Behalogenation: A key technology for feedstock recycling of Municipal Waste Plastics (MWP) and comparison with Automobile Shredder Residue (ASR)

Engineering & Materials Science

• Dehalogenation 100%
• Feedstocks 68%
• Recycling 66%
• Automobiles 63%
• Plastics 49%
• Pyrolysis 27%
• Iron oxides 25%
• Oils 25%
• Calcium carbonate 25%
• Catalysts 24%
• Flame retardants 23%
• Polyvinyl chlorides 22%
• Chlorine compounds 15%
• Polymers 14%
• Waste treatment 13%
• Organic compounds 13%
• Liquids 12%
• Catalyst activity 12%
• Sorbents 12%
• Fuel oils 11%
• Liquid fuels 11%
• Calcium 10%
• Developing countries 10%
• Iron 8%
• Carbon 7%
• Degradation 6%
• Composite materials 5%