TOMRA Recycling welcomes Lars Enge as its new EVP. With a background in engineering, strategy, and global industry leadership, Lars shares his passion for recycling, the industry’s challenges, and his vision for driving innovation, collaboration, and circularity at scale.
TOMRA Recycling welcomed participants of the NEXTLOOPP initiative to its headquarters in Mülheim-Kärlich, Germany, for their quarterly reunion on September 17. The visit brought together key stakeholders—including 14 leading brand owners—for live demonstrations of TOMRA’s latest innovations in polypropylene (PP) sorting and strategic discussions on advancing Design for Recycling.
Global leader in sensor-based sorting solutions, TOMRA Recycling, has launched FINDER™ COLOR, a new high-throughput solution designed to meet the evolving needs of the scrap metal recycling and e-scrap processing industries. The next-generation color sorting system is engineered to deliver exceptional purity and recovery levels at high throughputs across a broad spectrum of metals sorting tasks.
TOMRA Recycling announces Lars Enge as new Executive Vice President (EVP).
Tray-to-tray recycling is becoming a recognized approach for advancing circularity in plastic packaging – especially for food-grade applications. Valerio Sama, Business Development Manager – Packaging at TOMRA Recycling, examines the latest developments in tray-to-tray recycling, detailing the challenges, technologies and market trends shaping its growth across the industry.
A recent webcast titled 'From AI to Dynamic LIBS: How new sorting technologies drive growth in aluminum recycling,' hosted by TOMRA Recycling in partnership with Novelis, unveiled groundbreaking advancements in aluminum recycling technologies. The webcast showcased the transformative impact of the latest sorting technologies on aluminum scrap, highlighting the considerable business opportunities these innovations present for aluminum recyclers and processors.
Discover TOMRA Recycling’s latest X-TRACT™ for waste wood sorting, featuring advanced X-Ray technology and deep learning for unparalleled purity and efficiency.
Doğa PET, a new recycling venture by Doğa Holding, one of the largest conglomerates in Türkiye, is using TOMRA Recycling’s sensor-based sorting solutions to produce high-quality PET flakes and rPET granules which are suitable for food and textile applications.
We're delighted to announce that TOMRA Recycling’s GAINnext™ – our AI-powered sorting system with deep learning technology – has been awarded ‘Recycling Machinery Innovation of the Year’ in the 2025 Plastic Recycling Award Europe. This prestigious award was presented at the eighth annual awards ceremony which took place during PRSE 2025 in Amsterdam in early April.
At TOMRA Recycling, we have expanded our portfolio of advanced metals recycling with a groundbreaking AI-based solution to upgrade wrought aluminum scrap.
Global supply chain disruptions, rising energy costs and increasing environmental pressures are transforming priorities across industries worldwide. This has led to a surging demand for low-carbon ‘green’ aluminum, with recycling becoming the most promising pathway due to aluminum’s minimal energy requirements – just 5% compared to primary production – and its infinite recyclability. Green aluminum is emerging as the cornerstone against market uncertainties – and we believe there is a good reason for that.
Deep learning will continue to shape the recycling industry. The advanced technology is set to tackle increasingly complex sorting tasks and expand into new segments, unlocking new levels of efficiency and sustainability in the recycling industry. Panels and Furniture Asia spoke to Jose Matas, our Segment Director Wood at TORMA Recycling, to find out more about how we are leading the charge, and how the industry will continue to evolve.
TOMRA Recycling will exhibit its cutting-edge technologies at the Plastics Recycling Show Europe (PRSE) 2025, taking place at RAI Amsterdam on 1-2 April 2025. At our stand (B30), visitors can explore how advanced sorting solutions are crucial for achieving circularity and meeting the stringent requirements of the European Packaging and Packaging Waste Regulation (PPWR).
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