Watercycle is pleased to announce the closure of a £4.4m Series A investment round led by Par Equity as part of a syndicate with Greater Manchester Combined Authority (GMCA), Aer Ventures and the University of Manchester Innovation Factory. This investment will enable Watercycle to rapidly scale up and commercially deploy its technology to deliver sustainable, low-cost, high-yield mineral recovery systems.
Watercycle’s mineral recovery systems have received international traction from government bodies and businesses on every continent. The goal of the Company's proprietary technology is twofold: mitigating the growing critical mineral supply risks and fostering a circular economy in which waste is converted into value. The Company is looking to deploy its innovative solutions which will significantly impact the production of raw materials crucial for facilitating the green energy transition.
Since spinning out of the University of Manchester in 2020, the Company has made remarkable progress from experimental conception to the successful implementation and operation of a pilot-scale system, resulting in the recent production of over 100 kg of battery-grade lithium carbonate. This development work has been funded by a combination of equity investment and highly competitive grant funding. The new funds raised will be pivotal in advancing the development of new products, strengthening existing commercial relationships and forging new partnerships. This round has also attracted an Innovate UK Investor Partnership grant, which recognises the highly innovative and strategic nature of the Company’s technology. It will fuel the Company's continued progress with plans to expand the existing team and bring on new talent.
Watercycle Technologies is a UK-based climate-tech company pioneering sustainable and circular critical mineral recovery essential for a Net Zero future, creating clean drinkable water in the process. It is initially focused on two areas critical to lithium production and creating a circular economy for the global energy transition: Direct Lithium Extraction and Crystallisation (DLEC™) and the recycling of spent lithium-ion batteries and black mass (shredded batteries).