Anaphite claims breakthrough may reduce 7 million tonnes of CO2 from battery manufacturing
Bristol-based battery know-how startup Anaphite has unveiled unbiased evaluation displaying its dry coating know-how may dramatically cut back carbon emissions from world battery manufacturing. The corporate introduced on November 6, 2025, that its modern method to electrode manufacturing may save 7 million tonnes of CO2 yearly and assist authentic gear producers meet more and more stringent EU Battery Passport rules.
The unbiased lifecycle sustainability evaluation examined Anaphite’s dry coating know-how platform for manufacturing battery electrodes. In keeping with the evaluation, the dry coating course of “can considerably cut back carbon emissions by 3.57 kg CO2 eq. per kWh of cell capability” when in comparison with conventional moist coating strategies used for over 90 p.c of worldwide lithium-ion electrode manufacturing.
The know-how eliminates the necessity for energy-intensive ovens required in typical moist coating processes, which at the moment dominate battery electrode manufacturing on an enormous scale. Anaphite’s patented platform combines important dry coating components right into a single engineered materials, particularly designed for high-speed manufacturing strains. When paired with the corporate’s dry coating course of, this method solves a important problem that has prevented widespread adoption of extra sustainable manufacturing strategies.
“Moist coating of electrodes is nicely confirmed, however producers need to obtain dry coating due to the carbon footprint enhancements scale provides,” mentioned Anaphite CEO Joe Stevenson. He emphasised that the know-how addresses each environmental issues and the sensible manufacturing challenges which have traditionally restricted dry coating adoption.
The announcement comes as battery producers face mounting strain to scale back their environmental impression. The UK Authorities’s Division for Enterprise and Commerce just lately funded an Superior Propulsion Centre UK challenge involving Anaphite’s know-how, which discovered potential carbon financial savings “equal to round 7 million tonnes if utilized to annual world battery manufacturing.” With world battery demand anticipated to double by 2030 and electrical automobiles projected to achieve 670 million by 2025, accounting for roughly 1.9 TWh in battery manufacturing, the corporate argues that adopting dry coating know-how has develop into important for sustainable electrification.
Battery Passport necessities from the EU, set to take impact in 2027, will mandate that producers quantify the whole carbon footprint of every battery by means of ISO-compliant Life Cycle Evaluation. These rules may create market entry restrictions and fines for non-compliant producers, doubtlessly accelerating business adoption of lower-emission manufacturing applied sciences like Anaphite’s dry coating platform.
