← Back to news
Partnerships

Syklo Partners with Impact Recycling to Build Finland's Largest Plastic Recycling Plant

Circular economy company Syklo has announced plans to build the largest plastic recycling plant in Finland using Impact Recycling's BOSS technology — a 50,000 tonne per year facility planned for Hyvinkää, which Syklo projects will increase Finland's plastic recycling capacity by up to 50% on commissioning.

By Impact Recycling

Circular economy growth company Syklo Ltd. is planning to build the largest plastic recycling plant in Finland and increase the country's plastic recycling capacity by up to 50 percent, according to Syklo. The plant is one of a kind even on a European scale because of ground-breaking technology that ensures a higher yield and material utilisation rate compared to any other methods. Impact Recycling Ltd in the UK acts as a strategic partner in the project. The plant is expected to be commissioned in 2026.

The plant, which is to be built in Hyvinkää, Finland, will utilise Impact Recycling's ground-breaking BOSS technology from the UK to separate different plastic types from post-consumer mixed waste plastic streams into high-quality and recyclable products with an exceptionally high yield. The plant's production capacity is projected to be 50,000 tonnes annually, with advanced capabilities to extract and recycle plastics from waste streams that would typically be destined for incineration under current practices. Recyclable plastics include mixed hard plastics, mixed plastic films from trade and industry, and mixed plastic streams separated from waste sorting facilities.

"We are very proud to launch a project that will revolutionise the circular economy market in Europe." — Teemu Koskela, CEO, Syklo

"We are thrilled to be internationalising our ground-breaking plastic recycling technology." — David Walsh, CEO, Impact Recycling

Technology

The BOSS (Baffled Oscillation Separation System) and PRE additive technology enable plastic separation and superior product quality. The facility features advanced water management with wastewater distillation and microplastic sludge drying to prevent environmental release, achieving 20% more efficient recycling than current methods.