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Have you ever looked at a massive mining truck or a heavy-duty forklift and wondered, what happens to those colossal tires when they can no longer hit the dirt?

Discover the new FINDER™ from TOMRA Recycling, a modular metal sorting system designed to support multiple applications in one machine. In metal recycling, every scrap stream holds value. But mixed materials, overlapping objects, and hard-to-detect composites make recovery more complex. Many operations need different sorting steps and multiple machines to achieve the required output quality. The new FINDER™ is designed to change that.

Ever wondered how color-based metal sorting really works? Meet FINDER™, TOMRA Recycling’s next-generation sorting system designed for high-purity metal recovery at industrial throughputs.

With more than 20 years of experience in the recycling industry, Pellenc ST supports operators and municipalities by providing intelligent, connected sorting solutions that help modernise industrial facilities and meet the standards of Industry 4.0.

With more than 20 years of experience in the recycling industry, Pellenc ST supports operators and municipalities by providing intelligent, connected sorting solutions that help modernise industrial facilities and meet the standards of Industry 4.0.

In recent years, sorting centres have been facing increasingly complex and diversified waste streams. As a result, operators must continuously modernise their industrial equipment and adopt technologies capable of adapting to evolving operational requirements. Providing sustainable, flexible, and high-performance solutions has therefore become essential. It is in this context that Pellenc ST developed the Mistral+ CONNECT™ optical sorter.

The COMPACT+™ from Pellenc ST represents the latest generation of COMPACT™ optical sorting machines. Designed to be inherently compact, it integrates the same advanced sorting technologies as the Mistral+ CONNECT™ optical sorter, delivering equally high levels of performance while requiring significantly less space.

Mattresses are among the most challenging consumer products to recycle. Designed for durability, comfort and long service life, they consist of tightly bonded layers of polyurethane foam, textiles, latex, adhesives and steel springs. When mattresses reach the end of their usable life, this complex material composition has traditionally led to landfill disposal or incineration.

CEMEX Colombia is increasing sustainability in the construction industry and producing high-quality substitute fuels with an UNTHA shredder.

Experience the next era of Tyre Recycling Technology! This video takes you inside the Fornnax High-Capacity Tyre Recycling Plant, a next-generation system engineered to transform massive volumes of end-of-life tyres (ELTs) into valuable, reusable resources with unmatched efficiency.

The paper industry worldwide is strongly committed to sustainability and the circular economy. This is reflected in high recycling rates as well as in the use of bioenergy and substitute fuels. The use of substitute fuels (RDF) is helping the paper industry to significantly reduce its consumption of coal, gas, and oil, and is having a positive impact on the utilization of non-recyclable waste materials. Many players in the paper industry create closed cycles within their companies by independently processing pulper ropes and paper rejects into RDF and using it directly for energy supply.

UNTHA shredding technology presents its latest product development: the UNTHA Power Core – an innovative power generator for the autarkic operation of the XR and ZR shredders.