: T34092 degC N2 Dewpoint at isolation K: L: M: N: O: P: Q: R: S: T: 2.338 Page:90003 MD9000** PROCESS CONDITION

RESET

A: X20151 [0-6] CT 1 Atm Reset OFF/AIR/DRY/IG/N2/HOT/CLD B: X20251 [0-6] CT 2 Atm Reset OFF/AIR/DRY/IG/N2/HOT/CLD C: X20351 [0-6] CT 3 Atm Reset OFF/AIR/DRY/IG/N2/HOT/CLD D: X20451 [0-6] CT 4 Atm Reset OFF/AIR/DRY/IG/N2/HOT/CLD E: X22151 [0-3] Cofferdam 1 Atm Reset OFF/AIR/DRY/IG F: X22251 [0-3] Cofferdam 2 Atm Reset OFF/AIR/DRY/IG G: X22351 [0-3] Cofferdam 3 Atm Reset OFF/AIR/DRY/IG H: X22451 [0-3] Cofferdam 4 Atm Reset OFF/AIR/DRY/IG I: X22551 [0-3] Cofferdam 5 Atm Reset OFF/AIR/DRY/IG J: X12050 [0-4] All CT INS Sp Reset OFF/AIR/DRYAIR/IG/N2 K: X12051 [0-8] LIQ OFF/AIR/DRYAIR/IG/N2/HOT/CLD/LIQ/MIX L: X12052 [0-6] VAPL RESET FF/AIR/DRYAIR/IG/N2/HOT/COLD M: X12053 [0-4] N2 LINES RESET OFF/AIR/DRYAIR/IG/N2 N: X12054 [0-3] IG LINES RESET OFF/AIR/DRYAIR/IG O: X30051 [0-6] COMPR RM RESET OFF/AIR/DRY/IG/N2/HOT/CLD P: X12055 [0-4] MAST RISERS RESET OFF/AIR/DRYAIR/IG/N2 Q: R: S: T:



2.339 Page:90004 MD9000** CARGO PROPERTIES

A: C90101 <1.xx> Cargo Type 1.xx Methane with xx % Ethane B: P90101 kPaA Given Pressure C: T90101 degC Given Temperature D: E: M90100 kg/kmol Molecular Weight F: D90100 kg/m3 Liquid Density G: V90100 cP Liquid Dynamic Viscosity H: P90100 kPaA Saturated Vapour Pressure at given Temp. I: T90100 degC Boiling Point at given Pressure J: H90100 kJ/kgK Specific Heat Vapour K: Q90100 kJ/kg Heat of Vapourization L: L90100 % Lower Explosive Limit (in air) M: U90100 % Upper Explosive Limit (in air) N: O: P: Q: R: S: T: 2.340 Page:90011 MD9000** ALARM SYSTEM

A: X90100 <0-1> Alarm System Active B: X90101 <0-1> Alarm OK - Hull Forces C: X90102 <0-1> Alarm OK - Bending Moments D: X90104 <0-1> Alarm OK - Manifold Area E: X90105 <0-1> Alarm OK - Cargo Tank 1 F: X90106 <0-1> Alarm OK - Cargo Tank 2 G: X90107 <0-1> Alarm OK - Cargo Tank 3 H: X90108 <0-1> Alarm OK - Cargo Tank 4 I: X90114 <0-1> Alarm OK - Cofferdams/Tank Domes J: X90115 <0-1> Alarm OK - Barrier Press Control K: X90116 <0-1> Alarm OK - Low Duty System L: X90117 <0-1> Alarm OK - High Duty System M: X90118 <0-1> Alarm OK - Vaporizers N: X90119 <0-1> Alarm OK - Nitrogen Plant O: X90120 <0-1> Alarm OK - Inert Gas Plant P: X90121 <0-1> Alarm OK - Ballast Tanks Q: X90122 <0-1> Alarm OK - Ballast Pump Room R: X90123 <0-1> Alarm OK - Emergency Shutdown System S: X90124 <0-1> Alarm OK - Off line load calc. T: X90127 <0-1> Alarm OK - Fixed Gas Detection




A: B: C: D: E: F: G: H: I: J: K: L: M: N: O: P: Q: R: S: T: 2.342 Page:93000 MD9000** SCENARIO - FREE TAGS

A: X93001 ---- FREE TAG B: X93002 ---- FREE TAG C: X93003 ---- FREE TAG D: X93004 ---- FREE TAG E: X93005 ---- FREE TAG F: X93006 ---- FREE TAG G: X93007 ---- FREE TAG H: X93008 ---- FREE TAG I: X93009 ---- FREE TAG J: X93010 ---- FREE TAG K: X93011 ---- FREE TAG L: X93012 ---- FREE TAG M: X93013 ---- FREE TAG N: X93014 ---- FREE TAG O: X93015 ---- FREE TAG P: X93016 ---- FREE TAG Q: X93017 ---- FREE TAG R: X93018 ---- FREE TAG S: X93019 ---- FREE TAG T: X93020 ---- FREE TAG

neptune chs cargo handling simulator user... · kongsberg maritime doc.no.: so-1298-b / 14-apr-09...

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