R Plus Japan and Anelotech Partner to Advance Plas-TCat Technology Commercialization

Recently, R Plus Japan (Rpy) and Anellotech jointly announced that their innovative catalytic pyrolysis technology, Plas-TCat, has officially entered the commercialization stage. This significant development is expected to reshape the landscape of chemical recycling and accelerate the implementation of circular economy solutions. The technology can directly convert mixed plastic waste into the basic chemicals needed to produce new plastics, providing a novel approach to addressing the issue of plastic pollution.

Before entering the commercialization phase, Plas-TCat technology underwent a rigorous and successful validation period. At Anelotech's TCat-8 semi-commercial facility in Silsbee, Texas, with a capacity of 200,000 kg per year, the technology was continuously operated for over 2,000 hours, demonstrating exceptional performance. This long-term test fully validated the technology's operational stability, scalability, and continuous online operational capability in real-world conditions.

A key milestone in advancing this commercialization process was the completion of the development of an independent Plas-TCat process design package. This achievement was made possible with technical support from Technip Energies and represents a significant breakthrough since Rpy and Anelotech launched their joint development project in 2020, highlighting the formidable power of international cooperation in tackling complex global challenges.

Atsushi Ohtake, CEO of R Plus Japan, stated: “Together with Anellotech, we have demonstrated our ability to provide next-generation, scalable solutions that truly advance plastic waste recycling. This milestone highlights the importance of international collaboration in addressing global sustainability challenges. We are delighted to be among the first to commercialize this technology in Japan and worldwide.” His remarks underscore the transformative potential of Plas-TCat technology and the firm commitment of both parties to making a substantial contribution to environmental sustainability.

In plant trials, the unique advantages of the Plas-TCat technology have been fully validated. Unlike traditional recycling methods, this technology employs a proven catalytic system that can convert unsorted and untreated mixed plastic waste—including a variety of materials such as PE, PP, PET, PS, PU, PC, ABS, and nylon—into high-value light olefins and aromatics. These products include key basic feedstocks such as benzene, toluene, xylene (BTX), ethylene, and propylene, as well as other valuable products, making significant contributions to the development of a circular economy. The two companies also stated that future plants may incorporate pretreatment units to handle halogen-containing feedstocks, further expanding the scope of the technology’s application.

With the comprehensive completion of technology validation, relevant parties are actively negotiating with potential raw material suppliers, product purchasers, and operational partners regarding the construction of a commercial plant. The Plas-TCat technology offers an attractive and cost-effective solution for plastic recycling, providing a new option for industries seeking sustainable development paths.