Global Cement News

Greece: As of 10 September 2025, Heracles Group will permanently discontinue its 50kg cement bag, becoming the first company in the Greek construction sector to fully transition to smaller bag sizes, according to a press release. The company said that the decision ‘responds to market needs,’ while setting new standards for healthy and safety and efficiency on site.

The company said that the move is expected to ‘significantly improve’ daily operations across construction sites, creating better working conditions and boosting productivity. According to the company, key benefits of the new packaging include reduced strain and fewer injuries on site, easier handling and transport, compliance with European occupational health and safety standards and minimised waste.

Myanmar: The Myanmar Cement Manufacturers Association held a coordination meeting at the Ministry of Industry in Nay Pyi Taw on 9 September 2025. Union Minister for Industry Charlie Than said that the Mandalay earthquake had damaged domestic cement plants, pushing up cement prices. However, he said that coordinated efforts between the association and relevant ministries meant that plants had quickly resumed operations and prices were returning to normal.

There have been a few burner and related stories to note in the cement industry news this week. Firstly, Canada-based PyroGenesis announced that it had signed a deal with an unnamed-European cement company to supply a plasma torch system for a ‘calcination furnace.’ Around the same time UBE Mitsubishi Cement (MUCC) revealed that it had successfully tested natural gas co-firing at MUCC’s Kyushu Plant using a newly developed burner.

The PyroGenesis project is a potential game-changer for the sector because it alters the way cement production lines are heated. Roughly one third of CO₂ emissions associated with cement manufacture arise from the fossil fuels used to heat the kiln and the pre-calcination system. Cut out some of that and the specific CO₂ emissions of cement production drop. PyroGenesis’ approach uses electricity to generate high-temperature plasma. This then gives the cement plant the option of obtaining its electricity from renewable sources. PyroGenesis signed a memorandum of understanding with the power conversion division of GE Vernova in March 2025. This had the aim of targeting high temperature processes, such as cement production, with electric plasma torches. The current deal with a cement producer has been valued at US$871,000 with delivery to the client scheduled for the first quarter of 2026.

We don’t know who the mystery client might be. However, Heidelberg Materials reportedly operated a 300kW plasma-heated cement kiln at its Slite cement plant in February 2025 as part of the ELECTRA project. The producer said it had achieved 54 hours of continuous operation, with 60% CO₂ concentration in the flue gas. The aim was to reach 99%. It then said that it was planning to build a larger 1MWel furnace at its Skövde cement plant in 2026 with tests to continue in 2027. In an interview with Global Cement Magazine in May 2025, Heidelberg Materials said that it was using commercially supplied CO₂ as the ionising gas in the plasma generator but that it was considering using captured CO₂ from the production process in the future. It also mentioned issues from its trials such as the effective ‘flame’ being hotter than the conventional process but not as long. This increased the reactivity of the resulting clinker. Finally, Heidelberg Materials noted from a feasibility study that a 1Mt/yr cement plant would need around 170MW of plasma generation, but that typical plasma generators topped out at around 8MW. Hence, any full set-up would likely require multiple plasma generators. For more on non-combustion style kilns see GCW561.

UBE Mitsubishi Cement’s burner installation is more conventional but again it is concerned about sustainability. In this case the line has tested burning natural gas. The cement producer says it is the first such installation at a cement plant in Japan to do so commercially. The burner was jointly developed by UBE Mitsubishi Cement, Osaka Gas and Daigas Energy. Firstly, the plant will consider switching to natural gas. This will reduce the unit’s CO₂ emissions from fuel combustion. However, a later step being considered is to move on to e-methane. This is a synthetic methane made from CO₂ and hydrogen using renewable energy.

Finally, another recent story on this theme is the installation of a new satellite burner by Northern Ireland-based Mannok at its Derrylin cement plant in August 2025. This is Phase One of a two-part project to upgrade the pyro kiln system at the site. The cement company worked with FLSmidth on the €2.5m upgrade. The new burner has now allowed the plant to burn solid recovered fuel (SRF) by up to a 30% substitution rate in the kiln. This followed a project, also with FLSmidth, to install a FuelFlex Pyrolyzer in 2022. This is used to replace coal with SRF in the pre-calcination stage of cement production. Phase two will be an upgrade of the main burner to a new Jetflex burner. Once this part is completed, Mannok is aiming for an overall substitution rate of 65 - 70% on the whole pyro-processing system.

Burners at cement plants are replaced fairly commonly. However, the supplier companies don’t advertise every installation due to the commercial relationships with their clients and other factors. Hence the more interesting upgrades tend to get the publicity. Typically this means if a burner uses new technology, meets sustainability goals and so on, we find out about it. It’s a similar situation when a new heating technology such as plasma is trialled. Changing trends in fuel types for cement plants suggest different types of conventional burners. Some of this can be seen in the burner stories above with the trend moving towards ever higher rates of alternative fuels usage. Combustion in cement kilns is here to stay for the time being but plasma trials will be watched carefully.

The 18th Global CemFuels Conference & Exhibition on alternative fuels for cement and lime 2025 will take place in Milan on 17 - 18 September 2025

Spain: Oficemen has elected Ricardo de Pablos as its president. He succeeds Alan Svaiter, the CEO Spain of Votorantim Cimentos, who has been in post since mid-2023.

De Pablos is the CEO of Holcim España. He started his career working as a consultant for PriceWaterhouseCoopers. He then joined Holcim España in 2005 holding roles in both the commercial and management side of the business. He became the company’s Commercial Director in 2022 and its CEO in 2024. De Pablos holds a master’s degree in industrial engineering from the Universidad Politécnica de Madrid and an executive masters of business administration from the IE Business School.

Saudi Arabia: Al Jouf Cement has appointed Samir Mohammed Al- Rehaili as its CEO. He succeeds Mansour bin Ibrahim Al-Habda, who was appointed as Acting CEO in July 2025.

Al-Ruhaili holds over 20 years of professional experience in operational management, business development and corporate management. Notable roles he has held include Operations Manager of the Moulding Unit at Al-Wataniya Industries, General Manager of Canal Investment Company, General Manager of Al-Tawfiq Plastics Industries and CEO of Al-Tawfiq Group in both Saudi Arabia and Egypt. He has also worked as business consultant at Al-Zamil Investment Group and CEO of Recycling World Company, a subsidiary of Al-Zamil Group. Al-Ruhaili holds an undergraduate degree in industrial and systems engineering from King Saud University.