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Establishing Conceptual Process Design, Performance Model and Preliminary Techno-Economic Analysis of WGS Zeolite Membrane Reactor Technology (Task 9.0) (Cont’d) ZMR-Based IGCC – Overall BFD LT Water Gas 12 Shift (LTWGS) (2 x 50% Trains) Shifted SG CO2 Purification &Compression (2 x 50% Trains) 17 Supercritical CO2 to Sequestration Hydrogenated Claus Tail Gas 20 Purge to GT Coal Feed (As Received) 6 7 Slurrying Water Syngas 14 Permeate Syngas Reheat (2 x 50% Trains) 25 Stripped Water Coal Slurry Mixer (2 x 50% Trains) ZMR WGS Retentate Cooling (2 x 50% Trains) LT WGS Effluent Cooling (2 x 50% Trains) Condensate Knockout (2 x 50% Trains) 13 Hg Removal (2 x 50% Trains) Hg 15 SWS Vent Gas to Claus 1-Stage Selexol Unit (H2S Adsorption) (2 x 50% Trains) Hydrogenation Reactor & Product Compression (2 x 50% Trains) Coal Receiving & Sizing (2 x 50% Trains) 11 Shift Steam 10 ZMR Water Gas Permeate Shift (ZMR Coolingand WGS) Compression 2 x 50% Trains) (2 x 50% Trains) BW LP & Vacuum Flash Gas to Claus Plt Acid Gas 18 Claus Tail Gas O2 for Claus Plant Coal Slurry 19 Sulfur Claus Sulfur Plant (1 x 100% Train) O2 Compression (2 x 50% Trains) Pressurized O2 O2 5 9 GE Gasifiers (2 x 50% Trains) Raw Syngas Cooling by GE Radiant Cooler (2 x 50% Trains) Raw Syngas Quench (2 x 50% Trains) Raw Syngas Scrubbing & Black Water Flash ( 2 x 50% Trains) 8 Cooled Slag Slag Quench Water Makeup 23 Water to 25 Scrubber BWLP& Vacuum Flash 24 Condenste SWS Purge CT Makeup Water Cooling Tower Evaporation & Losses Cooling Tower BD Sour Water Stripper (2 x 50% Trains) Ambient Air 1 Vent 2 Slag Cooling (2 x 50% Tains) Elevated Pressure Air Separation Unit (ASU) (2 X 50% Trains) Cooling Tower ( 2 x 50% Trains) Makeup Water 3 4 O2 for Claus N2forGasTurbine Condensate BD 16 BFWBD Flue Gas 2 Stacks N2 Compression & Preheating (2 x 50% Trains) GasTurbine Combustor (2 x 50% Trains) Recyclefrom CO2 Purification 22 Flue Gas ToProcess FromProcess Heating / Cooling Heating / Cooling Air 21 Equilibrium Models In ASPEN Simulation Air Compressor Gas Turbine (2 x 50% Trains) GT Generator Output Steam Turbine Generator Output HRSG ( 2 x 50% Trains) Steam Turbine (1 x 100% Train) Component Splitter Models In ASPEN Not Simulated in ASPEN Process Cooling 40 ST Condensate HPSHStm IPSTm LP Stm Process Condensate Process CondensatePDF Image | Zeolite Membrane Reactor CO2 Capture
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