Displaying items by tag: CCS

Germany: The European Union Innovation Fund has awarded Heidelberg Materials Euro191m in funding to support its development of a carbon capture and storage (CCS) value chain at Geseke cement plant in North Rhine-Westphalia. The planned project, called GeZero, involves the construction of an oxyfuel kiln, capture system and train transport infrastructure. Having received the funding, Heidelberg Materials and its partners will commence work in January 2024. They will subsequently scale the capture system to 700,000t/yr and build pipelines to transport CO2. Energy provider Wintershall Dea will receive the CO₂ at its upcoming coastal hub for processing and storage below the North Sea.

Heidelberg Materials Germany general manager Christian Knell said “Together with our partners, we walk the talk and pave the way for CCS in Germany. GeZero will complement our global project portfolio with a truly unique approach. We are developing a promising novel solution for inland cement sites, with the intention to inspire industry peers and other emission-intensive sectors to follow.”

Global chief custainability officer Nicola Kimm said “The successful grant agreement demonstrates the relevance of GeZero for the decarbonisation of our sector, and the trust that European authorities place in our approach.”

Sinoma International Engineering revealed this week that it has signed a Euro218m contract to supply a new clinker production line for Holcim Belgium. The scope of the deal covers building the new line from limestone unloading via train to clinker transportation and storage. Provisional acceptance and first clinker are stipulated to occur within about four years, by late 2027. Holcim Belgium operates the Obourg Plant, its only integrated unit in the country, and the unit has been preparing to build a new line as part of its Go4Zero project.

Two main points compete for one’s attention with the project at the Obourg Plant. Firstly, this may be the first time a large Europe-based cement producer has publicly contracted a China-based supplier to build a new production line. Secondly, the new line is part of a process to first replace two wet kilns at the site with a dry kiln. This is part of a grand plan at the site to add oxyfuel technology to the plant and then start capturing most of the CO₂ emitted for sequestration in the North Sea.

On the first point, China-based Sinoma International Engineering reported to the Shanghai Stock Exchange in early December 2023 that it had signed a contract for the project. Holcim Belgium has not said that it has appointed the subsidiary of CNBM but this is not unusual. Buyers are at liberty to name suppliers, or not as may be the case. Holcim has been talking about the Go4Zero project for several years though, so appointing a lead contractor is not surprising.

Yet, some cement companies in Europe have previously been circumspect about revealing the use of China-based suppliers. Lafarge France, for example, did not appear to publicly name the involvement of Sinoma International Engineering and its subsidiaries on the construction of a new line at its Martres-Tolosane cement plant between 2019 and 2022, although Lafarge Poland did say in 2020 that it had contracted China Triumph International Engineering for an upgrade to its Małogoszcz cement plant. No doubt there have been other plant projects in Europe from China-based suppliers that Global Cement Weekly is unaware of. It is also worth considering that just because a lead contractor on a plant project is from a particular country it doesn’t mean that the equipment and other sub-contractors necessarily are. And, of course, to add to the confusion, some Europe-based equipment suppliers are owned by companies based in China.

This leads to the second point. Holcim Belgium’s eventual goal is to set up a full-scale carbon capture, transportation and sequestration (CCUS) operation at Obourg using oxyfuel technology by the end of the 2020s. Spending over Euro200m on building a new (but conventional) production line is not trivial but it is being presented as one step towards creating a cement plant for the net zero age. To this end Holcim Belgium has been less shy in naming its partners for the second phase of the project: Air Liquide; Fluxys; and TotalEnergies. This may be due to the collaborative nature of this phase though and the need to apply for European Union (EU) funding to support it. In July 2023 Holcim disclosed that the EU Innovation Fund had allocated grants for three of its projects including the one at Obourg.

For reference, a number of other full-scale oxyfuel projects have been announced in Europe including in Germany at Heidelberg Materials' Geseke cement plant, Holcim Deutschland's Lägerdorf plant in Germany and Schwenk Zement’s Mergelstetten plant. Another one is planned for Heidelberg Materials’ CBR's Antoing cement plant in Belgium. Most of these are planned for the late 2020s or with pilots sooner. The key bit of information to consider here is that adding oxyfuel technology to a cement kiln (or building one with it to start with) makes it easier to capture CO₂ from the flue gas as it is more concentrated. However, the technology is newer and less-tested than many post-combustion carbon capture methods. Hence, the world’s first full-scale CCUS unit at a cement plant, at Brevik in Norway, will use a post combustion method.

All of this begs the question about where the value will lie in building cement plants for the age of net zero? The planned work at Holcim Belgium’s Obourg Plant pretty much summarises this quandary. Building a cement production line is expensive but the cost of disposing of CO₂ may become the single-biggest driver of whether a plant is profitable or not if governments are serious about reaching net zero. To that end today’s announcement from the 2023 United Nations Climate Change Conference (COP28) calling on the parties to “transition away from fossil fuels to reach net zero” is another sign of the increasing effects of the so-called ‘carbon agenda’ upon the cement sector. In which case the companies that can supply equipment to take care of the CO₂ emissions start becoming more important and discussions over who supplies the rest of the kit less so. Naturally, some cement equipment suppliers are already pivoting towards this approach. Others may find different solutions. Whether this works or not is a question for the future. In the mean-time, building new plants is looking increasingly collaborative.

Poland: The European Commission has granted Lafarge Polska, Air Liquide Polska and energy provider Orlen Euro2.54m in funding for their construction of a 3Mt/yr CO₂ terminal in Gdansk, Pomeranian Voivodeship. The terminal will transmit captured CO₂ from local industrial sites, including 1Mt/yr from Lafarge Polska’s Kujawy w Blelawach cement plant in Kuyavian-Pomeranian Voivodeship, for sequestration below the North Sea. ISB News has reported that the partners will use the European Union funding to complete plans, including front-end engineering design, for the terminal.

Europe: Germany-based Heidelberg Materials has announced the launch of EvoZero carbon captured net zero cement. The company produces EvoZero cement at its Brevik cement plant in Norway. It says that this is the first cement to achieve net zero CO₂ emissions through the use of carbon capture and storage (CCUS), without relying on other methods of compensation in its carbon accounting.

Heidelberg Materials chair Dominik von Achten said “The launch of our unique EvoZero products is a paradigm shift in the decarbonisation of our sector. Carbon capture and storage is a breakthrough technology for the building materials industry and we are frontrunners in deploying it at scale. With EvoZero, we are offering the industry’s most innovative, globally unique product for our customers, enabling them to drive cutting-edge, environmentally friendly construction projects. I am very proud of the dedication and passion of everyone involved in our pioneering project in Brevik.”

Asia/Middle East: South Korea-based Samsung Engineering and Canada-based Svante have signed a new memorandum of understanding (MoU). Under the MoU, the companies will collaborate on the development and deployment of carbon capture technology in cement and other industries in Asia and the Middle East.

Svante President and CEO Claude Letourneau said “Samsung Engineering’s more than 50 years of experience in the energy and industrial sectors will be invaluable as we continue to rapidly expand our operations and filter production capabilities.”

Poland: Górażdże Cement has announced an investment of Euro261m in planned sustainability upgrades to its Górażdże cement plant in Opole Voivodeship, the Polish News Bulletin newspaper has reported. The Heidelberg Materials subsidiary plans to build a carbon capture installation, a green energy source and a facility to recycle construction and demolition waste for use in its cement production.

Europe: Norway-based Capsol Technologies says that it has signed contracts for two new feasibility studies for carbon capture installations at ‘large cement plants’ in the EU. If successful, the plants will proceed to the installation of Capsol Technologies’ CapsolEoP carbon capture systems. Nordic Daily News has reported that the technology reduces the energy consumption of carbon capture by 50%, and lowers its costs by 25%, according to the supplier.

The new contracts bring Capsol Technologies’ number of cement industry carbon capture contracts to four, and its total contracts to nine, with a potential CO₂ capture capacity of 10Mt/yr.

CEO Jan Kielland said "We are pleased that our solution is gaining attention, as demonstrated by an increasing number of incoming requests for sales engineering and engineering studies, and look forward to being a major contributor in the path to net zero for cement.”

Germany: Engineering company GEA has installed a carbon capture pilot plant at the Phoenix Zementwerke cement plant in Beckum, North Rhine-Westphalia. The supplier will now conduct testing over ‘several’ months, but said that it is confident that the cement plant is suitable for an installation to capture over 90% of its CO₂ emissions. GEA’s carbon capture systems run on energy from waste heat recovery, with minimal to zero extra electrical input.

Phoenix Zementwerke managing director Marcel Gustav Krogbeumker said “We consider carbon capture a very exciting technology. Thanks to GEA's decades of experience in emissions control, I am very positive that together we can develop and implement a solution."

Norway: The Ministry of Petroleum and Energy has signed a new agreement with Heidelberg Materials Sement Norge, confirming funding of up to US$14.1m for the producer’s construction of a full-scale carbon capture system at its Brevik cement plant. Under the agreement, Heidelberg Materials Sement Norge will absorb extra costs that have arisen, and retain a larger share of any return on the project. Costs rose due to the Covid-19 pandemic, the Russian invasion of Ukraine and international supply chain pressures.

Nordic Daily News has reported that Heidelberg Materials Northern Europe director Giv Brantenberg said "We are in the process of completing the world's first full-scale plant for carbon capture in the cement industry, and have had great support from the Norwegian authorities throughout the project's many phases. Today's agreement reflects the good cooperation with the Norwegian government, and we look forward to completing this unique facility.”

Norway: Heidelberg Materials Sement Norge set in place a 220t absorber unit at its Brevik cement plant on late August 2023. The unit will form part of the upcoming 400,000t/yr carbon capture and storage (CCS) installation at the site. It expects to complete the installation of the absorber unit within two weeks of its placement. In September 2023, Heidelberg Materials Sement Norge will proceed to install the system’s 100m-high absorber stack.

Brevik CCS operational manager Tor Gautestad said “The absorber is in many ways the heart of the carbon capture process, because it is where the flue gases are separated.”