Figure 8. Detail of the Electricity Generation Section of the Plant A2. Detailed Material Balance Table 10. Material Balance (Part 1) Stream Temperature Pressure Mass flow Equipment In/Out Component Reference (F) (psia) (x1000 lb/hr) N2 1,311.4 AIRIN IN 77 14.7 O2 398.2 AIRCOMP N2 1,311.4 AIRCOMPO OUT 91.2 15.7 O2 398.2 N2 1,311.4 AIRCOMPO IN 91.2 15.7 O2 398.2 N2 1,311.4 HE01HI IN 842 15.7 O2 64.7 NO 0.3 HE01 N2 1,311.4 HE01CO OUT 704.5 15.7 O2 398.2 N2 1,311.4 HE01HO OUT 98.5 14.7 O2 64.7 NO 0.3 N2 1,311.4 HE01CO IN 704.5 15.7 O2 398.2 Fe2O3 31,232.7 ME IN 1787.1 15.7 Fe3O4 9,648.3 Al2O3 27,009.6 OXIDIZER N2 1,311.3 OXIAIRO OUT 1832 16.3 O2 64.7 NO 0.3 Fe2O3 41,214.4 MEO OUT 1832 16.3 Al2O3 27,009.6 N2 1,311.3 OXIAIRO IN 1832 16.3 O2 64.7 NO 0.3 HE02 N2 1,311.3 HE01HI OUT 842 15.7 O2 64.7 NO 0.3 FUELIN IN 77 364.7 CH4 83.6 FUETURB FUETURBO OUT 89.1 15.7 CH4 83.6
Figure 8. Detail of the Electricity Generation Section of the Plant A2. Detailed Material Balance Table 10. Material Balance (Part 1) Equipment Stream Reference In/Out Temperature (F) Pressure (psia) Component Mass flow (x1000 lb/hr) AIRCOMP AIRIN IN 77 14.7 N2 1,311.4 O2 398.2 AIRCOMPO OUT 91.2 15.7 N2 1,311.4 O2 398.2 HE01 AIRCOMPO IN 91.2 15.7 N2 1,311.4 O2 398.2 HE01HI IN 842 15.7 N2 1,311.4 O2 64.7 NO 0.3 HE01CO OUT 704.5 15.7 N2 1,311.4 O2 398.2 HE01HO OUT 98.5 14.7 N2 1,311.4 O2 64.7 NO 0.3 OXIDIZER HE01CO IN 704.5 15.7 N2 1,311.4 O2 398.2 ME IN 1787.1 15.7 Fe2O3 31,232.7 Fe3O4 9,648.3 Al2O3 27,009.6 OXIAIRO OUT 1832 16.3 N2 1,311.3 O2 64.7 NO 0.3 MEO OUT 1832 16.3 Fe2O3 41,214.4 Al2O3 27,009.6 HE02 OXIAIRO IN 1832 16.3 N2 1,311.3 O2 64.7 NO 0.3 HE01HI OUT 842 15.7 N2 1,311.3 O2 64.7 NO 0.3 FUETURB FUELIN IN 77 364.7 CH4 83.6 FUETURBO OUT 89.1 15.7 CH4 83.6
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