Conversion of wood waste into sustainable battery materials: New research efforts to Jena
Conversion of wood waste into sustainable battery materials: New research efforts to Jena
researchers plan the conversion of wood waste into sustainable battery materials
in an ambitious project at the Friedrich-Schiller-Universität jena> is being researched, like lignin, one significant by -product of forestry, can serve as key material for environmentally friendly batteries. This groundbreaking project aims to reduce the dependence on rare and expensive metals such as lithium, cobalt and manganese.
lignin, which has so far often been burned as a waste, could thus become a valuable resource for storing renewable energies. The chemist Martin Oschatz from the Center for Energy and Environmental Chemistry (CEEC) of the University emphasizes the efficiency of carbon-based structures in battery technology, which could be made possible by using lignin.
In the cellar industry, around 50 million tons of lignin are incurred annually, which underlines the potential of this sustainable raw material source for the development of environmentally friendly energy storage. The conversion of wood waste into battery materials would not only create ecological advantages, but also economic opportunities.
The research consortium at the university, which is supported by the Carl Zeiss Foundation over a period of six years with five million euros, strives to establish Lignin as an essential component for future battery technologies. This groundbreaking initiative demonstrates the potential of science to gain valuable energy sources from apparent waste and make a contribution to sustainable development.
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