In November, EasyMining and Ragn-Sells will participate in the COP26 climate summit in Glasgow. At the conference both companies will highlight the benefits of using recycled materials, and transition to a circular economy as key to countering climate change.
EasyMining and Ragn-Sells, which EasyMining is part of, will be participating as part of the Swedish delegation in the COP26 climate summit in Glasgow November 1-12.
During the COP26, there will be thousands of seminaries and workshops in parallel to the negotiations in Glasgow. Ragn-Sells and EasyMining will take part in various sessions where circular material flows will be in focus.
Jan Svärd, CEO of EasyMining, will represent the company together with Pär Larshans, Head of Sustainability & Public Affairs at Ragn-Sells Group. The two representatives will point out a shift to a circular economy as necessary in order to limit global warming, and also offer decision makers and business leaders around the world solutions making it more profitable to use raw materials from waste instead of extracting new ones.
Jan Svärd, CEO of EasyMining
jan.svard@easymining.se or +46 (0)70 978 64 74
Pär Larshans, Director of Sustainability, Ragn-Sells
par.larshans@ragnsells.com or +46 (0)70 927 29 63.
November 1 | 5:30-9:00 PM (GMT)
COP26 Backdoor: Food Production & Nature-Based Solutions, with Jan Svärd, CEO of EasyMining (7:15 PM) | Nordic Pavilion Link to broadcoast
November 5 | 5:00-6:00 PM (GMT)
How partnerships across the value change enable circular transformation, with Alfa Laval and EasyMining | Swedish Pavilion
November 9 | 8:30-9:30 PM (GMT)
Circular vision: Nutrient flows, supports adoption and mitigation, with Jan Svärd, CEO of EasyMining | Nordic Pavilion
Ragn-Sells Group Press release - Ragn-Sells bring climate solutions to COP26
EasyMining is an innovation company dedicated to closing nutrient cycles. We are owned by the Swedish environmental company Ragn-Sells. We are passionate about inventing new technology that uses intelligent chemical solutions to close nutrient cycles. Our objective is to create new circular material flows in an efficient commercial way.