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Appl Biochem Biotechnol ; 121-124: 901-10, 2005.
Article in English | MEDLINE | ID: mdl-15930569

ABSTRACT

Both cellulase and cellobiase can be effectively recovered from hydrolyzed biomass using an ultrafiltration recovery method. Recovery of cellulase ranged from 60 to 66.6% and for cellobiase from 76.4 to 88%. Economic analysis shows that cost savings gained by enzyme recycling are sensitive to enzyme pricing and loading. At the demonstrated recovery of 60% and current loading of 15 Filter paper units of cellulase/g of glucan, enzyme recycling is expected to generate a cost savings of approx 15%. If recovery efficiency can be improved to 70%, the savings will increase to >25%, and at 90% recovery the savings will be 50%.


Subject(s)
Ammonia/economics , Cellulase/economics , Cellulase/isolation & purification , Models, Economic , Ultrafiltration/economics , Zea mays/economics , beta-Glucosidase/economics , beta-Glucosidase/isolation & purification , Ammonia/chemistry , Cellulase/chemistry , Chemical Industry/economics , Chemical Industry/methods , Computer Simulation , Cost-Benefit Analysis , Plant Extracts/chemistry , Plant Extracts/economics , Ultrafiltration/methods , United States , Zea mays/chemistry , beta-Glucosidase/chemistry
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