Calix and Tarmac, UK’s leading sustainable building materials and construction solutions business, have executed a Memorandum of Understanding (MOU) covering the co-development of a Calix calciner for lime production with CO2 capture, for a site to be determined in the UK.
The production of lime currently emits roughly 1 tonne of CO2 per 1 tonne of lime produced. Lime is used extensively in producing cement, glass, and pulp and paper. The UK Government became the first major economy to commit to net zero CO2 by 2050 in June 2019 and is heavily supporting decarbonisation efforts through funding under the UK Department of Business, Energy and Industrial Strategy £1b Net Zero Innovation Portfolio.
The MOU is binding on the parties with respect to confidentiality, commitment to completing a phase 1 feasibility study and subject to a successful study, commitment to completing a full phase 2 FEED, targeting Q2 2022 completion. Progression beyond this, if agreed, would see:
• construction targeting completion within approximately another 18 months, and
• commercial demonstration over a further two years, potentially on multiple fuel / energy options – including natural gas, hydrogen, and renewable electricity.
Calix CEO and MD Phil Hodgson said: “Hot on the heels of our recent announcement for a world-first, zero emissions lime kiln with ADBRI in Australia, we are now proud to be working with Tarmac in the UK on a second project of equal ambition. Lime is one of the most important industrial products globally, and it is great to be developing this in partnership with Tarmac, with whom we have had a long association as part of the LEILAC Project consortium.”
Tarmac Lime Business Development manager, David Wilson said: “This project fully aligns with Tarmac’s strategic ambitions to decarbonise. As a key supplier of construction solutions, Tarmac recognises the role the sector and its business has to play. Tarmac has fully committed to supporting the UK’s ambition of net-zero carbon emissions by 2050 and is making progress right across our business and supply chain, using a whole life-cycle approach to design CO2 out of our products and services.”