Wind to Hydrogen to Ammonia Pilot Project

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Pre- Heater R-1 812F 2230 psi Reactor 932F 2215 psi NH3 Production Skid Process Flow N2 H2 120F 2175 psi Condenser HX-6 S-1 Chiller HX-5 Fin Tube Radiator -10F 2167 psi -14F 1509 psi Separator 181F 2183 psi -14F 1509 psi 16.76 lb/h H2 54.21 lb/h N2 4.62 lb/h NH3 NH3 to Storage 1509 reduced to 250 psi -14F 7.35 lb/h Recip. C-1 Compressor Shell & Tube Heat Exchangers 100F 1509 psi 5.74 lb/h N2 1.28 lb/h H2 -6F 1509 psi HX-4 HX-3 HX-2 HX-1 626F 2235 psi 440F 2240 psi 254F 2245 psi 70F 2250 psi
Page 1 and 2: Wind to Ammonia Project Update Doug
Page 3 and 4: Project Drivers 1. Stranded wind re
Page 5 and 6: High Demand for Ammonia & Excellent
Page 7 and 8: Worldwide Ammonia Production (1,000
Page 9 and 10: 1984 1985 1986 1987 1988 1989 1990
Page 11 and 12: Key Challenges with Electrochemical
Page 13 and 14: Key Challenges: Electrochemical NH3
Page 15 and 16: Key Opportunities with Electrochemi
Page 17 and 18: Key Opportunities with Electrochemi
Page 19 and 20: Renewable Hydrogen and Ammonia Pilo
Page 21 and 22: Renewable Hydrogen and Ammonia Pilo
Page 23: Another View
Page 27 and 28: Hydrogen Electrolyzer (Proton Energ
Page 29 and 30: H2 Booster Diaphragm Compressor (22
Page 31 and 32: Air Compressor and Dryer N2 Gas Gen
Page 33 and 34: H2 and N2 Gas Dew Point Detectors a
Page 35 and 36: HEC Oxx Power 60 kW Hydrogen Engine
Page 37 and 38: NH3 Load Out, Storage, Nurse Tanks,
Page 39 and 40: Opportunities for Wind to Ammonia
Page 41 and 42: Other Avenues of Inquiry • Determ

Wind to Hydrogen to Ammonia Pilot Project

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