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Birla Carbon – one of the leading manufacturers and suppliers of high-quality carbon black solutions – has announced the formal adoption of a Green Finance Framework. The framework outlines the criteria and provides guidelines for Birla Carbon to finance eligible Green Projects through Green Loans or Bonds. This move comes in continuation of the business’ decarbonization drive to achieve Net Zero Carbon Emissions by 2050 and the introduction of ContinuaTM range of Sustainable Carbonaceous Materials.

When a tire is recycled through tire pyrolysis, the solid material that remains from the pyrolysis of the rubber, commonly referred to as tire char or raw rCB, is composed of carbon black and varying amounts of impurities, such as silica, zinc, and sulphur. The latter are found in the original tire as additives to the production process.

Currently rubber recycled from end-of-life tires (ELTs) was ranked 3rd among the most suitable candidate streams for which to develop further EU-wide end-of-waste (EoW) criteria in the European Commission JRC’s report. The European Tyre and Rubber Manufacturers’ association (ETRMA) and the European Recycling Industries’ Confederation (EuRIC) are pleased about this prioritization exercise, although they are right to wonder why there is no date on the horizon. The 3rd place (after Plastic and Textiles) is still worth a medal, nevertheless. Considering the enormous potential of chemical recycling (pyrolysis) of ELTs, the (very) few missing points could have been made up (author's opinion) and a time horizon might be foreseeable.

At the Future of Retreading and Recycling Conference conducted at Autopromotec on in May 2022, industry professionals highlighted numerous noteworthy tire recycling and retreading topics. Italian Autopromotec, a trade show for the automobile aftermarket that increasingly incorporates recycling, was one of the biggest and most informative events of late spring 2022.

For everyone interested in the conference, Weibold has prepared a special PROMO CODE “RCB22WB”, which gives a special 10% discount. To register for the conference and use the promo code, please proceed to the event’s website. Following on from last year's hugely successful online event and the 2019 in-person event, Smithers have announced Recovered Carbon Black plans to travel to Amsterdam on the 23-24 November 2021.

Pyrum Innovations AG ("Pyrum"), a pioneer in the sustainable recycling of end-of-life tyres (ELT) based on its patented pyrolysis technology, has entered into a partnership agreement with the technology group Siemens. The aim of the partnership is to further promote, optimise and scale Pyrum's pyrolysis plants technologically and economically with Siemens' digitalisation and automation portfolio. Pyrum and Siemens share the goal of developing sustainable technologies as well as promoting their respective economic growth.

The European Rubber Journal (ERJ) reports that tire recycling is gaining a "remarkable traction" in the EU. Max Craipeau, the leader of the BIR says that tires and rubber have quickly developed into "one of the most dynamic divisions of the recycling business." According to Max Craipeau, who is also a head of Greencore Resources Ltd. in Hong Kong, the demand for recycled rubber is expected to grow five times in Europe over the next 25 years. Tires and rubber, often considered to be the "poor relation" of recycling, have suddenly emerged as "one of the most dynamic parts of the recycling industry," Craipeau stated at a meeting of the Bureau of International Recycling's (BIR) tires & rubber committee on May 31.

Birla Carbon – one of the leading global manufacturers of sustainable carbon-based solutions – is participating in the Deutsche Kautschuk-Gesellschaft, DKT 2022, that is being held in Nuremberg, Germany, from June 27 – 30, 2022. Birla Carbon will showcase Continua™ Sustainable Carbonaceous Materials at the event,

Pyrum Innovations AG reports further progress in the European Union’s BlackCycle project. On 24 May 2022, the successful completion of the trial campaign was celebrated. In this campaign, various process conditions regarding the composition of ELT, the temperature profile and the residence time were first extensively researched on a laboratory scale. After successful determination of the optimal reaction parameters, several experimental campaigns on an industrial scale followed.