Glasgow-based Mackenzie Construction has appointed a research director to further develop a system to reduce excavation waste from road works.
Following funding from Innovate UK, the company hired Bruna Lopes to lead research on its Smart Surface project, a hydraulic road binder system that stabilizes existing soil conditions to create or repair paths, roads and land. hard. This reduces the need to remove existing waste from the site to landfill, which is then replaced with similar volumes of newly mined aggregate.
Financial support from Innovate UK has enabled Mackenzie to establish a Knowledge Transfer Partnership (KTP) with the Department of Civil and Environmental Engineering at the University of Strathclyde. KTP partnerships aim to improve competitiveness by strengthening collaboration between companies and university research organizations.
Ms Lopes will work with Dr Matteo Pedrotti and Professor Alessandro Tarantino at the university to study the interaction between Smart Surface binder and soil to provide clear technical specifications to ensure soil stability in multiple environments and applications.
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Launched in 2018, Smart Surface has already been tested in many industries with clients such as ScottishPower, Scottish Canals and South Lanarkshire Council. The KTP is expected to expand its use in other related areas.
“We are delighted to have Bruna on board this project and are extremely proud to move this project forward so that we can help our clients achieve their ambitious net zero goals,” said Mackenzie Managing Director Andy Dalrymple.
“Ultimately, the KTP project will allow us to offer our customers a more sustainable and circular coating solution and progressive service resulting in greater reduction in costs, project times, carbon emissions and waste. ‘environmental impact.”
Founded in 1980, Mackenzie has offices in Glasgow and Inverness specializing in civil engineering and structural repairs.