Veolia expands operations to deliver more sustainable materials to the construction industry
A new dedicated plant will process bottom ash from EfW to replace virgin aggregates, recover metals, and advance sustainability - supplying 50,000 tonnes of aggregates per year.
Leading sustainable resource management company Veolia is expanding operations to help the construction industry increase the supply of material that can be used to replace the virgin aggregates currently used as hardcore for sub-base in the foundation for roads and concrete structures. Working with industry specialists Meldgaard Recycling and Levenseat, the company has started operations at a new dedicated processing facility at Ling Hall, Warwickshire, which will process Incinerator Bottom Ash (IBA) from the Battlefield Energy Recovery Facility. This will supply around 50,000 tonnes of material per year produced from the treatment of non-recyclable black bag wastes.
The UK construction sector is the UK's biggest user of non-renewable materials, and the raw materials have a high carbon footprint. Increasing the use of IBA will help the industry to become more circular and help reach Net Zero in line with the Government's legally binding 2050 deadline.
Veolia's new facility will use the latest processing systems to prepare the IBA and transform it into the secondary aggregates essential for many construction projects. After careful sampling to check for any hazardous materials, the IBA is processed through a combination of magnetic separation equipment, including overband magnets and eddy current separators, to remove ferrous and non-ferrous metals, and the resulting output is then graded for use.
In becoming the benchmark company for ecological transformation, Veolia is committed to tackling climate change, resource depletion, biodiversity collapse, and pollution. By adopting innovative solutions and changing production and consumption patterns, the company is placing ecology at the heart of every process to achieve its carbon-neutral goal. This includes maximising the value of resources to effectively ensure a secure energy supply and easing resource scarcity challenges.