Technology

According to the company, their newcycling technology has proven to succesfully recycle household plastic waste on an industrial scale and that all goals for scaling and decolourisation were achieved.

ESWET expresses its support to the draft gas package presented within the second batch of the “Fit for 55 package”, since it recognises the important decarbonisation potential of low-carbon hydrogen which can be generated by Waste-to-Hydrogen technologies.

As the demand for recycled plastics grows, so does the size of the machines. This applies to the processing of polyolefins as well as to PET recycling.

Lindner has been chosen by the Swiss waste-to-energy technology firm Hitachi Zosen Inova, its joint venture partner, the BESIX Group, and the Dubai Municipality for bulk shredding at the world’s largest energy-from-waste
plant. The facility is currently being built in Warsan, Dubai.

Stadler was commissioned by G.A.I.A. Spa and Iren Ambiente to design and build new recycling plants in Asti and Parma.

In summer 2021, Erema in collaboration with AMUT has finalized the installation and commissioning of ALTO packaging´s first extrusion line for food grade PET sheets in New Zealand market.

Weibold Academy article series discusses periodically the practical developments and scientific research findings in the end-of-life tire (ELT) recycling and pyrolysis industry.

Tomra and a Norwegian waste sorting plant have demonstrated that mixed waste sorting prior to disposal is a superior solution to separate collection.

Creating a more resilient and sustainable future will require Europe to reimagine its economic model, according to a new European Environment Agency (EEA) report.

A full-scale carbon capture facility will shortly be assembled at the district heating plant of Rakkestad in Eastern Norway.

The Basel Action Network has joined forces with academics at Columbia and Yale Universities to create the Atlas of Plastic Waste, mapping thousands of plastic waste dumps scattered around the world.