More Related Content Similar to Novel Power Cycles With Omcm Similar to Novel Power Cycles With Omcm (20) Novel Power Cycles With Omcm1. Novel cycles for power generation with CO 2 capture using OMCM technology Rahul Anantharaman a , Olav Bolland a and Knut Åsen b a Department of Energy & Process Engineering Norwegian University of Science and Technology b StatoilHydro Research Center GHGT-9 Washington D.C. 4. CO 2 capture processes and systems 14. Concept 1 Results Concept 1 Concept 2 Concept 3 Concept 4 Concept 5 Fuel thermal energy (MWth) 607.3 717.7 780.0 762.0 827.2 GT power output (MWe) 181.4 230.43 227.10 231.95 227.92 Steam turbine output(MWe) 125.5 162.45 161.28 164.97 161.42 Bleed gas turbine output (MWe) - - 61.25 - 62.85 CO 2 compression work (MWe) 4.5 4.53 14.43 7.39 22.18 Net power output (MWe) 299.4 392.87 429.74 383.05 423.49 Net Electric Efficiency (%) 49.3 53.34 55.10 50.27 51.2 Carbon capture rate (%) 100 84.3 84.92 97.51 98.2 16. Concept 2 Results Concept 1 Concept 2 Concept 3 Concept 4 Concept 5 Fuel thermal energy (MWth) 607.3 717.7 780.0 762.0 827.2 GT power output (MWe) 181.4 230.4 227.10 231.95 227.92 Steam turbine output(MWe) 125.5 162.5 161.28 164.97 161.42 Bleed gas turbine output (MWe) - - 61.25 - 62.85 CO 2 compression work (MWe) 4.5 4.5 14.43 7.39 22.18 Net power output (MWe) 299.4 392.9 429.74 383.05 423.49 Net Electric Efficiency (%) 49.3 53.3 55.10 50.27 51.2 Carbon capture rate (%) 100 84.3 84.92 97.51 98.2 18. Concept 3 Cycle with MCM reactor, Sequential burner & Bleed gas turbine 1 bar 19. Concept 3 Results 55.1% is without bleed gas turbine cooling With steam cooling, efficiency was calculated to 54.0% Concept 1 Concept 2 Concept 3 Concept 4 Concept 5 Fuel thermal energy (MWth) 607.3 717.7 780.0 762.0 827.2 GT power output (MWe) 181.4 230.4 227.1 231.95 227.92 Steam turbine output(MWe) 125.5 162.5 161.3 164.97 161.42 Bleed gas turbine output (MWe) - - 61.3 - 62.85 CO 2 compression work (MWe) 4.5 4.5 14.4 7.39 22.18 Net power output (MWe) 299.4 392.9 429.7 383.05 423.49 Net Electric Efficiency (%) 49.3 53.3 55.1 50.27 51.2 Carbon capture rate (%) 100 84.3 84.9 97.51 98.2 20. Concept 4 Cycle with MCM reactor, ATR & Sequential burner ATR CO 2 capture using MDEA, 2.0 MJ/kg CO 2 21. Concept 4 Results Concept 1 Concept 2 Concept 3 Concept 4 Concept 5 Fuel thermal energy (MWth) 607.3 717.7 780.0 762.0 827.2 GT power output (MWe) 181.4 230.4 227.1 232.0 227.92 Steam turbine output(MWe) 125.5 162.5 161.3 165.0 161.42 Bleed gas turbine output (MWe) - - 61.3 - 62.85 CO 2 compression work (MWe) 4.5 4.5 14.4 7.4 22.18 Net power output (MWe) 299.4 392.9 429.7 383.1 423.49 Net Electric Efficiency (%) 49.3 53.3 55.1 50.3 51.2 Carbon capture rate (%) 100 84.3 84.9 97.5 98.2 22. Concept 5 Cycle with MCM reactor, ATR, Sequential burner & Bleed gas turbine 23. Concept 5 Results Concept 1 Concept 2 Concept 3 Concept 4 Concept 5 Fuel thermal energy (MWth) 607.3 717.7 780.0 762.0 827.2 GT power output (MWe) 181.4 230.4 227.1 232.0 227.9 Steam turbine output(MWe) 125.5 162. 5 161.3 165.0 161.4 Bleed gas turbine output (MWe) - - 61.3 - 62.9 CO 2 compression work (MWe) 4.5 4.5 14.4 7.4 22.2 Net power output (MWe) 299.4 392.9 429.7 383.1 423.5 Net Electric Efficiency (%) 49.3 53.3 55.1 50.3 51.2 Carbon capture rate (%) 100 84.3 84.9 97.5 98.2