Faster biodegradable and chemically recyclable polycaprolactone with embedded enzymes: Revealing new insights into degradation kinetics

Keyphrases

• Degradation Kinetics 100%
• Polycaprolactone 100%
• Chemically Recyclable 100%
• Embedded Enzyme 100%
• Enzyme Catalysis 50%
• Organic Carbon Mineralization 50%
• Enzyme Immobilization 25%
• Material Design 25%
• Moving Forward 25%
• Design Principles 25%
• Kinetic Parameters 25%
• Biodegradation 25%
• Fabrication Methods 25%
• Extrusion 25%
• Aqueous Solution 25%
• Plastic Waste 25%
• Environmentally Conscious 25%
• Depolymerization 25%
• Degradation Process 25%
• Lipolytic Enzymes 25%
• Thermophilic Composting 25%
• Immobilized Lipase 25%
• Chemical Recycling 25%
• Biodegradation Kinetics 25%
• Polycaprolactone Matrices 25%
• Polycaprolactone Films 25%
• Fused Filament Fabrication 25%
• Industrial Composting 25%
• Applied Materials 25%
• Carbon Mineralization Rate 25%

Material Science

• Biodegradation 100%
• Film 50%
• Fused Deposition Modeling 50%
• Materials Design Principle 50%
• Lipase 50%

Chemical Engineering

• Polycaprolactone 100%
• Biodegradation 33%
• Organic Carbon 33%
• Film 16%
• Mineralization Rate 16%
• Immobilized Enzyme 16%
• Lipase 16%
• Pancreatic Lipase 16%
• Triacylglycerol Lipase 16%