Acquisition of Pioneering Capabilities and Preparation of Circular Business Models, Products, and Innovative Technologies
Looking ahead to the period when the effects of upcoming business transformations will manifest in over a decade, we are considering collaborations with various partners to construct a circular value chain.
Acquisition of Pioneering Capabilities
To build a circular value chain, we have established a joint venture, ALTNA Co., Ltd., with Mitsubishi Corporation.
ALTNA will not only engage in smart charging and repurposed energy storage businesses but also start offering leasing products using Honda’s EV vehicles. During the lease period, we will monitor the battery’s usage, and collect batteries that are no longer in use. By continuously monitoring the battery’s condition from vehicle use, we will leverage the data obtained to maximize the utility of collected batteries, contributing to long-term and stable operations. The leasing prices are set with the premise of long-term utilization of batteries from vehicle to stationary use, which helps reduce the economic burden for EV owners.
Additionally, batteries that have completed their use in vehicles and stationary applications will be recycled as part of our efforts to achieve a circular value chain.
For information on the establishment of ALTNA
Preparation of Circular Business Models, Products, and Innovative Technologies
As part of our efforts to establish circular business models, products, and innovative technologies, we are collaborating with various manufacturers handling different materials, components, and parts. Achieving horizontal recycling in the resin sector is particularly challenging due to economic feasibility issues. Therefore, we have initiated demonstration experiments on horizontal recycling with Mitsubishi Chemical Corporation and the Hokkaido Auto Dismantler Corporation for acrylic resins, and with Idemitsu Kosan Co., Ltd. for plastics.
In partnership with Toray Industries, Inc., we have successfully developed a technology to return nylon resin to its monomer state. This technology uses subcritical water as a solvent, eliminating the need for traditional acid catalyst waste treatment and allowing for the conversion of recycled materials into products with performance and quality equivalent to virgin materials with high yield in a short time. The reduction in reaction time has enabled continuous processing equipment, which helps lower capital investment costs. This is expected to reduce the cost of providing recycled materials.
Honda is committed to developing advanced recycling technologies that balance low energy consumption with economic feasibility.
Mitsubishi Chemical Corporation
(Acrylic resins)
Toray Industries, Inc.
(Nylon resins)
Idemitsu Kosan Co., Ltd.
(Plastics)