The Tire Industry Project (TIP) has announced the selection of five research proposals under its inaugural Open Call for Projects (OCP), awarding nearly USD 2 million in total funding. This initiative, designed to advance the global scientific understanding of tyre wear emissions and their mitigation, also coincides with the launch of a second funding round focused on ecological impacts.

The first OCP, which concluded in late 2024, attracted 22 submissions over a four-month period. An evaluation committee composed of TIP experts and external technical assessors selected the five awardees based on stringent criteria, including scientific relevance, methodological feasibility, innovation and potential societal impact. Three of the chosen projects will advance research into the environmental pathways and presence of tyre wear particles. These are led by institutions including Germany’s Technical University Darmstadt, which will map pollution in roadside soils; France’s Gustave Eiffel University, investigating particles in sewer systems and the Helmholtz Centre for Environmental Research, developing a new high-throughput method for detecting particles.

The remaining two projects are focused on developing practical mitigation solutions. Washington State University will research using tyre char to treat stormwater runoff, while the non-profit Ocean Conservancy will evaluate the effectiveness of green infrastructure in urban areas to capture tyre wear pollution.

Concurrently, TIP has launched its 2025 Open Call for Projects, which will specifically address significant knowledge gaps concerning the potential ecological impacts of tyre wear emissions, including chemicals and leachates. This new focus is informed by TIP’s recent State of Knowledge paper series, which highlighted inconsistencies in the current scientific understanding. To support prospective applicants, TIP will host introductory webinars on 23 September 2025. The final deadline for proposal submissions to this global collaborative initiative is 15 January 2026.

Larisa Kryachkova, Executive Director, TIP, said, “The topic of tyre wear emissions is extremely complex – one that requires deep, evidence-based investigation and cross-stakeholder collaboration. Recognising this, we decided to complement our own research and mitigation initiatives by launching the Open Call for Projects, inviting stakeholders across the world to join us in the quest to uncover this multi-dimensional subject. The initiative reflects our long-term commitment to building a collaborative research ecosystem through public platforms. The OCP takes us one step forward in harnessing the collective brainpower of the scientific community and we look forward to evolving this further in the coming years.”

Dr John Bucher, part of TIP’s Assurance Group and a member of the OCP evaluation committee, said, “Sound science and robust evidence are essential to assessing the environmental challenges we face and to identifying the most effective solutions. Initiatives such as the OCP can act as a tremendous catalyst in this regard, opening a new world of possibilities. We are pleased with the diversity and quality of submissions received, which reaffirms the strong interest in this topic and the desire to engage in collaborative solutions.”

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Kuraray America, Inc. marked National STEM Day on 8 November by spotlighting a community educational event that brought together 15 of its volunteers and students from the Houston Japanese Supplementary School at San Jacinto College for a day of hands-on exploration and discovery.

Participants engaged in activities illustrating how science, technology, engineering and mathematics (STEM) converge in chemical manufacturing. Experiments with superabsorbent polymer beads explored chemistry and material properties, while a tour of the college’s facilities introduced industrial equipment. Students also learned about water filtration and distillation processes and how mathematical concepts underpin scientific and engineering applications.

One student showed particular interest in the distillation tower, linking the experience to the Kuraray Group’s contributions to everyday life and its mission of achieving for people and the planet what no one else can. The event also benefited KAI volunteers, who shared technical knowledge, exchanged perspectives and learned alongside potential future scientists and engineers.

Kuraray America thanked Reiko Fuwa and Tomohiro Tani for coordinating the visit, Hans Vandommele for sharing his expertise and all 15 KAI volunteers. The company also expressed appreciation to San Jacinto College for facility access and to the Houston Japanese Supplementary School students for their curiosity, enthusiasm and thoughtful questions.

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Liberty Tire Recycling attended the 2026 SEMA Show in Las Vegas, held from 3–6 November at the Las Vegas Convention Center. The automotive aftermarket event, one of the industry's largest, drew over 160,000 attendees from the automotive, tyre and transportation sectors to review new products, technologies and business opportunities.

The Lakin Tire brand, a consistent SEMA exhibitor, once again used the show to reinforce industry relationships and present Liberty's tyre collection, recycling and sustainable resource management capabilities. Personnel from Grade/Used Tires, Commercial Truck Tires, Metals, Recycling and Collection, together with corporate and regional leadership, met customers, suppliers and industry professionals from around the world.

The booth received existing and prospective customers from numerous tyre and automotive segments during the week. Costco Wholesale Corporate Office, United Tires and UTU Wholesale were among the organisations that stopped by to examine Liberty Tire's products, services and nationwide reach. The company viewed the event as an effective forum for monitoring emerging market trends and demonstrating its position in recycling and sustainability, alongside its focus on innovation, workforce development and circular economy principles.

A memorable moment came when a high school shop teacher and students, attending through a special educator programme, toured the booth to learn about tyre recycling and industry operations. Liberty team members provided industry insights, outlined career pathways and acknowledged educators' contribution to developing future skilled trades professionals, supplying tyre inflation gauges for classroom use.

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Laufenn, Hankook's associate brand, earned a ‘Good’ ratingwith an overall score of 2.2 for its G Fit 4S in the Auto Bild Allrad all-season SUV tyre test published on 8 October 2026 (issue 41). The tyre competed credibly against 11 rivals from established premium marques, finishing competitively in a 12-strong field.

Wet handling proved a particular strength, with the G Fit 4S collecting the second-highest rating shared with other models. Aquaplaning resistance also impressed, as the tyre held its line until stability began to fade at roughly 100 kmph (62 mph). In snow, it recorded the third-shortest braking distance, matching two other contenders.

Testing spanned snow, wet and dry disciplines, each weighted equally in the final ranking, with a third-generation MINI Countryman serving as the test vehicle. Snow assessments were carried out in New Zealand, while European venues hosted the wet and dry evaluations. The jury's conclusion underscored Laufenn's value-focused positioning, finding the G Fit 4S a solid option for cost-conscious buyers.

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Tyres Europe has underscored that tyres qualify as fully recyclable under ISO 22628:2002 and UN Regulation No. 133, describing the established methodology as a robust foundation for assessing tyre recyclability. The organisation recently set out its position on the matter.

The distinction between recyclability and actual recycling rates is central to the group's argument. Recyclability refers to the technical potential of a product and its materials to be recycled, while the real rate hinges on treatment capacity and demand for secondary raw materials. Regulatory frameworks should therefore separate the two concepts clearly and align with an internationally recognised standard.

Tyres consist of rubber compounds, chemical additives and reinforcing textile and steel cords, and at end of life they are separated into rubber, textile and steel fractions, all of which existing mechanical or chemical routes can recycle. Mechanical processing yields rubber granules and powders usable as secondary raw materials across many applications, recovered textiles can be further processed and valorised, and cleaned recovered steel can re-enter metal recycling and steelmaking.

Tyres Europe pledged continued cooperation with policymakers and value-chain partners to strengthen circularity and maximise recovery of valuable tyre materials in Europe, with the full paper available on its website.

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