In October 2025, Beston Group successfully completed the delivery of plastic pyrolysis project in Finland. 3 BLJ-16 plastic pyrolysis machines were fully installed and commissioned, meeting the production expectations of the Finnish customer. This milestone is significant for the Finnish customer’s market expansion in Europe. The project enables Finnish customer to successfully enter the European waste plastic management sector. Beston Group’s plastic pyrolysis solutions support the client in taking a further step towards sustainable energy production.
Since enacting various regulations on plastic recycling, European countries have faced multiple challenges in effectively managing plastic waste:
Amid these challenges, the Finnish customer saw an opportunity to turn waste into value through advanced pyrolysis technology.
Compared to traditional physical recycling methods, the Finnish customer believes that chemical recycling is the future of plastics processing in Europe. In particular, pyrolysis technology can convert plastic waste into pyrolysis oil with high market value. To achieve this goal, the customer is seeking plastic pyrolysis machine capable of large-scale recycling and stable operation. The customer also hopes to partner with equipment manufacturers that can provide full-service support, from installation to technical assistance.
After thoroughly evaluating multiple suppliers, the Finnish client ultimately chose to partner with Beston Group to bring their plastics pyrolysis project to fruition.
The project utilizes three BLJ-16 plastics pyrolysis equipment, each with a processing capacity of 8–10 tons/day. A dual-system structure (manifold + catalytic system) is employed to ensure higher pyrolysis efficiency and oil quality.
Beston Group provides a one-stop service, handling everything from configuration design, equipment manufacturing, installation and commissioning to operator training, with a professional team responsible for the entire process to ensure smooth project commencement and achieve the expected production capacity.