Displaying items by tag: decarbonisation

Germany: Mexico-based Cemex has announced its planned participation in Australia-based Calix and others’ LEILAC (Low Emissions Intensity Lime And Cement) 2 carbon capture and storage (CCS) project at HeidelbergCement’s Hanover cement plant in Lower Saxony. Cemex previously assisted the LEILAC partnership at its first installation at HeidelbergCement’s cement plant in Lixhe in Belgium. The company said that it will contribute to the technology's development utilising its gasification process expertise, leveraging its skills in alternative fuel (AF) consumption and computational fluid dynamic simulation design.

Global head of research and development Davide Zampini said, "Our participation in the LEILAC 2 project is another example of our continued efforts to deliver net-zero CO₂ concrete products globally by 2050. We are determined to have a significant direct involvement in research and development efforts pursuing high impact technologies in carbon capture, use, and storage."

Germany: HeidelbergCement, Australia-based Calix and a European consortium have chosen the Hanover cement plant in Lower Saxony for the second phase of the LEILAC (Low Emissions Intensity Lime And Cement) carbon capture and storage (CCS) project. The installation will capture 20% of the plant’s capacity or 100,000t/yr of CO₂. The project will take place in three phases, with design completed by June 2021, a complete demonstration installation before the end of 2023 and project completion in 2025. The group previously installed a 25,000t/yr LEILAC CCS system at its Lixhe plant near Liege in Belgium, which completed its test phase in 2020.

Chair Dominik von Achten said, "The LEILAC technology has the potential to enable the cement and lime industries to efficiently capture their process emissions on an industrial scale. The pilot project in Hanover is one of several promising CO₂ capture technologies that we are currently testing at full speed within the HeidelbergCement Group."

Canada: Svante has raised US$75m in an investment round. The financing was led by Temasek and includes strategic investors Chart Industries, Carbon Direct and Export Development Canada (EDC). Existing investors OGCI Climate Investments, BDC Cleantech Practice, Chevron Technology Ventures, The Roda Group and Chrysalix Venture Capital also participated in the round.

The investment gives the company will allow the company to advance a number of initiatives over the next three years, including work to support several commercial scale carbon capture facilities to address hard-to-abate emissions from industrial operations such as cement manufacturing, blue hydrogen production and natural gas boilers. Svante has now attracted more than US$150m in funding since it was founded in 2007 to develop and commercialise its solid sorbent technology.

“Lowering the capital cost of the capture of the CO₂ emitted in industrial production is critical to the world’s net-zero carbon goals required to stabilize the climate. Leaders from industry, financial sectors and government agree on the enormity of the challenge and the critical need to deploy carbon capture and carbon removal solutions at Gigatons scale. The carbon pulled from earth as fossil fuel needs to go back into the earth in safe CO₂ storage,” said Claude Letourneau, President CEO of Svante.

Canada: Lehigh Cement and the International CCS Knowledge Centre are conducting a feasibility study looking at carbon capture and storage (CCS) at the Edmonton cement plant in Alberta. The project aims to find out whether capturing 90 – 95% of the CO₂ from the plant’s flue gas is viable. Completion of the study is scheduled for the autumn of 2021.

The Lehigh CCS Feasibility Study will consider an engineering design using carbon capture technology owned by Japan-based Mitsubishi Heavy Industries Engineering (MHIENG), part of MHI Group. The KM CDR process, which is being deployed at 13 commercial plants globally, will be examined for integration with Lehigh’s plant and output specifications, such as a flue gas pretreatment system and the carbon capture and compression process.

The aims of the study are to: deliver a Class 4 cost estimate; to work with a capture technology provider (MHI Group) to perform engineering design tailored to the Lehigh plant; to manage the process and engage third parties, as necessary; to complete a detailed business case; and to develop the budget for Front End Engineering Study (FEED). The project has received US$1.4m in funding from Emissions Reduction Alberta (ERA) through its Partnership Intake Program.

Canada: LafargeHolcim subsidiary Lafarge Canada, Svante and France-based Total have completed Phase 2 of the CO₂MENT carbon capture and storage (CCS) project at Lafarge Canada’s Richmond cement plant. The completed phase consisted of construction and installation of the CO₂MENT technology to capture and filter the flue gas. Lafarge Canada said that Phase 3, scheduled for construction over the next three years, will include the installation of a liquefaction unit, the development of an expansion project to further reduce emissions and a business case review for further expansion across the Lafarge network

Western Canada president and chief executive officer Brad Kohl said “This has been a turbulent year for business and people due to the Covid-19 pandemic with many large scale projects being put on hold, but the perseverance that the people working at the Richmond cement plant continue to show is evident in the success of Project CO₂MENT.” He added “To continue leading change in the building materials industry means we are always looking to partner with like-minded thought leaders such as Svante and Total. This partnership is showcasing our drive towards a net-zero future, and we are seeing this vision become a reality right now with the completion of this phase.”

Belgium: Carmeuse has signed a joint development agreement with France-based energy transition specialist ENGIE and John Cockerill for a carbon capture and utilisation (CCU) project in Wallonia. It will concentrate CO₂ from a new type of lime kiln and combine it with ‘green’ hydrogen to produce ‘e-methane.’ The hydrogen will be produced by a 75MW electrolyser plant powered by renewable electricity. The company said, “The produced e-methane will be suitable for injection into the national natural gas grid. This renewable e-methane can be used by industrial users or as an alternative fuel in the transport sector, thus allowing these sectors to decarbonise.”

Construction is due to begin in 2022 for commissioning of the installation in 2025. Its total investment cost is Euro150m. The partners have applied for funding from the EU Innovation Fund and Important Project of Common European Interest (IPCEI) fund. The project’s estimated CO₂ emissions reduction over 10 years is 900,000t

Chief executive officer (CEO) Rodolphe Collinet said, “We are delighted to join forces with John Cockerill and ENGIE for the development of this very exciting and strategic project. It is a major step forward in our ambition to become CO₂-neutral by 2050. This project is a very concrete and important example of Carmeuse’s strong commitment and contribution to sustainable development.”

Norway: The Norwegian Parliament has voted in favour of the government’s proposed grant of funding for industrial scale implementation of full-scale carbon capture and storage (CCS) at HeidelbergCement subsidiary Norcem’s Brevik cement plant. Work on the project is expected to start immediately, with the goal of starting CO₂ separation from the cement production process by 2024. The end result will be a 50% cut of emissions from the cement produced at the plant. The group said that the installation will contribute to its CO2 emissions reduction target of 30% between 1990 and 2025.

Norcem chair and HeidelbergCement Northern Europe regional general manager Giv Brantenberg said, “HeidelbergCement highly appreciates the successful cooperation with the Norwegian authorities. The Brevik CCS project clearly shows the importance of industry and public sector to find common solutions in the fight against climate change.”

HeidelbergCement chair Dominik von Achten said, “We are delighted about the final approval of the Norwegian parliament for our breakthrough CCS project in Norway.” He added, “To meet national and international climate targets, CO₂ separation is an important cornerstone. Our CCS project in Brevik will pave the way for our industry and other sectors.”

Japan: Sumitomo Osaka Cement has formulated a set of medium-term goals and long-term policies in order to enable it to achieve carbon neutrality, in line with the Japanese government’s target, by 2050. These consist of a 30% reduction in energy-derived carbon dioxide (CO₂) emissions intensity between 2005 and 2030 and efforts toward carbon neutrality in energy and process-derived emissions by 2050. These efforts include: “reduction to the limit of fossil energy, development and introduction of process-derived CO₂ emission reduction technology, carbon-free electric power, technology development and supply expansion related to low-carbon cement and concrete products, development and supply of innovative bonding materials and development and introduction of innovative technology related to carbon capture, utilization and storage (CCUS).”

Germany: The Catch4Climate project has moved into the planning stage of its oxyfuel pilot plant at the Mergelstetten cement plant. The group, comprising Buzzi Unicem’s subsidiary Dyckerhoff, HeidelbergCement, Schwenk Zement and Vicat, signed a letter of intent with the state’s prime minister and transport minister in Stuttgart in mid-November 2020.

The consortium intends to build and operate its own demonstration plant on a semi-industrial scale, to use the oxyfuel process to capture CO₂. In the future, the captured CO₂ will be used to produce so-called ‘reFuels’, climate-neutral synthetic fuels such as kerosene for air traffic, with the help of renewable electrical energy.

The cement producers formed CI4C – Cement Innovation for Climate in late 2019. The aim of the Catch4Climate project is to create the basis for a large-scale application of CO₂ capture technologies in cement plants enabling the later use of CO₂ as a raw material in other processes such as a carbon capture and utilisation/storage.

US: The Department of Energy has granted Cemex funding to “research and develop innovative carbon capture technology” at its Balcones, Texas cement plant. The company says that this will partly fund an 18-month feasibility study of partner company Membrane Technology & Research’s membrane carbon capture product at the plant. It says that, if successful, the study will be “an important advancement towards Cemex’s ambition to deliver net-zero carbon dioxide (CO₂) concrete globally by 2050.”

USA president Jaime Muguiro said, “At Cemex, sustainability is embedded in our operations and we are consistently looking for opportunities to reduce our carbon footprint. We strive to develop and gradually adapt new technology which will help us achieve our ambition to deliver net-zero CO₂ concrete to all of our customers. With this grant, we will be able to leverage our expertise to define the feasibility of implementing the membrane carbon capture technology in a cost-effective manner.”

Membrane Technology & Research has supplied membrane-based separation systems to the petrochemical, natural gas, and refining industries since 1992. Vice President of Technology Tim Merkel said, “Cement plant emissions are a good target for the CO2 capture membrane technology that we’ve been developing with Department of Energy support.” He added, “We look forward to working with Cemex on this exciting project to confirm that our technology can capture cement plant emissions at a minimal cost.”