Egypt: Cemex Egypt has collected 575t of litter from the River Nile in its on-going VeryNile collection initiative in partnership with the Egyptian Ministry of the Environment. The producer says that it has produced 460t of alternative fuel (AF) to date for use at its Assiut cement plant.
Türkiye: Oyak Cement will invest US$4.59m to increase fuel supply capacity at its Adana plant. The producer will add 180,000t/yr of processing capacity to the existing 36,000t/yr refuse-derived fuel (RDF) production capacity, raising the total to 216,000t/yr. It will also establish a biomass facility with a capacity of 180,000t/yr. The RDF will be prepared at a disposal fuel facility for use in the cement plant.
UK: Cemex and SUEZ Recycling and Recovery have celebrated the use of 1Mt of alternative fuel at Cemex’s Rugby cement plant since the adjacent SUEZ Malpass Farm facility opened in 2015. The partnership has reduced coal consumption at the plant by over 750,000t, alongside downstream CO₂ savings from supply chain emissions transporting and shipping coal on-site.
SUEZ processes non-recyclable materials at Cemex’s Rugby facility to produce Climafuel. The fuel is derived from sifted and shredded waste from local authorities and businesses in the Midlands, and is used to heat the kiln at the neighbouring Cemex plant. Ash from the Climafuel is also incorporated into clinker production.
Phil Baynes-Clarke, director of cement operations for Cemex UK, said “Since 2013, we have collaborated closely with SUEZ to produce Climafuel, a refuse-derived, non-fossil-based alternative fuel used to heat the kiln in the cement-making process. Over the past decade, Climafuel usage has steadily increased at our Rugby cement plant. Our ultimate goal is to operate the kiln with 100% alternative fuels, and we are getting close to this target.”
Australia: Boral has launched upgraded ‘carbon-reducing’ technology at its Berrima Cement Works in the Southern Highlands region of New South Wales (NSW). The upgraded facility features a new chlorine bypass, which reduces the build-up of chlorides and other alternative fuel byproducts. This will reportedly enable alternative fuel usage to reach 60% over the next three years at the site, doubling its current substitution rate of 30%.
