Ecocyclic, a Texas-based environmental technology leader, announced a strategic partnership with enespa technologies us llc, the U.S. subsidiary of Swiss-based enespa ag, to build a cutting-edge chemical recycling facility in Winnie, Texas. With construction already underway, the plant is slated to be operational by Fall 2025, pioneering the transformation of plastic waste into sustainable resources.
At full capacity, the facility will process up to 10 metric tons per day of ISCC PLUS-certified, pre-sorted polyolefin plastic waste. Through advanced chemical recycling, this waste will be converted into pyrolysis oilâa sustainable, circular feedstock capable of replacing crude oil in the production of virgin-quality plastics. âThrough this partnership, we are laying the foundation for a truly circular economy in the plastics sector,â said Naeem-Atiq Sadiq, CEO of Ecocyclic. âenespa brings world-class recycling technology, and Ecocyclic delivers market insight, local expertise, and innovation powered by AI.â
Ecocyclic will install its first state of the art plant in Winnie, Texas with planned future facilities nationwide. âPartnering with Ecocyclic gives us the opportunity to bring our technology to one of the most critical markets in the world,â said Ben Richters, CTO of enespa. âTheir advanced AI capabilities, strategic insight, and robust local infrastructure perfectly complement enespaâs engineering expertise, creating a powerful synergy for scalable impact.â
The Winnie facility will carry ISCC PLUS certification, ensuring environmental credibility and full traceability of the recycled outputâreinforcing Ecocyclicâs mission to deliver transparent and verifiable carbon reduction solutions. This Texas initiative marks the first of five planned installations across the U.S., as Ecocyclic leads the charge toward a net-zero future through scalable recycling innovation. âThis is more than a plantâitâs a blueprint for responsible industry,â Sadiq said. âOur goal is to transform waste management and turn low-value plastic into high-value, clean energy feedstocks.â