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Sustainable rCB, thermochemically recovered from end-of-life tires, has already made the leap into industrial practice, and is making an important contribution to closing the loop in the tire and rubber industry. The first Cradle to Cradle certificate for rCB was already issued by EPEA in 2017, and most recently another rCB was accredited under the International Sustainability & Carbon Certification (ISCC) scheme. Besides the environmental advantages of using rCB in the rubber & tire industry, for instance that of CO2 reduction, the economic feasibility of pyrolysis is positively affected by these markets.

Weibold is welcoming pyrolysis / tire recycling technology suppliers, researchers and all other interested parties from the industry to hold webinars on our platform. Our audience comprises over 25,000 professionals from tire recycling, pyrolysis and affiliated industries, which helps you increase your business presence, attract new customers and spread a word about your business activities. Benefit from our tire recycling and pyrolysis network we have been building up over the past 22 years. Contact Agustina Martin for more information.

The oil and recovered carbon black that Scandinavian Enviro Systems (Enviro) produces from end-of-life tires in its plant in Åsensbruk have been accredited under the International Sustainability & Carbon Certification (ISCC) scheme. The information comes from the recent press release by the company. In doing so, Enviro has become – reportedly – the first company in the world to receive ISCC certification for recovered carbon black, and the certification is also confirmation of the previously communicated higher commercial values of both carbon black and oil.

For everyone interested in the conference, Weibold has prepared a special PROMO CODE “RCB21WB”, 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.

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.

Black Bear will produce 12,000 metric tons p.a. of recovered Carbon Black — a sustainable alternative that results in a reduction of over 65,000 tons of CO2 missions compared to the use of conventional Carbon Black. Black Bear and HELM seek to start production and marketing of recovered Carbon Black from the flagship plant in Chemelot Industrial Park from the 2nd half of 2023. On August 27, 2021, Black Bear Carbon B.V. (“Black Bear ”) and HELM AG (“HELM”) have announced a long-term supply chain and marketing cooperation. Black Bear will produce recovered Carbon Black from end-of-life tires via its proprietary technology. Both companies will jointly introduce this innovative product to industrial clients. Black Bear will contribute its extensive knowledge in product and application development while HELM will provide its supply chain know-how and commercial expertise through its broad market presence. This exclusive, long-term agreement covers Black Bear’s first flagship plant on the Chemelot Industrial Park in Geleen, The Netherlands, which is aimed for a start-up in the 2nd half of 2023. Both partners seek to extend their cooperation via further projects which Black Bear is planning.

This article should give an overview over the recent development trends regarding the options for an upgrade of the tire-derived oil (TDO) with chemical and physical techniques. In two previous articles we have already dealt with the production of limonene and highlighted the advantages of fractional distillation of TDO. Introduction Refiners around the world are looking for alternatives to producing fuels from petrochemicals only. This is due to expected future declines in crude oil reserves combined with significant fuel demand growth expectations throughout the world and increasing environmental awareness among the population.

Black Bear Carbon (“BBC”), the Dutch technology provider for recycling end-of-life tire rubber into recovered Carbon Black (rCB) and renewable petrochemicals, has announced that is had successfully completed a first closing of €7.5M , this is the first step in a fundraising campaign of €78M for its new BBC flagship plant at Chemelot Industrial Park, the Netherlands. The investment round was led by Capricorn Partners from the Capricorn Sustainable Chemistry Fund, with support from Invest-NL, joined by current investors; Brightlands Venture Partners, Siam Cement Chemicals and others.

Weibold is welcoming pyrolysis / tire recycling technology suppliers, researchers and all other interested parties from the industry to hold webinars on our platform. Our audience comprises over 25,000 professionals from tire recycling, pyrolysis and affiliated industries, which helps you increase your business presence, attract new customers and spread a word about your business activities. Benefit from our tire recycling and pyrolysis network we have been building up over the past 22 years. Contact Agustina Martin for more information.