Gathering the collective wisdom of the automotive industry for carbon neutrality and the recycling-oriented society of the future.
As we face up to “The triple planetary crisis” of climate change, biodiversity loss, and pollution, we have been reminded that the planet is a finite resource. Over the past few years, Japan and many other countries and regions around the world have begun to accelerate their efforts toward achieving carbon neutrality by 2050 and realizing a sustainable economy through changing and improving the nature of society. The keys to these efforts are creative collaboration and the circular economy.
To successfully implement these efforts, we must move on from the conventional linear process of resource exploitation, manufacturing, and disposal, to a socially oriented circular system focused on the 4Rs, which supplements the well-known concept of the 3Rs (reduce, reuse, and recycle) with a fourth “R”: renewable. The realization of a socially oriented circular system is not simply a question of recycling waste. Each and every one of us must shift our value standards toward responsible manufacturing and responsible use.
Progress toward decarbonization that focuses on the whole vehicle lifecycle depends on us questioning conventional wisdom, looking at things from new perspectives, and taking on the challenges involved through a process of creative collaboration with new partners.
We must ask ourselves, “What technologies will make people and the world happy?” and work to build new value chains with these partners. We hope that everyone involved in the world of cars can meet at the Automotive Engineering Exposition 2024 and showcase our collective wisdom.
Using our knowledge, skill, and craftsmanship to realize a circular society across the whole value chain!
The Nagoya exposition showcases the creative collaboration between the automotive industry and a wide range of new partners to help realize a circular society across the whole value chain. Using “circular” as a key word, Nagoya features exhibitions about the calculation of greenhouse gas (GHG) emissions throughout the vehicle life cycle, effective methods of traceability for reducing our carbon footprint and reusing resources, and technologies adopted by venous industries to recover and sort resources from end-of-life vehicles. Aichi Prefecture is home to an increasing number of companies with ties to the automotive industry, from OEMs, tier 1 parts suppliers, as well as companies in tier 2, tier 3, tier 4, and beyond. This is the ideal forum for the whole industry to come together and consider how we can use our knowledge, skill, and craftsmanship to help achieve a recycling-oriented society.
Actions are required throughout the whole supply chain to calculate carbon footprints (CFPs) across entire product lifecycles. This exhibit introduces a CFP calculation system and a digital product passport (DPP) system that incorporates traceability information.
Technology capable of separating materials in recycled products plays a critical role in the recovery of resources from used products. This exhibit also showcases a technology for separating plastics and metals.
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The Role of LCA in Vehicle Development
SOLIZE Corporation
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Zeroboard for batteries
Zeroboard Inc.
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Platform Facilitating the Procurement of Recycled Raw or Processed Material with Associated Traceability Information
TBM Co., Ltd.
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Research on Protein-Based Microplastic Identification Technology
Suzuki Motor Corporation/Shizuoka University
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Plastic Recycling DX Solution 「RaaS」
MITSUBISHI ELECTRIC CORPORATION
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Horizontal Recycling Technology for Nylon 6 Plastic
— Monomerization of Nylon 6 Plastic Using Subcritical Water —Honda R&D Co.,Ltd./Toray Industries, Inc.
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Development of Disassembly and Separation Processing Technologies for Supporting Circular Economy
Tokoro Laboratory, Waseda University
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Development of the Heritage Cork Material Used in Interior Console Trays
Mazda Motor Corporation/Uchiyama Manufacturing Corp.
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Recycling of Self-sufficient Plastic Bottles for Car Seat Fabric
Toyota Motor Corporation
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100% Post Consumer Recycle Fishing Net Nylon Products
TOYOTA TSUSHO CORPORATION
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High Productivity FC Separator Technology Based on a Carbon Resin Composite
TOYOTA AUTO BODY CO.,LTD.
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Wind Power Using Repurposed Motors and Inverters from Electric Vehicles
JATCO Ltd / ZEPHYR CORPORATION
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CO2 Capture System to Support Carbon Recycling
DENSO CORPORATION
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