Polystyvert Expands Innovative Plastic Recycling Technology to Thermoplastics in Montreal

Polystyvert Expands Its Plastic Recycling Technology



On April 15, 2025, Polystyvert revealed a significant advancement in its recycling capabilities by expanding its technology platform to encompass thermoplastics. This announcement was made at the Canadian Circular Economy Summit in Montreal, where discussions on sustainable practices have taken center stage.

Expanding Horizons for Recycling Polyethylene and Polypropylene


This expansion marks a crucial step towards addressing a wider array of plastic waste, offering solutions for common thermoplastics such as Polyethylene (PE), Polypropylene (PP), and Polycarbonate (PC). Known primarily for its innovative approach to recycling polystyrene (PS), Polystyvert aims to diversify its technological reach not only to support the recycling of PS but also to revolutionize the treatment and purification processes for various plastics that currently pose recycling challenges.

Nathalie Morin, President and CEO of Polystyvert, stated, "With this realignment, we are diversifying our business model to meet market demands. Our technology has garnered significant interest from numerous industries, and the expertise that our research team has developed over the past decade positions us to swiftly adapt our know-how to other types of plastics."

The Science of Dissolution: Redefining Recycling Methods


Polystyvert's dissolution technology is pivotal in ensuring effective recycling. By utilizing a selective solvent approach, this method allows for the extraction and removal of additives from plastics, which are known to cause contamination challenges at the end of their lifecycle.

Once the plastic is dissolved, it undergoes a series of cleaning processes resulting in a high-quality granule, comparable in usage to virgin material. The company’s innovative technology adheres to stringent industry standards for sectors such as packaging, construction, automotive, electronics, and toys.

Advanced Reclamation Technologies in the Pipeline


In addition to its dissolution innovations, Polystyvert continues to develop advanced purification technologies designed to enhance recycling efficacy. These technologies emphasize cost-effectiveness and can be scaled up through the use of commercially available equipment and optimized low-temperature, low-pressure processes. This capability not only increases efficiency but also aligns with global governmental goals of reducing plastic waste significantly.

To expedite the development of new applications, Polystyvert is actively seeking strategic partnerships that will enable the realization of a zero-plastic-waste vision shared by various administrations, both domestically and internationally.

UpSolv: A New Chapter for Polystyvert


As part of its rebranding initiative reflecting this transformation, Polystyvert will adopt the name 'UpSolv.' This change illustrates the firm’s commitment to dissolution and upcycling, providing high-quality cleaned resins now applicable to the majority of thermoplastics.

The official name change will take place in the upcoming months, aligning with the company’s expansion strategy and innovation agenda. Under UpSolv, the organization aspires to make recycled plastics as cost-efficient as new plastics, catering to the needs of various industries.

Future Prospects with Extensive Patent Coverage


UpSolv’s operations are protected by over 40 patents across 17 countries, ensuring that they maintain a competitive edge in the marketplace. The company claims to offer the shortest recycling loop for high-quality thermoplastic recycling, including products made from Polystyrene and ABS.

Through this initiative, UpSolv aims to lead the way in transforming the recycling landscape, providing essential solutions that address not only current demands but also future challenges in the realm of plastic waste management and sustainability.

Topics Environment)

【About Using Articles】

You can freely use the title and article content by linking to the page where the article is posted.
※ Images cannot be used.

【About Links】

Links are free to use.