Electro-chemical surface treatment as a volume manufacturing process

We have an electrochemical synthesis process which  manipulates the surface of  stainless and alloyed steels. We change the alloy content at the surface and can migrate nickel, iron and others to the surface.  we also manipulate the oxidation state, surface area, and hydrophilicity.  This is our Catrode process which we use to mass produce catalysed electrodes for use in batteries, E-fuel synthesise, and hydrogen production

frazer.ely@latentdrive.co.uk

www.latentdrive.co.uk

In parallel, Latent Drive is developing SeaStack, the first electrolyser stack designed to operate directly on seawater. SeaStack is optimized for offshore wind farms, eliminating the need for desalination and efficiently converting fluctuating renewable energy into hydrogen at the source. These technologies support the commercial rollout of green hydrogen, strengthen clean energy supply chains, and accelerate the transition to a net-zero economy.