Corporate News Report: Evonik Industries’ Strategic Partnership in Chemical Recycling
Evonik Industries AG announced a new partnership at IFAT Munich 2026, marking a significant step toward the commercialisation of chemical recycling technologies for plastic waste. The collaboration brings together Evonik, Vary Tech, and SupeZET to create a fully integrated process chain that converts mixed polyethylene and polypropylene streams into petrochemical‑grade pyrolysed oil (PPO) and circular naphtha.
Technology Overview
The partnership is structured around three complementary components:
| Stage | Company | Key Contribution |
|---|---|---|
| Thermal Conversion | Vary Tech | Oxygen‑free pyrolysis unit developed over 20 years, delivering initial thermal conversion of municipal plastic waste. |
| Purification | Evonik Industries | Proprietary purification module that removes impurities and aligns product quality with international petrochemical standards. |
| Refining | SupeZET | Final refining stage that transforms the purified intermediate into market‑grade naphtha and PPO suitable for downstream petrochemical processes. |
The combined system is designed to handle a mixture of polyethylene and polypropylene—two of the most common polymer wastes in global markets—producing feedstocks that can be directly incorporated into existing petrochemical supply chains. By meeting stringent quality benchmarks, the products can replace fossil‑derived naphtha and PPO, thereby supporting low‑carbon fuel targets across multiple industries.
Market Context and Regulatory Drivers
The initiative is positioned in response to tightening global regulations on plastic recycling:
- EU Packaging and Packaging Waste Regulation (PPWR) – requires higher recycling rates and promotes circular solutions.
- New End‑Of‑Life Vehicle (ELV) Directives – increase the demand for recycled plastics in automotive manufacturing.
- National Amendments in India and Singapore – reflect a growing emphasis on waste‑to‑energy and circular economy initiatives.
By providing a scalable, robust route from municipal waste to market‑grade hydrocarbons, the partnership aims to remove the technical bottlenecks that have historically impeded the plastics circular economy. The joint venture, CARBON LOOP SYSTEMS PTE. LTD., headquartered in Singapore, will pursue the first Asian demonstration project. This aligns with Singapore’s Zero‑Waste Masterplan, which prioritises closed‑loop waste management and the reduction of landfill dependence.
Strategic Implications
From a corporate perspective, the collaboration demonstrates Evonik’s commitment to expanding its portfolio in sustainable specialty chemicals. The integrated process not only enhances Evonik’s product range but also positions the company to meet evolving regulatory and environmental objectives. Vary Tech’s long‑term research and development in pyrolysis complements Evonik’s purification expertise, while SupeZET’s refining capabilities ensure commercial viability.
The partnership also reflects broader trends in the specialty‑chemical sector:
- Growth in High‑Performance Materials – demand continues to rise in automotive, construction, and electronics, driven by performance expectations and sustainability mandates.
- Shift Toward Bio‑Based and Sustainable Formulations – companies are increasingly incorporating renewable feedstocks and closed‑loop processes.
- Collaborative Innovation – cross‑industry alliances are becoming essential to accelerate technology adoption and meet regulatory pressures.
By aligning with these market dynamics, Evonik and its partners are well positioned to capture emerging opportunities in the circular economy while reinforcing their leadership in sustainable chemical solutions.
Outlook
The successful deployment of the CARBON LOOP SYSTEMS PTE. LTD. demonstration project in Singapore will serve as a proof‑of‑concept for the scalability of the process across Asia and beyond. Positive outcomes could pave the way for broader adoption, influencing policy frameworks and supply chains worldwide. Continued investment in research, coupled with strategic partnerships, will likely drive further advancements in chemical recycling, enhancing the resilience and sustainability of the global plastics industry.
