Pyrum Innovations entered into market making agreement with Pareto Securities
Pyrum Innovations AG (Pyrum), a pioneer in the sustainable recycling of end-of-life tires (ELT) based on its patented tire pyrolysis technology, has entered into a market making agreement with Pareto Securities AS. The purpose of the agreement is to enhance liquidity in the trading of the Company's shares. The agreement is in accordance with the standard requirements of Euronext Oslo Stock Exchange. First day of market making was on 27
About Pyrum Innovations AG
Pyrum Innovations AG is active in the attractive recycling market for end-of-life-tires with its patented pyrolysis technology. Pyrum's pyrolysis process is reported to be completely energy self-sufficient, saves up to 98% of the CO2 emissions normally generated during the combustion of end-of-life tires in a cement plant and produces new raw materials such as pyrolysis oil, gas and recovered carbon black from the waste used as input materials. In this way, Pyrum closes the recyclable material loop and pursues a completely sustainable business model. As a pioneer, Pyrum Innovations AG was the first company in the end-of-life tire recycling sector to receive REACH registration from the European Chemicals Agency (ECHA) for the pyrolysis oil it produces. This means that the oil is recognized as an official raw material and can be used as a raw material in production processes. In addition, Pyrum is continuously researching both new input materials as well as new raw materials to be produced, for example with the ongoing tests for the extraction of hydrogen from the gas obtained by means of the patented technology. These achievements have also been recognized by international experts in the tire industry. For example, Pyrum won the Best Tyre Recycling Innovation category at the inaugural Recircle Awards and has been nominated for the "Grand Prix Mittelstand" ("Großer Preis des Mittelstandes") from the German state of Saarland.
Press release by Pyrum Innovations.
Weibold is an international consulting company specializing exclusively in end-of-life tire recycling and pyrolysis. Since 1999, we have helped companies grow and build profitable businesses.
Industry's News and Events
Subscribe for Weibold's monthly newsletter to receive the most important news on market trends, technology advances, expos, trade shows and conferences related to tire recycling and pyrolysis industry and much more!
Newsletter
January issue of Tire Recycling Insights is out
Read about the most important events and updates in the tire recycling and pyrolysis industry! Subscribe for our newsletter today! Weibold offers comprehensive consulting services in the field of tire recycling and tire pyrolysis. Learn how Weibold's Market Researches can help you successfully launch and upgrade your business!
Five months from groundwork to core plant: NE-TECH Group demonstrates execution certainty
NE-TECH Group, a leading innovator in sustainable tire pyrolysis technologies, proudly announces another significant construction milestone at its showcase facility designed in partnership with oil giant MOL as a principal shareholder in the Karcag plant. Building on the momentum reported earlier in November 2025, the project has advanced at an exceptional pace following the installation of the fully pre-engineered Continuously Revolving Charge Cycle (CrCC™) modules at NE-TECH’s manufacturing facility.
Weibold Academy: Recovered carbon black – useful carbon beats perfect carbon
For much of its commercial development, ELT pyrolysis has been framed primarily as a liquid-oriented business. Process design, commercial discussions, and investor narratives have traditionally focused on oil yield optimization and gas utilization. Solid char, despite representing roughly 30–35% of the original tire mass, was often treated as a secondary output with limited strategic relevance. As global ELT pyrolysis capacity expands, this view is increasingly misaligned with operational reality. Char volumes are no longer marginal; they are structural. Managing char in a credible, scalable, and economically defensible manner has become a prerequisite for long-term project viability. In this sense, char is no longer a by-product to be addressed post hoc, but a core design parameter that must be integrated into project development from the outset.