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A free scan shows the junk files, broken settings and background clutter dragging Windows down - then fixes them in one click.Free scan · Windows 10 & 11Reclinker has secured £10 million in Series A funding to scale a process designed to turn recovered cement paste from demolition waste into clinker using electric arc furnaces (EAFs) that also recycle scrap steel. The company reports trials, thousands of tonnes produced and its first commercial sales at a Cardiff steelworks, but its emissions-reduction and cost-parity claims have not been independently verified in the coverage of the announcement.
What Reclinker’s £10m funding will support
Clean Growth Fund announced the Series A on 5 October 2026. The round was co-led by Clean Growth Fund and AP Ventures, with participation from Development Bank of Wales, Kibo Invest, Zero Carbon Capital and Cambridge Enterprise. Reclinker plans to scale production in Cardiff and replicate the process at additional electric arc furnace sites in Europe and the United States. Clean Growth Fund’s announcement describes the investment as a move toward full commercial production.
The company was previously called Cambridge Electric Cement Ltd. Companies House records its name change to Reclinker Ltd in June 2026 and a registered-office move to Bridgend in August 2026. Companies House filing history provides the official record; older material may therefore use the former name.
How the demolition-waste process works
Reclinker says it recovers cement paste from construction and demolition material and processes it in an EAF already used to recycle scrap steel. The same operation produces recycled steel and cementitious material, with the aim of returning the recovered paste to clinker. The company describes its product as recycled clinker and says the process is compatible with existing EAFs. Reclinker’s website sets out the company’s description.
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Clinker is an intermediate ingredient used to make cement; it is not the same thing as finished, bagged cement. Cementitious slag or other cementitious material can also be used in blends, but the outputs should not be treated as interchangeable without product specifications. The investor announcement says this approach avoids a dedicated cement kiln, quarried limestone and fossil-fuel-driven heat. That describes the company’s process rationale, not a complete independent assessment of all energy and emissions across production and delivery.
What has been demonstrated so far
Clean Growth Fund says Reclinker completed multiple trials at 7 Steel UK’s Cardiff plant, produced thousands of tonnes of material and secured its first commercial sales. The announcement does not identify the customers, report sales volumes or provide independent validation of those milestones. It indicates progress beyond a laboratory concept, but does not establish the scale, repeatability or breadth of commercial demand.
Rank #2
What is claimed about emissions and cost
Reclinker says its process cuts emissions by more than 50% compared with traditional cement and claims cost parity. Clean Growth Fund’s announcement describes an expected immediate 50% reduction. The Next Web reported that the company’s emissions figure was not independently verified. These figures should therefore be read as company and investor claims, not as established lifecycle-assessment results. The Next Web’s coverage also reports CEO Bill Yost’s statement: “This oversubscribed round sends a strong signal that UK investors are serious about decarbonisation.”
A like-for-like comparison with other lower-carbon cement routes would need to account for feedstock and preparation, whether the output is clinker or a supplementary cementitious material, process heat and electricity, lifecycle boundaries, standards and concrete applications, delivered cost and availability, and reliance on steelmaking by-products. The funding announcement does not supply comparable measurements across those factors. Clean Growth Fund investment partner Stephen Price told The Next Web: “Cement is one of the most challenging sectors to decarbonise, with emissions deeply embedded in both process chemistry and energy use.”
Rank #3
Why the market context matters
Clean Growth Fund’s 2026 announcement puts cement at approximately 7% of global CO₂ emissions, attributing the sector’s impact to clinker production, limestone calcination and kiln fuels. The fund also says blast-furnace slag, used in some lower-carbon cement blends, is becoming less available as steelmaking moves away from blast furnaces. That is a potential market opening for alternatives, but it does not establish that Reclinker’s material can replace slag in every blend or application.
The fund cites large concrete users’ public intent through the Innovate UK Advance Market Commitment to introduce significant volumes of lower-carbon materials over the next five years. Its announcement does not name a buyer for Reclinker’s material or quantify demand specifically for the company.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What a separate 2026 study says about recovered cement paste
A paper in Resources, Conservation & Recycling, “Recovered cement paste for recycling and production of cement in different countries,” assesses a different route from Reclinker’s EAF process. It says recovered paste from a heated beneficiation route could replace as much as 28% of limestone in cement kilns and estimates UK potential of 2.91 million tonnes of clinker using raw meal blended with recovered paste. Those are findings about the paper’s assessed pathway, not validation of Reclinker’s production figures, emissions or costs. The paper also discloses that several authors have relationships with Reclinker, formerly Cambridge Electric Cement, including employment, advisory, equity or board ties. The 2026 paper supplies useful wider context, with that relationship disclosure in view.
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