Global deployments and partnerships
Building decentralized recycling infrastructure
Vixla is expanding across Europe and international markets through commercial deployments and strategic partnerships.
By deploying systems directly at the source of waste, we convert plastic into valuable resources, enabling a more scalable and efficient recycling model.
Operations and partnerships
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Demo Plant, Norway
Norway’s first chemical recycling plant. In partnership with Halden Municipality, Vixla has established a demonstration plant at Rokke waste management facility, outside of the city of Halden.
The plant became the first operational Vixla facility globally in June 2025 and serves as a hub for technology validation, feedstock testing, and process optimization.
Key functions:
• Technology demonstrations for customers and partners
• Testing of feedstock
• Operator training and certification
• Research and Development center
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Commercial Plant, United Kingdom
First commercial Vixla deployment. The first commercial Vixla plant is being deployed in the UK with our strategic partner QM Recycled Energy.
Two Vixla units have been installed at the Hoo facility in Kent, creating the first commercial reference site for the technology.
Commissioning began in December 2025, with continuous operations scheduled for April 2026.
Highlights:
• SWIP regulatory approval
• ISCC PLUS certified circular feedstock
• Integrated plastic pre-treatment system
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Upcoming Projects
Belgium: One Vixla system is scheduled for commissioning and startup in Belgium June 2026.
Spain: One Vixla system is scheduled for commissioning and startup in Spain later this year.
Philippines: One Vixla system is scheduled for commissioning and startup in Philippines later this year.
Global expansion: Market development and evaluation of future deployment opportunities are assesed in multiple regions as the need for decentralized recycling capacity grows.
Is your market the next Vixla deployment?
We design and build scalable recycling systems delivered on site worldwide. Each system is tailored to local feedstock streams, infrastructure, and capacity needs.