Innovative Chemical Recycling Solutions Unveiled at IFAT Munich 2026

Major Innovations in Chemical Recycling at IFAT Munich 2026



At the recent IFAT Munich 2026, Vary Tech, a leading global entity in solid waste recycling, alongside Evonik and SupeZET, revealed a comprehensive process package aimed at transforming plastic waste into high-quality pyrolysis oil (PPO) and circular naphtha. This innovative solution is designed to address the pressing challenges of chemical recycling amidst increasing global regulations.

The collaboration has birthed CARBON LOOP SYSTEMS PTE. LTD. in Singapore, a new joint venture dedicated to advancing chemical recycling techniques. This initiative focuses not only on plastic recycling but also on producing sustainable aviation fuel (SAF) from biomass. The partners have also signed a memorandum of understanding with Singapore-based JE Synergy to develop Asia's first demonstration project for chemically recycling post-consumer plastics. This project aligns with Singapore's Zero Waste Masterplan, aiming to enhance the sustainability of plastic waste management in the region.

Meeting Global Standards



With plastic recycling laws growing increasingly stringent worldwide, including the EU's PPWR regulation and the French AGEC law, the recycling sector must transition from basic pyrolysis methods to reliable production of compliant chemical feedstocks. The newly launched package effectively fills the existing gaps in circular naphtha, converting low-grade, mixed, mechanically unrecyclable polyolefin waste into high-quality petrochemical resources.

Vary Tech's groundbreaking oxygen-free pyrolysis technology, developed over two decades, plays a crucial role in this process. This technology boasts a single-unit capacity of 150 tons per day and operates for over 8,000 hours annually, ensuring robust front-end stability. The PPO generated proceeds to Evonik's proprietary Rocket Module for purification and contaminant removal, followed by advanced hydrotreatment and fractionation processes by SupeZET for refined output. This streamlined analysis not only produces circular naphtha and high-quality PPO compliant with international petrochemical standards but also facilitates seamless access to global petrochemical supply chains and low-carbon fuels.

Extensive Applications Beyond Plastics



Beyond just plastics, Vary Tech’s technology showcases versatile capabilities. It also addresses other waste materials such as scrap tires, oil sludges, hazardous industrial waste, medical waste, and solid waste from new energy sources. With over 100 commercial pyrolysis plants already deployed around the globe, Vary Tech is leading the shift toward more sustainable waste management practices.

Moreover, Vary Tech doesn't stop at chemical recycling; it is also excelling in mechanical recycling. At IFAT Munich 2026, the company unveiled an AI-assisted intelligent disassembly system that can process up to 200 units per hour, establishing a world record for efficiency. This system ensures the pure separation of various categories of e-waste. Leveraging its 16 years of experience in operational facilities, Vary Tech has partnered with brands like Haier, TCL, and Midea to provide eco-friendly recycling solutions for more than 130 million old appliances worldwide.

A Vision for a Sustainable Future



Through its dual model of manufacturing high-end recycling facilities and managing industrial operations, Vary Tech integrates global supply chain resources to deliver scalable, cost-effective, and sustainable technical solutions that align with global climate change goals and circular economy initiatives. As we advance, the integration of these technologies is expected to drive significant progress in the quest for a sustainable future, paving the way for efficient waste resource management on a global scale.

For more details about their initiatives, visit solidwastepyrolysis.com or explore their updates on LinkedIn and YouTube.

Topics Environment)

【About Using Articles】

You can freely use the title and article content by linking to the page where the article is posted.
※ Images cannot be used.

【About Links】

Links are free to use.