Sustainable cement secures £500K grant for new facility

A Scottish-based manufacturing facility which will enable the production of lower carbon cement products has secured a £500,000 award from Zero Waste Scotland’s Circular Economy Investment Fund.

The Innovative Ash Solutions site is a 50/50 joint venture between Levenseat Limited, a leading player in the Scottish waste and resource management sector, and Organic Innovative Solutions Limited. The funding award will support the development of an industrial scale facility, capable of processing up to 20,000 tonnes of incineration fly, cyclone and boiler ash into a sustainable form of pulverised fuel ash (PFA), a key ingredient used in cement.

Using this new IAS patented process, which diverts waste materials from landfill and avoids the use of virgin sand, creates a product which is cheaper and will reduce the environmental impact of concrete production compared to the use of imported PFA.

 The production facility, which will be located on Levenseat’s site in South Lanarkshire, is due to be commissioned by the end of 2022. When fully functional, the new facility will enable carbon savings of up to 6,104 tonnes of CO2e per year, the equivalent of 2,847 commercial flights or 3,260 cars on the road.

Over the next five years, IAS intends to build three full scale industrial plants which will produce up to 54,000 tonnes of PFA replacement annually and reduce CO2e emissions by 500,000 tonnes. The entire project will create an estimated 20 new green jobs and also sustain additional construction jobs in the building of the facilities.

Innovative Ash Solutions Director Robert Green said: “We’re delighted to have secured this significant award from Zero Waste Scotland’s Circular Economy Investment Fund. It will enable us to scale production of the innovative PFA replacement developed in partnership with Strathclyde University and CSIC.

“Our product not only provides a cheaper concrete option, it also means lower emission concrete production by using a safe, accredited end-of-waste solution made from materials diverted from landfill sites. This provides a win-win scenario for construction companies which are facing rising costs and additional pressures to lower their carbon footprint.”