MOSCOW (MRC) -- Axens (Rueil-Malmaison, France) announced that earlier this year it demonstrated the successful start-up of the first ethanol-to-ethylene pilot plant based on Axens Atol technology with Sumitomo Chemical, which is going on the waste-to-polyolefins project in Japan, said the company.
At full rollout, this project will attain the production of waste-based polyolefin at industrial scale, representing a step forward towards a circular economy based on renewable carbon.
Building upon the historic 2021 achievement of the first waste-based polyolefin production at lab scale, the cooperation between both companies entered into a new phase with the construction and start-up of the first Atol plant. This success proves the reliability and robustness of Axens Atol technology, which will be capable of processing a wide variety of ethanol feedstocks derived from various origins.
Axens now counts 5 Atol references in the world, demonstrating the versatility of a technology which is at the crossroads of various value chains, from polymers and chemicals to biofuels.
“We are honored to work hand in hand with Sumitomo Chemical, in a cooperation that has the potential to be a game changer for the polyolefins industry. This project clearly addresses the waste plastics issue and Axens is committed to support our customers and partners to accelerate the deployment of circular economy the world,” said Frederic Balligand, Axens Renewables Product Line Vice-President.
As per MRC, Axens and Hyundai Chemical Co. successfully achieve the start-up of the pyrolysis gasoline (Pygas) unit, part of the Hyundai Chemical petrochemical grassroots complex in Daesan, South Korea. The product has been on-specification regarding the aromatics recovery and the sulfur content in a short period. Thanks to the strong support of Axens personnel on-site during the commissioning and start-up activities, Axens and Hyundai Chemical, started-up the Pygas units (Pygas first and second stage) in December 2021, few months after entering into a collaboration.