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Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity...

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© Riley Power Inc., 2012 www.babcockpower.com Economic Feasibility and Technical Considerations of Oil-to-Oil Conversions by D. F. Dunphy Manager, Plant Improvement Engineering Department RILEY POWER INC. a Babcock Power Inc. company (formerly Riley Stoker Corporation) R. H. Sirois Manager, Plant Improvement Business Development RILEY POWER INC. a Babcock Power Inc. company (formerly Riley Stoker Corporation) Presented at American Power Conference Chicago, Illinois April 18-20, 1983 Technical Publication RST-21
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Page 1: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure

© Riley Power Inc., 2012 www.babcockpower.com

Economic Feasibility and Technical Considerations

of Oil-to-Oil Conversions

by

D. F. DunphyManager, Plant Improvement Engineering Department

RILEY POWER INC.a Babcock Power Inc. company

(formerly Riley Stoker Corporation)

R. H. SiroisManager, Plant Improvement Business Development

RILEY POWER INC.a Babcock Power Inc. company

(formerly Riley Stoker Corporation)

Presented at American Power Conference

Chicago, IllinoisApril 18-20, 1983

Technical Publ icat ion

RST-21

Page 2: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 3: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 4: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 5: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 6: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 7: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 8: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 9: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 10: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 11: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 12: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 13: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure
Page 14: Economic Feasibility and Technical Considerations of Oil-to …...future coal, The maximum capacity of the unit is 2,100,000 kg/ hr (4,650,000 lbs/ hr) with an operational pressure

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