The Act on Recycling of End-of-Life Automobiles came into force in January 2005. Since then, automobile manufacturers have been responsible for recovering and recycling shredder dust, airbags, and fluorocarbons* generated by end-of-life vehicles. Daihatsu plays an active role in building systems that facilitate the implementation of the Act and works together with affiliated businesses both to make recycling more commonplace and improve the rate of recycling. In addition, we engage in the development of vehicles that can be recycled with minimal load on the environment.
* Fluorocarbons are destroyed
1. Japan Automobile Recycling Promotion Center
2. Automobile shredder residue
Daihatsu recovers and recycles airbags and fluorocarbons (fluorocarbons are destroyed) in an efficient manner through the Japan Auto Recycling Partnership—an organization established together with other automobile manufacturers to recover and recycle such items. We also recover and recycle shredder dust through Toyotsu Recycle Corporation’s ASR Recycling Business Department, which was jointly established by Daihatsu, Toyota Motor Corporation, Honda Motor Co., Ltd., and Hino Motors, Ltd.
* Airbags, fluorocarbons, and shredder dust
Daihatsu equips all of its vehicles with airbag collective activation connectors, which enable all airbags in a vehicle to be simply activated without having to be removed. We also provide registered vehicle dismantling companies with instructions on how to dismantle and activate airbags in a simple and safe manner via paper and online versions of our Proper Airbag Processing Manual.
With regard to fluorocarbons used as refrigerants in air conditioners, Daihatsu completely eliminated the use of specified fluorocarbons (CFCs) and switched to the use of alternative fluorocarbons (HFCs) in 1994. In addition, we adopted HF0-1234yf, an alternative fluorocarbon, for all passenger vehicles. Moreover, some Daihatsu vehicles now use industry-leading amounts of 300 grams or less of fluorocarbons per vehicle.
Characteristics of fluorocarbons used in vehicle air-conditioning systems
Daihatsu prioritizes the use of easy-to-recycle thermoplastic resins such as polypropylene and polyethylene and pursues designs that make dismantling and disassembling of vehicles easier. We also use dismantling enhancement marks to clearly indicate how larger components can be easily dismantled. In order to promote the recycling of whole dismantled vehicles—whereby dismantled vehicles have their copper parts removed and are then directly recycled in electric furnaces—we provide instructions on how to remove copper parts (such as wiring harnesses and motors) to consortiums that carry out the recycling of whole dismantled vehicles.
(1) In compliance with the requirements of the Law for the Recycling of End-of-Life Vehicles, Daihatsu releases information of recycling fees for different models and implementation status of recycling. In this way, we strive both to realize efficient recycling activities, and to improve its recycling rates.
Resource recovery results for end-of-life vehicles in FY2019, in compliance with the Law for the Recycling of End-of-Life Vehicles
Daihatsu provides information to automobile recyclers regarding collection fees, transportation fees, collection standards, and collection locations; at the same time, we provide work procedure manuals so that drive batteries from hybrid electric vehicles, and gas containers from compressed natural gas vehicles can be processed safely.
Going forward, Daihatsu will continue to promote the stable processing of end-of-life vehicles in compliance with the Law for the Recycling of End-of-Life Vehicles. We also work together with other automobile manufactures and affiliated businesses to further develop recycling technologies, and to establish schemes to cater to the future spread of electrified vehicles.
Key initiatives:
1. Expanding the scope of materials that can be recycled through developments in ASR sorting technologies
2. Promoting activities aimed at the proper processing of batteries from hybrid and other electrified vehicles, and establishing schemes aimed at reusing and rebuilding such batteries
3. Deploying Japanese automotive recycling technologies to overseas production bases
4. Steadily switching to the use of fluorocarbons (conform the Montreal Protocol on Substances that Deplete the Ozone Layer, and the Act on Rational Use and Proper Management of Fluorocarbons)
Number of repaired and replaced bumpers collected