Enzymatic Degradation and Pilot-Scale Composting of Cellulose-Based Films with Different Chemical Structures

Keyphrases

• Cellulose 100%
• Cellulose Film 100%
• Enzymatic Degradation 100%
• Chemical Structure 100%
• Degree of Substitution 66%
• Biodegradability 66%
• Cellulose Materials 66%
• Ionic Liquid 33%
• Cellulose Acetate 33%
• Nanocellulose 33%
• Hemicellulose 33%
• Wet Strength 33%
• Hydrolysis Rate 33%
• Good Mechanical Properties 33%
• Carboxymethyl Cellulose 33%
• Cellulose Carbamate 33%
• Plastic Film 33%
• Degree of Hydrolysis 33%
• Cellophane 33%
• Degradability 33%
• Cellulose Hydrolysis 33%
• Substitution Rate 33%
• Octanoate 33%
• Cellulose Palmitate 33%
• Methylcellulose 33%
• Aluminum Salts 33%

INIS

• cellulose 100%
• films 100%
• composting 100%
• correlations 8%
• hydrolysis 8%
• ionic liquids 8%
• mechanical properties 8%
• acetates 8%
• cross-linking 8%
• plastics 8%
• hemicellulose 8%
• gain 8%
• salts 8%
• enzymatic hydrolysis 8%
• aluminum 8%
• carbamates 8%
• cellophane 8%

Chemical Engineering

• Film 100%
• Enzymatic Hydrolysis 25%
• Palmitic Acid 25%