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Synthetic fuel production by indirect coal liquefaction
Eric D. Larson
, Ren Tingjin
Andlinger Center for Energy & the Environment
Chemical & Biological Engineering
Princeton School of Public and International Affairs
Research output
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Contribution to journal
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Article
›
peer-review
160
Scopus citations
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Keyphrases
Synthesis Gas
100%
Indirect Coal Liquefaction
100%
Synthetic Fuel Production
100%
Liquid Fuel
60%
Sulfur
40%
Petroleum-derived
40%
Synthesis Reactor
40%
Life-cycle CO2 Emissions
40%
Liquid Fuel Production
40%
Methanol
20%
Gasification
20%
Transportation Fuels
20%
Design Process
20%
Generated Power
20%
Dimethyl Ether
20%
Production Cost
20%
CO2 Removal
20%
Decarbonization
20%
Derived Fuel
20%
Revenue Streams
20%
Process Cost
20%
Liquid-phase Synthesis
20%
Underground Storage
20%
Coal Energy
20%
Cost Evaluation
20%
Gas Turbine Combined Cycle
20%
Plant Configuration
20%
Design Assessment
20%
Life Cycle Emissions
20%
Engineering
Coal Liquefication
100%
Synthetic Fuel Production
100%
Lifecycle
75%
Fuel Production
50%
Gasification
25%
Derived Fuel
25%
Process Design
25%
Generate Electricity
25%
Coal Energy
25%
Gas Turbine Combined Cycle
25%
Fuel Methanol
25%
Liquid Phase Synthesis
25%
Chemical Engineering
Synthesis Reactor
33%
Gasification
16%