Panasonic turns end-of-life home appliances into reusable resources.

Panasonic is transforming its product manufacturing process to look ahead to the end-of-life stage by implementing “recycling-oriented manufacturing.” As recycling technology steadily advances, the ultimate goal is to be able to convert iron, copper and plastics from waste bound for landfills to resources that have top value in new-product manufacturing. 

Support for the elimination of plastic is growing as the world moves toward a “circular economy,” in which no waste is generated. Electric home appliances are made of metal, glass and plastic. There is growing pressure to recover and reuse these materials rather than simply discard them. Panasonic has developed technologies, production methods and equipment for the efficient recovery and reuse of valuable resources from end-of-life home appliances, transforming them into manufacturing materials.

Recycling-oriented manufacturing has two aims. One is the minimization of input resources and the maximization of recycled resources. The second is the reduction—to zero—of the final disposal volume of waste generated through manufacturing activities. 

Advanced technologies are required for the recovery of resources from end-of-life home appliances for recycling purposes. While minimizing input resources by reducing product weight and size at the manufacturing stage, Panasonic is proceeding with initiatives toward recovering a larger volume of recyclable resources through the introduction of new technologies at its recycling facilities.

A key dimension of resources recycling is the work performed at the Panasonic Eco Technology Center Co., Ltd. (PETEC), a recycling facility established in Hyogo Prefecture, Japan in 2000. At PETEC, Panasonic is successfully recovering valuable resources such as plastic, iron and copper at a high degree of purity from end-of-life televisions, air conditioners, refrigerators and washing machines.