Search Results

On February 27, 2026, Scandinavian Enviro Systems (Enviro) has published the end or year financial report. Below, we cite the report according to the official press release.

As we announced in our previous article, Franklin Raj, the pyrolysis business analyst, and Yogesh Gaikwad, technical consultant for carbon black, participated in the Workshop on End-of-Life Tires (ELT) Management in India on behalf of Weibold’s team. Our experts made a presentation on “Material and Energy Recovery and the Latest Innovations in ELT Recycling Technologies”.

In tire recycling, one can create different types of output depending on production technology. From each output type, several applications can be produced, hence different industries and markets can be targeted. Currently, there is a wide range of products that can be developed via tire recycling. However, to significantly increase profits, R&D activities prove to be an integral part of tire recycling. Success of products on the market largely depends on the regions where they are sold.

Wastefront AS, a waste tire recycling company based in Oslo, has announced an agreement with Dubai-based tire company Gateway Resources that guarantees the complete supply of end-of-life-tires for Wastefront’s Port of Sunderland plant

Wastefront AS, the Norwegian waste tire recycling company, announced a strategic partnership with global energy storage infrastructure provider VTTI, for investment of up to USD 43 million and an agreement to reach a final investment decision for eight global sites within a five year period. VTTI – backed by leading energy and infrastructure players Vitol, IFM Investors and ADNOC (the Abu Dhabi National Oil Company) – is one of the world’s largest independent energy storage infrastructure providers with key locations around the world. The investment in Wastefront and planned investments in future plants are part of VTTI’s global growth strategy in which circular products are an important pillar, with an ambition to conduct more than 50% of its activities in new and transitional energy sources by 2028.

Pyrum Innovations AG (Pyrum), a pioneer in the sustainable recycling of end-of-life tires based on its patented pyrolysis technology, has begun expanding the production capacity of its pyrolysis plant at the company's headquarters in Dillingen/Saar. As of October 2021, the plant consists of one production line, which has been operating on an industrial scale since May 2020, producing pyrolysis oil, recovered carbon black (rCB) and pyrolysis gas from more than 7,000 tons of end-of-life tires during this period. The addition of two more production lines will triple processing capacity to approximately 20,000 tons of end-of-life tires per year. Excavation work for the foundations has already begun on the plant site. In addition, key components of the new plants have been ordered on a binding basis.

The achievement reflects continued progress at Ecolomondo’s Hawkesbury TDP facility, which is built using the Company’s proprietary Thermal Decomposition Technology (“TDP”). During the week, the facility successfully processed five double batches, each consisting of approximately 15,000 pounds of rubber crumb, for a total of 150,000 pounds processed. This production resulted in the generation of approximately 60,000 pounds of recovered carbon black and 75,000 pounds of tire-derived oil, along with approximately 15,000 lbs in syngas used as part of the process. In total, approximately 9,375 scrap tires were recycled during the week.

Nokian Tyres says it has been striving to make the world a safer place for decades. In the company’s recent press release, it was announced Nokian reached yet another milestone, as it introduces its most sustainable tire yet. The Nokian Tyres Green Step concept tire is a masterpiece of sustainable innovation with its ambitious design consisting of 93% of the materials either recycled or renewable. It moves the company even closer to its goal: by the year 2030, 50% of all raw materials used in Nokian Tyres’ tires will be recycled or renewable

End-of-life tires (ELTs) represent a significant environmental challenge globally, with over 1 billion tires produced and discarded each year. Their durability and complex composition, which includes a mix of rubber compounds, metals, textiles, and fillers, make them particularly difficult to recycle. Traditional disposal methods like incineration and landfilling not only fail to recover valuable materials but also contribute to environmental degradation. As the world seeks more sustainable recycling practices, pyrolysis—a process of thermal decomposition in an inert atmosphere—has emerged as a promising alternative. This method allows for the recovery of valuable products such as recovered carbon black (rCB) and tire pyrolysis oil (TPO), including limonene, a solvent derived from the degradation of rubber components. However, achieving consistent, high-quality outputs through pyrolysis requires careful control of both feedstock characteristics and process parameters.