![]() ![]() The team exploits this broad expertise to develop stimuli responsive polymeric networks through deep fundamental understand of structure property relationships. Our core R&D team comprises synthetic polymer chemists, rheologists, material scientists and photochemists. Our interest in the area centers around de-bondable adhesive solutions. Our core competencies include adhesive design, synthesis and scale up as well as roll to roll manufacturing. ![]() This would allow for single cell repairs and a more efficient means of recycling.Īddress: 436a Brackett Hall, Clemson, SC, 29634, United StatesĪvery Dennison is a global materials science company specializing in adhesives and bonding solutions. This system would maintain the cost/speed of production and electrical performance of a traditional design while enabling disassembly down to the cell level. We think that partnering with a group in the battery-powered vehicle space could allow for the creation of a new battery system. We believe TESI is uniquely positioned to achieve a new technique based on our experience with creating reversible intermetallic bonds in our RTG products through ultrasonic welding. Specifically, technologies that allow for removable/reworkable connections while still maintaining high-speed throughput and low impedance connection comparable to traditional resistance and laser welding techniques. Examples include cold weather packs for long-term arctic operations, pressure tolerant packs for subsea use, and packs designed for the extremes of space.Ī key role TESI can play regarding new battery designs for a circular battery economy would be the development of cell joining techniques. TESI’s battery expertise is pack design, development and qualification for products used in harsh environments. (TESI) specializes in the production, research, and development of energy storage and energy production technologies with a focus on Radioisotope Thermal Generators (RTGs), Hydrogen Electrolysis Systems, Hydrogen Fuel Cell Technology, and Batteries. In this context, SP welcomes collaboration with others to facilitate information exchange and to support advancing best practice in responsible lifecycle management of advanced vehicle batteries and enhancing competitiveness.Īddress: 1455 Pennsylvania Avenue, NW, Suite 400, Washington, DC, 20005, United States SP’s Responsible Battery Work Group provides a forum to promote information exchange on key challenges and opportunities related to end-of-life management of advanced EV batteries and to identify opportunities for strategic pre-competitive collaboration across the value chain to advance best practice in responsible management of such batteries in North America and beyond. SP's member companies include large automakers, component suppliers, material suppliers, indirect service providers and end of life recyclers. Suppliers Partnership for the Environment (SP) provides a nonprofit leadership forum for global vehicle manufacturers and their large and small suppliers to work together to improve the environmental sustainability and business value of the global automotive supply chain. ![]() ![]() Suppliers Partnership for the Environment ![]()
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