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Boosting poly(vinyl chloride) with waste-based plasticizer and green nanofiller

Abstract
Utilization of recycled polymers and solid waste into useful products is targeted for controlling greenhouse gas emissions. The aim is to prepare and apply novel and boosted environmentally friendly composites as full waste-based sources based on recycled polyvinyl chloride (PVC) matrix, waste-based plasticizer (P), and green CaCO3 nanofiller (F). Respectively, P and F improvers were obtained via ...
Keywords
Plasticizer
Vinyl chloride
Boosting (machine learning)
Materials science
Waste management
Composite material
Polymer
Copolymer
Computer science
Engineering
Artificial intelligence
Sustainable Development Goals (SDG)
Responsible consumption and production

2024
Article


Boosting poly(vinyl chloride) with waste-based plasticizer and green nanofiller

Boosting poly(vinyl chloride) with waste-based plasticizer and green nanofiller

Abstract
Utilization of recycled polymers and solid waste into useful products is targeted for controlling greenhouse gas emissions. The aim is to prepare and apply novel and boosted environmentally friendly composites as full waste-based sources based on recycled polyvinyl chloride (PVC) matrix, waste-based plasticizer (P), and green CaCO3 nanofiller (F). Respectively, P and F improvers were obtained via ...
Keywords
Plasticizer
Vinyl chloride
Boosting (machine learning)
Materials science
Waste management
Composite material
Polymer
Copolymer
Computer science
Engineering
Artificial intelligence
Sustainable Development Goals (SDG)
Responsible consumption and production

2024
Article