Displaying items by tag: Ecocem
Netherlands: Ireland-based Ecocem has agreed a deal with Overslagbedrijf Moerdijk (OBM) to expand production and storage capacity at the company’s Moerdijk slag cement grinding plant. The project is intended to allow the unit to both produce and store the company’s advanced cement technology (ACT) product. It will quadruple the storage capacity for key materials at the site up to 40,000t. Ecocem has signed a long-term agreement to lease the site from OBM, who will manage the handling and storing materials on Ecocem’s behalf.
This expansion of the Moerdijk plant is part of Ecocem’s plans to expand its manufacturing and storage capacity to support the commercialisation of ACT across all its plants. It follows the expansion of its Dunkirk plant in France, which was announced in June 2023. These expansion plans will be supported by licencing and partnership strategies to accelerate availability and adoption of scalable low clinker cement at speed.
Conor O’Riain, Managing Director (Europe), at Ecocem, said: “We are increasing our capacity at all of our locations and our deal with OBM is a hugely important aspect of our expansion strategy. It will accelerate our ability to manufacture ACT our low clinker cement technology and make it available commercially by 2026. At the same time, we are actively pursuing licensing and partnership agreements in the construction industry to ensure the benefits of this technology are shared widely and we accelerate progress to Net Zero.”
In February 2024 Ecocem said that its ACT technology received an ETA (European Technical Assessment), which provides the technology with a route to full commercialisation by 2026.
Ecocem launches low-carbon ACT cement range
27 March 2024France: Ecocem has launched a new low-carbon advanced cement technology (ACT) cement, aiming for widespread adoption in European construction projects. The ACT range promises a clinker concentration of 20%, lower than the current norm of 35% minimum.
Jean-Christophe Trassard, Director, Marketing of Sustainable Innovation, said "We achieve competitive rates by controlling granularity, the fineness of grinding and admixtures. We have also greatly developed our thinking on the addition of additives in our formulations, which required more than fifteen years of R&D and the filing of six patents."
This product contains locally sourced additives, with the capability to adapt mixes to regional availability. The ACT cement is expected to reduce water usage by one-third compared to conventional concrete. An ACT-based concrete reportedly emits 198kg CO₂/t, a substantial reduction from the 614kg CO₂/t for standard concrete in France.
Gaining market entry for ACT required European technical evaluation and European assessment document certification, currently pending in the EU Official Journal. Trassard added, "As we are dealing with clinker rates below the standards, we had to go through this certification, which gives us a very good passport for the European markets. However, local administrative variations will have to be carried out subsequently."
In France, Ecocem has already applied for ATEX certification to facilitate deployment of the ACT range, expected later in 2024. Ecocem aims to include the ACT range in standard norms by 2026.
Ecocem to showcase Advanced Cement Technology at Buildings and Climate Global Forum
27 February 2024Ireland/France: Ecocem will showcase its Advanced Cement Technology (ACT) at the Buildings and Climate Global Forum in Paris on 7-8 March 2024. The French Government and United Nations Environment Programme (UNEP) will host the event, supported by the Global Alliance for Buildings and Construction (Global ABC). It aims to advance the climate outcomes of the United Nations Climate Change Conference (COP28) in 2023. Ecocem joins global policy-makers, industry stakeholders and international organisations as the event’s sole international cement technology company exhibitor.
Managing director Donal O'Riain said "The Buildings and Climate Global Forum is happening at a crucial moment for the planet. Urgent and deep decarbonisation of construction materials is essential to achieving the 2015 Paris Agreement targets.” He continued “Ecocem’s ACT low carbon technology can decarbonise the cement sector on a trajectory consistent with 1.5°C of global warming, the first major industry sector to achieve this feat. But we must now mobilise resolutely, rapidly and globally to deploy this technology. The first ambition should be a 50% reduction in CO2 emissions from cement by 2030. Technology is no longer the barrier."
Building codes and low-embodied carbon building materials
15 November 2023Last week the US General Services Administration (GSA) announced that it was investing US$2bn on over 150 construction projects that use low-embodied carbon (LEC) materials. The funding is intended to support the use of US-manufactured low carbon asphalt, concrete, glass and steel as part of the Inflation Reduction Act. For readers who don’t know, the GSA manages federal government property and provides contracting options for government agencies. As part of this new message, it will spend US$767m on LEC concrete on federal government buildings projects following a pilot that started in May 2023. The full list of the projects can be found here.
This is relevant because the US-based ready-mixed concrete (RMX) market has been valued roughly at around US$60bn/yr. One estimate of how much the US federal government spent on concrete was around US$5bn in 2018. So the government buys a significant minority of RMX in the country, and if it starts specifying LEC products, this will affect the industry. And, at present at least, a key ingredient of all that concrete is cement.
This isn’t the first time that legislators in the US have specified LEC concrete. In 2019 Marin County in California introduced what it said was the world’s first building code that attempted to minimise carbon emissions from concrete production. It did this by setting maximum ordinary Portland cement (OPC) and embodied carbon levels and offering several ways suppliers can achieve this, including increasing the use of supplementary cementitious materials (SCM), using admixtures, optimising concrete mixtures and so on. Unlike the GSA’s approach in November 2023 though, this applies to all plain and reinforced concrete installed in the area, not just a portion of procured concrete via a government agency. Other similar regional schemes in the US include limits on embodied carbon levels in RMX in Denver, Colorado, and a reduction in the cement used in RMX in Berkeley, California. Environmental services company Tangible compiled a wider list of embodied carbon building codes in North America that can be viewed here. This grouping also includes the use of building intensity policies, whole building life cycle assessments (LCA), environmental product declarations (EPD), demolition and deconstruction directives, tax incentives and building reuse plans.
Government-backed procurement codes promoting or requiring the use of LEC building materials for infrastructure projects have been around for a while in various places. The general trend has been to start with measurement via tools such as LCAs and EPDs, move on to government procurement and then start setting embodied carbon limits for buildings. In the US the GSA’s latest pronouncement follows on from the Federal Buy Clean Initiative and from when California introduced its Buy Clean California Act in 2017. Outside of the US similar programmes have been introduced in countries including Canada, Germany, the Netherlands, Sweden and the UK. On the corporate side members of the World Economic Forum’s First Movers’ Coalition have committed to purchasing or specifying volumes of LEC cement and/or concrete by 2030. Examples of whole countries actually setting embodied carbon emissions limits for non-government buildings are rarer, but some are emerging. Both France and Sweden, for example, introduced laws in 2022 that start by analysing life-cycle emissions of buildings and will move on to setting embodied carbon limits in the late 2020s. Denmark, Finland and New Zealand are also in the process of introducing similar schemes. The next big move could be in the EU, where legislators are considering embodied carbon limits for building materials as part of its ongoing revisions to its Energy Performance of Buildings Directive or the Construction Products Regulation legislations. Lobbying, debate and arguing remains ongoing at present.
To finish, Ireland-based Ecocem spent a period in the 2010s attempting to build a slag cement grinding plant at Vallejo, Solano County, in the San Francisco Bay Area of California. The project met with considerable local opposition on environmental grounds and was eventually refused planning permission. The irony is that slag cement is one of those SCM-style cements that Marin County, also in the San Francisco Bay Area, started encouraging the use of just a few years later. Ecocem held its inaugural science symposium in Paris this week. A number of scientists who attended the event called for existing low carbon technologies to be adopted by the cement and concrete sectors as fast as possible. One such approach is to lower the clinker factor in cement through the use of products that Ecocem and other companies sell. A point to consider is, if Marin County’s code or the GSA’s recent procurement directive came earlier, then that slag plant in Vallejo might have been built. Encouraging the use of LEC building materials by governments looks set to proliferate but it may not be a straightforward process. Clear and consistent policies will be key.
France: Ireland-based Ecocem has partnered with CB Green to launch a joint venture to scale up production of 70% reduced-CO2 cement based on Ecocem's ACT technology. The technology combines widely available alternative raw materials into a product with enhanced strength and durability compared with ordinary Portland cement (OPC). The new joint venture will build a grinding plant in Dunkirk, Nord Department. The plant will produce 600,000t/yr of limestone filler for use in alternative cement production with ACT technology. The partners expect to invest Euro60m in the plant's construction, with commissioning scheduled for mid-2025.
Ecocem managing director Donal O’Riain said “This long-term cooperation agreement with CB Green marks a major milestone in our work to scale ACT, our low carbon cement technology, and deliver on our commitment to help the cement industry cost-effectively decarbonise by 50% by 2030. It secures production of fillers and access to high quality limestone, and is an important next step to ensuring that our ACT technology can be distributed at scale and start delivering on its potential to reduce CO2 emissions by up to 70%. Technology is no longer the issue, scale and speed are what matters now."
Ireland: Ecocem has appointed Jaouad Nadah as its Innovation Project Manager. He will be responsible for the coordination of the company’s ACT technology as it scales up development. This will include supporting a range of partnerships under development by Ecocem across Europe and beyond. Nadah previously worked for CRH-subsidiary Eqiom and Holcim, with a focus on innovation in the low carbon cement market. Ecocem launched ACT in late 2022. It says it is an alternative materials-based cement ingredient capable of reducing the CO2 emissions of cement production by up to 70%.
Alliance for Low-Carbon Cement & Concrete launches with call for low-CO2 cement and concrete
30 May 2023Europe: 12 decarbonisation-focused companies from across the European cement and concrete sector have launched the Alliance for Low-Carbon Cement & Concrete (ALCCC). The alliance has called on policymakers to change building standards to help low-carbon alternatives to enter the cement and concrete markets. It further said that green procurement and targeted financing instruments would help to reduce sectoral CO2 emissions. It said that a progressive decline in clinker factor to 60%, 50% or 40% by 2050 will reduce CO2 emissions by over 50%. The ALCCC says that it is ready to lead the sector towards a swift, low-cost and viable decarbonisation pathway. Participants in the alliance include France-based Hoffmann Green Cement Technologies, Ireland-based Ecocem and US-based Fortera.
Fortera's Europe director Thierry Legrand said "Climate action is a global priority, and collaboration is essential to advancing emissions-reducing technologies and policies. This alliance represents collective action by scientists, engineers, entrepreneurs and environmental advocates to reduce CO2 emissions from cement production."
France: Cemex France and Ecocem have signed a deal to collaborate on the development of reduced-CO2 concrete development at 10 Cemex France ready-mix concrete batching plants. The partnership will explore methods that include the use of supplementary cementitious materials in place of clinker. Cemex hopes that the collaboration will help to realise its goal of a 55% CO2 emissions reduction across its European operations by 2030.
Cemex Western Europe vice president materials and Cemex France president Michel Andre said “Cemex continues to reinforce its commitment to advancing the sustainability agenda with the announcement of this extended partnership with Ecocem. We know that if we are to achieve our global ambition of operating as a net-zero business by 2050 we must prioritise exploring innovation and new technologies with like-minded companies who share our dedication to leading the industry’s transition to a lower carbon and circular economy.”
Ecocem launches ACT alternative materials cement product
29 November 2022Ireland: Ecocem has announced the launch of ACT, an alternative materials-based cement ingredient capable of reducing the CO2 emissions of cement production by 70%. The developer says that any existing cement plant can produce ACT at comparatively low cost. The technology is globally scalable, and Ecocem expects to achieve full commercial availability across its Benelux, France, Ireland and UK markets by 2025.
Ecocem managing director Donal O’Riain said “We are eager to work closely with the cement industry and with policymakers to support the scaling and development of a new generation of low-carbon cements. Current policy priorities on decarbonising cement have now been overtaken by technology. Fully effective deployment of ACT requires policymakers to provide effective support well beyond their traditional emphasis on CCUS as the core cement decarbonisation technology.”
Ecocem's investors include France-based building products company Saint-Gobain and US-based Breakthrough Energy Investments.
France: Ecocem has appointed Christian Clergue as its European Standardisation Manager. He started his career in the late 1980s working for Vicat, according to AC Presse. During his time with the group he led its SigmaBeton engineering subsidiary and worked as a project manager in fibre concrete and high performance materials. He later worked as a research and development director for Serge Ferrari and then as a department director for Eiffage Genie Civil.