Optimisation of Fungal Cellulase Production from Textile Waste Using Experimental Design

Engineering & Materials Science

• Textiles 94%
• Design of experiments 89%
• Fermentation 42%
• Polyesters 40%
• Enzyme activity 30%
• Aspergillus 30%
• Textile industry 25%
• Yeast 22%
• Cotton 22%
• Glucose 21%
• Feedstocks 19%
• Recycling 18%
• Nitrogen 17%
• Moisture 16%
• Carbon 14%
• Recovery 12%
• Costs 7%

Chemistry

• Fermentation 90%
• Polyester 85%
• Inoculum 65%
• Inducer 56%
• Recycling 43%
• Enzyme Activity 39%
• Glucose 35%
• Industry 35%
• Carbon Atom 22%
• pH Value 20%
• Surface 15%

Earth & Environmental Sciences

• experimental design 100%
• textile 89%
• fermentation 35%
• textile industry 22%
• organic nitrogen 21%
• response surface methodology 21%
• enzyme activity 20%
• solid state 19%
• cotton 19%
• yeast 18%
• glucose 17%
• economy 15%
• recycling 14%
• moisture 14%
• transition 11%
• carbon 10%
• cost 9%
• method 4%