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Volumn 30, Issue 2, 2009, Pages 227-234
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Heat and mass transfer studies of palm kernel cake (PKC) in fluidized bed fermenter
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Author keywords
Fluidized bed; Heat transfer; Mass transfer; Modeling; Palm kernel cake; Solid state fermentation
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Indexed keywords
ADSORBED WATER;
AIR VELOCITIES;
ENGINEERING PROBLEMS;
EXPERIMENTAL DATA;
FLUIDIZATION CONDITIONS;
FREE FLOWING;
HEAT AND MASS TRANSFER;
HEAT REMOVAL;
METABOLIC HEAT;
MODELING;
MOISTURE CONTENTS;
PALM KERNEL CAKE;
RELATIVE HUMIDITIES;
SOLID STATE FERMENTATION;
SOLID SUBSTRATES;
SUBMERGED FERMENTATION;
TEMPERATURE DROPS;
WATER ADSORPTION;
ADSORPTION;
ATMOSPHERIC HUMIDITY;
BIOCHEMICAL ENGINEERING;
FERMENTATION;
FERMENTERS;
FLOW OF WATER;
FLUID DYNAMICS;
FLUIDIZATION;
FLUIDIZED BEDS;
HEAT EXCHANGERS;
HEAT TRANSFER;
MASS TRANSFER;
MATHEMATICAL MODELS;
METABOLISM;
MOISTURE;
SUBSTRATES;
DEWATERING;
ADSORPTION;
FERMENTATION;
GROWTH RATE;
HEAT TRANSFER;
MASS TRANSFER;
MODELING;
MOISTURE CONTENT;
MONOCOTYLEDON;
ADSORPTION;
AIR;
DIFFUSION;
ENGINEERING;
FLUIDIZED BED;
HEAT TRANSFER;
HUMIDITY;
MICROORGANISM;
MOISTURE;
PLANT;
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EID: 67651095805
PISSN: 09266690
EISSN: None
Source Type: Journal
DOI: 10.1016/j.indcrop.2009.03.012 Document Type: Article |
Times cited : (12)
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References (7)
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