Nuada and MLC have signed an agreement to deploy Nuada’s demonstration carbon capture unit at MLC’s Singleton Birch site in Melton Ross, North Lincolnshire. The project will evaluate how next generation carbon capture technology can address the unavoidable process emissions that result from lime production, particularly those arising from the calcination of limestone.
The deployment will generate performance data that will inform future large-scale carbon capture projects across MLC’s operations. By demonstrating the technology in an industrial lime environment, the collaboration will help accelerate the adoption of practical, economically viable decarbonisation solutions within a hard-to-abate sector.
Nuada’s award-winning carbon capture solution is designed for industrial sites where traditional CO2 capture is often constrained by energy use and integration complexity. The technology leverages the science behind the 2025 Nobel Prize in Chemistry to capture carbon. It enables efficient capture with significantly lower energy demand and a compact footprint suited to lime manufacturing.
“This demonstration at Singleton Birch builds on our relationship with MLC and is an important step towards commercially viable net zero lime production,” said Dr. Jose Casaban, co-CEO of Nuada. “Our collaboration with MLC shows how cutting-edge materials and engineering can support deep emissions reduction in one of the industrial sectors with the most untapped carbon capture potential.”
Singleton Birch operates one of the United Kingdom’s most established lime production facilities and supplies high-purity products to construction, metals, environmental protection, water treatment and agricultural markets. As part of MLC’s commitment to sustainable development, the company continues to invest in technologies that enhance emissions reduction, resource efficiency and process innovation.
“We are committed to evaluating and investing in technologies to reduce our carbon footprint, enabling us to make progress toward our climate targets,” said Fiona Woody, director of sustainability and ESG at MLC. “Our ambition is to be carbon neutral by 2050. That is going to require innovation, partnership and infrastructure. The majority of carbon emissions produced by manufacturing lime are unavoidable due to the calcining process. As a result, carbon sequestration technology has the strongest potential to meaningfully reduce lime’s climate impact.”
The collaboration supports UK and international climate targets by advancing practical industrial decarbonisation and providing a technical pathway for low carbon lime production.