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After a rigorous process and careful planning, Bolder Industries – an American tire pyrolysis operator fo-cused on recovered carbon black (rCB) has announced its new address in Europe. With canal, deep water, rail and motorway access the Port of Antwerp now provides sustainable and economically attractive de-livery options for Bolder’s global customer base.

On 15 April, EuRIC’s tyre recycling event “Reinventing the Wheel: Advancing tyre recycling”, brought together all the value chain stakeholders to address tyre circularity challenges and collaborate on opportunities for increased material recovery in the EU. Held in Brussels, the event emphasised the significant untapped potential for tyre circularity. Key requirements include improved ecodesign of tyres, mandatory recycled content targets either in new tyres or other applications, and chemical legislation for recycled materials from tyres based on risk assessment rather than the precautionary principle, all fostered by harmonised EU-wide End-of-Waste criteria.

According to the latest press release by Tyre Stewardship Australia (TSA), regional Queensland is suffering with illegal tire dumping and dangerous tire stockpiles representing a missed opportunity for Australia’s northeast state. By recovering resources like steel and rubber from end-of-life tires, Queensland can build high-performance roads and generate valuable commercial markets that promote local jobs and manufacturing across the state. “Putting crumb rubber in roads is a winning circular economy formula already happening across Australia and around the world. “It’s time for Queensland State and Local government to start mandating their roads be made using Australian crumb rubber. By not mandating locally available rubber resources for roads, Queensland risks letting its road sector fall behind on industry best practice,” says Lina Goodman, CEO of Tyre Stewardship Australia.

According to the latest press release by Audi Hungaria Zrt., as a result of the company’s collaboration with New Energy Kft., from now on, tire waste generated at the site of Audi Hungaria in Győr will be chemically recycled, thereby avoiding the release of microplastics and the hazardous substances that leach from them into the environment during recovery. The process used for this is pyrolysis, in which tire waste is chemically converted into oil. The oil produced is used by petrochemical companies to produce new plastics, while the resulting recovered carbon black (rCB) is utilized in tire production. The gases produced during pyrolysis are used to generate the high temperatures needed for the process.

For too long, end-of-life tires (ELTs) have been treated as trash and discarded. ELTs make up nearly 2% of the total global waste, and an estimated one billion ELTs are discarded yearly. This waste flow is growing dramatically year after year. But businesses follow circular economy principles, they begin to view this trash as an opportunity. Through chemical pyrolysis, ELTs can be broken down into reusable commodities like recovered Carbon Black, recovered Pyrolysis Oil, and recovered Steel.

ELTs make up nearly 2% of the total global waste, and an estimated one billion ELTs are discarded yearly. This waste flow is growing dramatically year after year. But businesses follow circular economy principles, they begin to view this trash as an opportunity. Through chemical pyrolysis, ELTs can be broken down into reusable commodities like recovered Carbon Black, recovered Pyrolysis Oil, and recovered Steel.

This article deals with the question of whether the scientific recommendations for the development of new modification methods for upgrading recovered Carbon Black (rCB) derived from end-of-life tire (ELT) pyrolysis have not already been (partially) overtaken by industrial practice. This question does not mean that the extensive research on rCB is unnecessary. Quite the contrary! Past and new research results were and are of priceless value for the development of new ASTM approved characterization methods to be able to predict rCB performance in rubber applications in a practical and science-based manner.

On 7 July, Newcastle University and Wastefront announced their partnership that will focus on the characterisation and enhancement of Wastefront’s recovered carbon black (rCB). As one of the UK’s top universities and a world leader in sustainability, Newcastle University’s partnership with Wastefront will see cutting-edge industry innovation emerge from research conceived in the North of England - ensuring the region is at the forefront of progressing circularity across Europe.

In a recent press release by Birla Carbon – one of the leaders and innovators in the carbon black industry worldwide – the company announced a partnership for sustainability with Circtec – an end-of-life tire pyrolysis operator focused on production of renewable fuels and recovered carbon black. According to the press release: Circtec will become the largest producer of Sustainable Carbonaceous Materials Birla Carbon to deliver Sustainable Carbonaceous Materials to customers through its extensive product development capabilities Partnership to create the single largest source of Sustainable Carbonaceous Materials for the tire, mechanical rubber goods, and plastic industries