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Volumn 147, Issue 1-3, 2008, Pages 143-150
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Thermal effects on hydrothermal biomass liquefaction
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Author keywords
Aspen; Composition; Cooling rate; Corn stover; Heating rate; Liquefaction; Yield
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Indexed keywords
BATCH REACTORS;
BIOMASS;
BOILERS;
CAISSONS;
CHLORINE COMPOUNDS;
COOLING;
HEAT EXCHANGERS;
HEAT TRANSFER;
HEATING EQUIPMENT;
HEATING RATE;
LIQUEFACTION;
LIQUIDS;
PRESSURE VESSELS;
RATE CONSTANTS;
RENEWABLE ENERGY RESOURCES;
STANDARDS;
THERMOANALYSIS;
ASPEN;
BIOMASS LIQUEFACTION;
COMPOSITION;
COOLING RATE;
CORN STOVER;
CORN STOVERS;
DIRECT LIQUEFACTION;
HEAT-UP;
HEATING TIMES;
INDUCTION HEATING SYSTEMS;
KINETIC STUDIES;
LIQUID PRODUCTS;
ORDERS-OF-MAGNITUDE;
PATH DEPENDENT;
PRE TREATMENTS;
PRESSURE REACTORS;
SCALE-UP;
THERMAL EFFECTS;
YIELD;
HEATING;
ARTICLE;
ASPEN;
BIOMASS LIQUEFACTION;
CHEMICAL COMPOSITION;
COOLING;
CORN;
HEAT TOLERANCE;
HEAT TRANSFER;
HEAT TREATMENT;
PRESSURE CHAMBER;
PRESSURE GRADIENT;
REACTOR;
THERMAL ANALYSIS;
THERMODYNAMICS;
COMPUTER SIMULATION;
HEAT;
MODELS, CHEMICAL;
SOLUTIONS;
TREES;
WATER;
WOOD;
ZEA MAYS;
ZEA MAYS;
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EID: 49549107266
PISSN: 02732289
EISSN: None
Source Type: Journal
DOI: 10.1007/s12010-008-8131-5 Document Type: Article |
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Times cited : (86)
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References (8)
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