The cost proposition centers on making lightweight carbon fiber composites more affordable. and is now gearing up for global expansion.ĮLG's first Technical Workshop, held at the University of Warwick (Coventry, U.K.) in 2018, brought together a number of the company’s academic partners and customers to share the latest research findings, to exchange experiences and to discuss knowledge gaps and potential road blocks to market growth. Among these companies is ELG Carbon Fibre (Coseley, U.K.), which runs a 1,500-metric tonne capacity plant in the U.K. It’s not an easy business to develop, but a small number of companies around the world have set out to tackle the technical and commercial challenges involved in establishing carbon fiber recycling operations. As carbon fiber composites use continues to grow and sustainability strategies push for “zero-waste-to-landfill,” routes to reclaiming and reusing this expensive resource are becoming more critical. This will soon to be joined by high volumes of end-of-life products and today these waste streams would mostly end up in landfills. Current carbon fiber composite production methods result in significant waste, little of which is recycled today. ![]() Carbon fiber composites are valued for their potential to provide more sustainable transportation solutions with lower carbon emissions during use, yet the production and end-of-life phases of their lifecycle reveal a higher environmental impact than the metals they typically replace.
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