Categories: Composites Materials Recycling Sustainability Trending

Kuusakoski Builds Composites Shredding Plant in Finland

Materials recycling company Kuusakoski Oy will invest more than 4 million ($4.4 million) to build a shredding and treatment plant for composites at its Hyvinkää site in southern Finland. The plant will reportedly be the first such facility in Finland.

The company, based in Espoo, Finland, says the plant will safely and effectively shred compositesplastics and fibers—for use as raw materials in the cement industry. Kuusakoski already supplies shredded composites for co-processing in cement production, where they can be used without residual ash.

In co-processing, composite fibers are used instead of limestone and polymers are substituted for fossil fuel. The use of composites lowers CO2 emissions significantly, according to President and CEO Mikko Kuusilehto.

The investment includes the renovation of a building at the Kuusakoski Hyvinkää site, as well as construction of the new processing line. Some 35 percent of the investment will be financed by Business Finland through the European Union’s Recovery and Resilience Facility program.

The processing line is planned to be in full production by the end of 2025. The plant will consist of two shredders, several covered conveyors, a magnet and a dust control system. Dust control is especially important because the processing of composites creates large amounts of fine, harmful dust.

“The demand for a recycling solution for composites is rising, as the amount of composites waste grows: wind turbines, airplanes, boats and other vehicles contain considerable and increasing amounts of composites, says Kuusilehto.

He notes a common misconception about the materials that the new plant will produce: “It is good to understand that the shredded composites are not mixed with concrete. They are used in the production of clinkera pre-product used to prepare cementand no trace of fibers is left in the cement that is then used for preparing concrete. 

By Plastics Engineering | June 25, 2023

Recent Posts

  • Industry

PFAS-Free Liquid Cooling Hardware for AI Data Centers

Fluorine-free polymers are redefining liquid cooling hardware, delivering chemical stability and dielectric strength without relying…

2 days ago
  • Microplastics

When Microplastics Meet PFAS: A Toxic Partnership in the Environment

Study reveals how different microplastics, especially polyamides, strongly adsorb PFAS, shaping pollution risks and remediation…

4 days ago
  • PFAS

PFAS in Cosmetics: The Hidden Risk

Study reveals hidden PFAS in long-wear cosmetics, exposing health and environmental risks and calling for…

5 days ago
  • Vinyl

From Raincoats to Flooring: PVC’s Dual Life in Fashion and Construction

PVC extends from flexible, RF-weldable coated fabrics to rigid, load-bearing profiles in buildings and flooring…

6 days ago
  • Vinyl

Enzyme-Activated PVC: Redefining Vinyl’s End-of-Life Pathway

Hyphyn introduces enzyme-driven PVC biodegradation, achieving over 90% breakdown under ASTM D5511; however, real-world landfill…

1 week ago
  • PFAS

PFAS Contamination Tests the Limits of UK Policy

PFAS contamination is now systemic across the UK. Engineers and regulators must decide between incremental…

1 week ago