Singleton Birch and Centrica Forge Partnership for Low-Carbon Lime Production Using Hydrogen Technology

A New Era for Low-Carbon Lime Production



In a significant move towards sustainable industrial practices, Singleton Birch, a subsidiary of MLC, has joined forces with Centrica Energy Storage Ltd. This strategic partnership aims to leverage hydrogen fuel in the production of low-carbon lime at Singleton Birch’s facility located in North Lincolnshire, England. The project has gained recognition and funding support from the UK Department for Energy Security and Net Zero, placing it on the shortlist under the Hydrogen Allocation Round 2 (HAR2) initiative.

The core goal of this partnership is to create a more sustainable method of producing lime, a fundamental mineral utilized across various industries. Lime production has traditionally been associated with substantial carbon emissions, thus making this transition critical in the fight against climate change. Fiona Woody, the director of ESG and sustainability at MLC, expressed that this funding will complement their investments aimed at achieving ambitious climate targets, notably reducing dependence on natural gas and carbon emissions while securing a reliable source of green energy.

Centrica is poised to construct the hydrogen plant at Singleton Birch’s site, which is anticipated to begin operations in 2028. Through the process of electrolysis, water will be converted into hydrogen and oxygen, generating approximately 20% of the energy required for Singleton Birch's lime kilns. This innovation not only aims to diminish the facility’s reliance on natural gas but also signifies a huge stride towards energy efficiency in industrial processes.

The HAR2 initiative serves as a beacon of hope in the UK’s commitment to reducing carbon emissions through low-carbon hydrogen production. The Department for Energy Security and Net Zero has articulated that investments in hydrogen will not only aid in the decarbonisation of critical industries but will also foster economic growth, enhance energy security, and create job opportunities.

Edward Arnott, technical director at Singleton Birch, emphasized the importance of collaboration in achieving carbon neutrality. He stated, “Achieving our ambitious goals to reduce our climate impact requires not only our own commitment to new strategies but also new technologies, supportive legislation, and appropriate infrastructure.” Their partnership with Centrica, alongside the backing of the UK government, is viewed as a crucial step toward these objectives.

MLC has consistently invested hundreds of millions of dollars over recent years in projects that target the reduction of emissions, energy consumption, and waste. For instance, Singleton Birch has taken steps to establish an eco-park aimed at restoring previously quarried land, which has also been proposed as the location for the upcoming hydrogen facility. They have further upgraded three anaerobic digesters, which supply renewable bio-based energy not only for their operations but also for the local electrical grid.

Looking ahead, Singleton Birch is also exploring the promising potential of carbon capture technologies. Earlier this year, a separate MLC initiative focused on assessing carbon capture strategies was selected for negotiation by the US Department of Energy. The insights and experiences gained from this project could potentially be applied on an international scale, forecasting a future where carbon management becomes an integral part of industrial practices.

Overall, this collaboration between Singleton Birch and Centrica represents a significant leap forward in sustainable lime production, demonstrating the potential for innovative energy solutions to play a pivotal role in mitigating environmental impact in heavy industries. With continued support for such initiatives, the path to a greener future appears increasingly attainable.

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