France: Cemex France has won a contract to supply concrete for the construction of the 99m-high, 30-storey mixed-use M99 Tower in Quais d’Arenc, Marseille. The producer will supply contractor Legendre Construction with 11,000m³ of concrete over a 20-month period. The order includes white concrete for 33 columns and other architectural elements. Cemex France plans to supply the concrete from its Marseille Port concrete plant.
Ready-mixed concrete production in New Zealand grows in first half of 2026
New Zealand: Statistics New Zealand recorded ready-mix concrete production of 1.9Mm3 in the first half of 2026, up by 7% year-on-year.
Consultancy Infometrics said that non-residential work volumes are set to fall further, and that cost pressures might still restrict investment levels into infrastructure over 2026.
West Alabama Ready Mix commissions Jasper ready-mix concrete plant
US: West Alabama Ready Mix has commissioned a new ready-mix concrete batching plant at Jasper in Walker county, Alabama. The Jasper plant is the producer’s second, alongside an existing one at Winfield in Marion county.
Kaunas University of Technology team develops fire-resistant geopolymer mortars using post-industrial materials streams
Lithuania: Researchers at the Kaunas University of Technology (KTU) in Kaunas have developed circular geopolymer mortars for fire-resistant applications using materials sourced as refuse from various industrial processes in place of cement. These included metakaolin, sourced from discarded raw kaolin from glass production; ceramic materials and corundum, used in abrasive and high-temperature manufacturing. Researchers found that ceramic materials and corundum produced mortars with the highest strength after exposure to 800°C heat, up to 53MPa, and only limited microcracking. This makes the mortars better-suited to use for passive fire protection in boilers, chimneys and reactors than conventional cement-based mortars. KTU now plans to file a patent application, with a view to advancing to real-world adoption.
The team has previously investigated the use of various circular alternative raw materials as feedstocks, including phosphogypsum and reeds.
