The automobile recycling industry in North America is a success story in material recovery. It operates unregulated, market driven. It is an example of how effectively self-profit-maximising parties, without interference, can manage recycling. Or at least, that is the claim. However, reductions in vehicle weight and increases in plastic composition might undermine the future viability of the industry. This work assesses these threats and the influence that automakers have on the industry. It is argued that if historical trends in vehicle composition continue, the automobile recycling industry will be destroyed. However, automakers have the opportunity to improve the viability of the industry, although common wisdom may not work: increases i...
A simulation model for material flows and economic exchangeswithin the U.S. automotive material life...
Each year in Australia, more than 610,000 cars reach the end of their use cycle; termed End of Life ...
The technology of vehicle recycling today is capable of recovering and reusing about 75% of the weig...
Automotive or End of Life Vehicle (ELV) recycling in Australia is a profit-driven activity undertake...
The automotive industry is expected to transition from a net-consumer to a net-producer of aluminum ...
Currently, 95% of all the vehicles discarded in the U.S. enter the recovery infrastructure. The mate...
In the last three decades, the increased use of plastics is rapidly becoming a global environmental ...
Vehicles, specifically automobile, provide essential need to society and the use is continually incr...
Plastics are increasingly a preferred material choice in designing and developing complex, consumer ...
The automotive recycling infrastructure successfully recovers 75% of the material weight in end-of-l...
Life cycle management (LCM) suggests that companies take responsibility for the entire lifecycle of ...
Material intensity related to product consumption has become part of societal discourse and reducing...
The vision of the “circular economy” provides some guidelines for society to strive towards. In the ...
Every year, in Europe, End-of-Life Vehicles (ELVs) constitute about 8–9 million tonnes of waste, tha...
In addition to rising fuel prices, government policy-makers are endeavouring to reduce the environme...
A simulation model for material flows and economic exchangeswithin the U.S. automotive material life...
Each year in Australia, more than 610,000 cars reach the end of their use cycle; termed End of Life ...
The technology of vehicle recycling today is capable of recovering and reusing about 75% of the weig...
Automotive or End of Life Vehicle (ELV) recycling in Australia is a profit-driven activity undertake...
The automotive industry is expected to transition from a net-consumer to a net-producer of aluminum ...
Currently, 95% of all the vehicles discarded in the U.S. enter the recovery infrastructure. The mate...
In the last three decades, the increased use of plastics is rapidly becoming a global environmental ...
Vehicles, specifically automobile, provide essential need to society and the use is continually incr...
Plastics are increasingly a preferred material choice in designing and developing complex, consumer ...
The automotive recycling infrastructure successfully recovers 75% of the material weight in end-of-l...
Life cycle management (LCM) suggests that companies take responsibility for the entire lifecycle of ...
Material intensity related to product consumption has become part of societal discourse and reducing...
The vision of the “circular economy” provides some guidelines for society to strive towards. In the ...
Every year, in Europe, End-of-Life Vehicles (ELVs) constitute about 8–9 million tonnes of waste, tha...
In addition to rising fuel prices, government policy-makers are endeavouring to reduce the environme...
A simulation model for material flows and economic exchangeswithin the U.S. automotive material life...
Each year in Australia, more than 610,000 cars reach the end of their use cycle; termed End of Life ...
The technology of vehicle recycling today is capable of recovering and reusing about 75% of the weig...