Displaying items by tag: Upgrade

Portugal: Sacopor has inaugurated a new bag production line at its paper bag plant near Lisbon. The new line will increase capacity to 160 million bags per year from 130 million at present. It had an investment of €11.5m. The subsidiary of Cimpor sells bags to the cement mortar industries.

North Korea: State-owned Sunchon Cement has completed an upgrade to its cement plant in Sunch'ŏn-shi, P’yŏngan-namdo Province, Korea News has reported. The upgrade included the installation of real-time monitoring equipment in the plant’s raw materials conveying system. The company says that this will help to increase the plant’s efficiency. It also fitted new crushers and vibrating feeders.

New Zealand: Golden Bay, New Zealand's sole cement producer and a division of Fletcher Building, is advancing its sustainability goals at its Portland plant near Whangārei. The plant has been incorporating old tyres and treated timber in its production process since 2021, with the Ministry for Environment helping fund US$10m of the US$15.5m to upgrade the plant for the project. The plant uses tyres to replace 55-60% of the coal required, and plans to eliminate coal use by 2030. The facility has increased its use of recycled tyres from 15,000t to 30,000t/yr and is aiming for 40,000t/yr. The government’s Tyrewise programme supports tyre recycling, with the plant also investing in an on-site shredder. Upcoming projects include substituting coal with non-recyclable materials like old carpets and plastics, targeting a 30% reduction in emissions. Construction has already started on the project and it is expected to be completed by the end of 2024, according to the New Zealand Herald.

Manufacturing manager Kelly Stevens said, "We’re diverting 100,000t/yr of waste that would’ve gone to landfill.”

Delegates at the Global CemCCUS Conference last week applauded when Anders Petersen, the Senior Project Manager Brevik CCS, Heidelberg Materials said that the Brevik cement plant will be capturing CO₂ and permanently storing it within the year. Rightly so. This moment will mark a historic milestone for the sector when it arrives. Net zero cement production is coming.

Last week’s event in Oslo delivered an overview of the current state of carbon capture in the cement and lime industries. It explored the practical challenges these industries face in capturing CO₂ emissions and - crucially – then working out what to do with them afterwards. Incredibly, delegates were able to view the construction site of Heidelberg Materials’ forthcoming full-scale carbon capture unit at its Brevik plant in Norway. On the same day as the tour, Holcim broke ground on the Go4Zero carbon capture project at its Obourg plant in Belgium.

The key takeaway at the conference was that a (dusty) bulk solids sector is starting to work with handling (clean) gases in a way it hasn’t before. This recurred repeatedly throughout the conference. Petersen summarised it well when he described Brevik as a meeting pointing between the cement industry and the petrochemical one. It looks likely at present that there will not be a single predominant carbon capture technology that the majority of cement plants will deploy in the future. Similarly, CO₂ storage infrastructure and sequestration sites differ. Utilisation plans are less developed but also offer various options. Yet, if carbon capture becomes common at cement and lime plants, then these companies will need to learn how to filter and handle gases regardless of the capture method and destination for the CO₂. So presentations on filtration and compressors were a revelation at CemCCUS.

The key obstacle remains how to pay for it all. By necessity, most of the big early projects have received external funding, mostly from governments. Although, to be fair, the private companies involved are often investing considerable amounts of their own money and taking risks in the process too. In the European Union (EU) CO₂ is being priced via the Emissions Trading Scheme and investments are being made via the EU Innovation Fund and other schemes. In the US the approach lies in tax breaks, on-shoring and investment in new sustainable technologies.

However, other countries have different priorities. Or as a South Asian contact told Global Cement Weekly at a different conference, “How can our government think about sustainability when it can’t feed everyone?” The world’s biggest cement producing countries are China and India, and then the EU and the US follow. Brazil, Türkiye and Vietnam are at similar levels or not far behind. The EU and the US represent about 9% of global cement production based on Cembureau figures for 2022. China and India cover 61% of production. Neither of these countries has announced a plan to encourage the widespread construction of carbon capture units. Once China ‘gets’ cement carbon capture though, it seems plausible that it will dominate it as it has in many other sectors such as solar panel production. Exporters such as Türkiye and Vietnam will have to adapt to the rules of their target markets.

The march by the cement and lime sectors towards carbon capture has been long, difficult and expensive. It also has a long, long way to go. Yet, the next decade promises to be exciting as new technologies are developed and tested, full-scale projects are commissioned and CO₂ pipelines, sequestration sites and usage hubs come online. The next key milestones to look out for include the first full-scale installations using other capture methods (such as oxy-fuel kilns), the first CO₂ pipeline network that hooks up to a cement plant, the first land-based sequestration site, the first industrial hub that uses CO₂ at scale to manufacture a product, new government policies in China and India, and the first large unit that is funded entirely from private finance. To end on a positive note, a Cembureau representative at the Global CemCCUS Conference reckoned that Europe will be able to capture 12Mt/yr of CO₂ by 2030. If it happens, this will be a major achievement and a serious statement of intent towards net zero for the sector.

This short recap of the event barely touches the surface of what happened so be sure to read the full review of the 1st Global CemCCUS Conference.

The 2nd Global CemCCUS Conference will take place in Hamburg in May 2025

US: Eagle Materials will modernise and expand its Laramie, Wyoming cement plant, increasing its capacity by 50% to approximately 1.2Mt/yr. The expansion includes a new cement distribution facility in northern Colorado. This project aims to cut manufacturing costs by about 25%, generated by the replacement of traditional fuels with lower cost alternative fuels and natural gas, as well as improved operating efficiency. This upgrade will also reduce CO₂ intensity by nearly 20%, according to the company. The US$430m investment also includes upgrading the existing plant, which became operational in 1927 and currently has a capacity of 800,000t/yr. Construction is set to begin immediately, with completion expected in the second half of 2026.

Belgium: Holcim kicked-off its Go4Zero project at its Obourg plant on 16 May 2024 in an event attended by the Belgian Prime Minister Alexander De Croo and the European Commissioner for Climate Action Wopke Hoekstra. The €500m Go4Zero project, supported with €230m of funding from the European Union, will enable the integrated plant to reduce its CO₂ emissions by 30% by 2027 and to produce 2Mt/yr of CO2-free cement by 2029. When fully operational, the Obourg plant will capture 1.2Mt/yr of CO₂.

The Go4Zero project incorporates a number of approaches to achieve net-zero CO₂ cement. The centrepiece is an oxy-fuel combustion process to generate an easy-to-handle exhaust gas with up to 80% CO₂. This will be coupled to a cryogenic purification unit to generate a >99%-pure CO₂ stream .The project will also make use of waste heat recovery (WHR), new exhaust filtration equipment and Europe’s largest floating solar panel farm.

Germany: Buzzi subsidiary Deuna Zement plans to invest €350m to install a carbon capture system at its cement plant in Deuna, having completed two feasibility studies. The Thüringer Allgemeine newspaper has reported that, when operational in 2029, the system will capture 620,000t/yr of CO₂. This will make the Deuna cement plant carbon neutral. The company has applied for government funding for the project.

Buzzi Unicem said that its subsidiary is ‘Doing pioneering work on the path to decarbonising the cement industry.’ It added “The system will be efficient and take all relevant environmental considerations into account.”

Kenya: East African Portland Cement (EAPCC) has recommenced operations at its Athi River cement plant after a one-month shutdown for renovations and maintenance. The plant has undergone a US$3m upgrade to expand its capacity in order to meet the increasing regional demand for cement, anticipating an annual production of 1Mt/yr within the next two years. Before the upgrade, the plant’s capacity was 310,000t/yr.

Board chairperson Richard Mbithi said critical components used in cement production processes such as filter bags and refractory bricks were replaced during the upgrade. EAPCC also refurbished its grate cooler system, enabling the company to increase its production targets.

Mbithi said “With the finalisation of the plant refurbishment and the resultant improved production and efficiency, we are confident that the company will accomplish the production and revenue targets.”

The company undertook the first phase of maintenance two years ago and it involved the replacement of the kiln shell which was completed in September 2022. This led to improved clinker and cement production and resulted in a 38% increase in revenues, according to the Star Kenya.

Australia: Cement Australia has received a US$34.4m federal grant for a kiln upgrade to its Railton cement plant in Tasmania. The upgrade will allow the plant to raise its alternative fuels substitution rate. The project is funded by the government’s Powering the Regions initiative, with total investments valued at US$215m.

Australian Minister for Climate Change and Energy Chris Bowen said “This US$215m investment in Australia’s hard-to-abate manufacturing and mining facilities is about securing the future of high-quality, low-emissions products made right here. Northern Tasmania, Central Queensland and Western Australia have been industrial powerhouses for generations, and the government is ensuring that continues. As global markets change rapidly, we’re supporting Australian industry to not only survive but thrive with our world-class products that support regional jobs across the country.”

Australia: The Australian federal government has granted Adbri US$32.5m for a new front-end engineering and design study at its Birkenhead cement plant. The study will assess the possible installation of a new vertical roller mill and post-production blending system at the plant. InDaily News has reported that the proposed upgrade will increase the plant’s production capacity and help to expand its range of reduced-CO₂ cements. The funding falls under the government’s US$260m Critical Inputs to Clean Energy programme, which aims to help decarbonise the Australian economy by 2050.

CEO Mark Irwin said “With the Commonwealth’s support we have the potential to further accelerate the decarbonisation of our operations and products.”