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Morgan Advanced Materials has announced that it has been recognised as a winner in the 2022 Manufacturing Leadership Awards for its outstanding achievement in Sustainability and the Circular Economy.
A consortium set-up to develop the next generation in battery technology has received a significant boost, with the donation of a pioneering advanced material to the project. Morgan Advanced Materials has provided Lucideon with a high-performance lithium conducting solid-electrolyte material, which is not yet available in the marketplace.
At Morgan Advanced Materials we are contributing to a more sustainable world and striving to make a positive difference. We take our purpose and commitments seriously, with plans in place to deliver a step change in our environmental performance.
By Richard Clark, Global Lead of Energy Storage
Originally published in ACerS Bulletin, January/February 2022, Vol. 101, Iss. 1. https://ceramics.org. Displayed here with permission.
Following Morgan Advanced Materials’ announcement of our partnership with The Faraday Institution, who are powering the battery revolution in Britain, we are delighted to announce a new Industry sprint, focused on lithium-ion conducting fibre for composite solid-state electrolytes.
Morgan Advanced Materials plc has partnered with The Faraday Institution, who are powering the battery revolution in Britain, to form an Industry Sprint focused on solid state metal anode batteries (SSB).
The Midlands Industrial Ceramics Group has secured £18.27 million in government funding provided through UK Research and Innovation’s flagship Strength in Places Fund (SIPF), to put the area firmly on the map as a global centre for advanced ceramics.
At Morgan Advanced Materials we are proud of our environmental, social and governance (ESG) credentials and the focus we place on improving all aspects of ESG as we strive to become a more sustainable business. As a result of our efforts, we’ve been awarded the AAA rating for our sustainability achievements and initiatives, by MSCI.
Reduced leakage is vital for seals of all sizes in hydropower turbines. The durable nature of Morgan carbon results in reduced leakage over time while the split and segmented seal designs allows for easy installation.
Our collaboration with The Midlands Industrial Ceramics Group (MICG), in partnership with the Midlands Engine Observatory, continues to drive towards positioning the Midlands, UK, as a world leader in advanced ceramics.