Yorkshire Water is trialling a ceramic surface treatment designed to prolong the life of its concrete assets.
In order to help achieve its carbon reduction target, Yorkshire Water has partnered with advanced materials manufacturer, Haydale, to trial a ceramic surface treatment designed to enhance and protect the water company’s concrete asset base most at risk from decay.
Traditionally, once a concrete structure reaches the end of its asset life, it would be demolished and rebuilt. However, using a ceramic surface treatment reinvigorates existing assets and expands the life of new structures beyond what is currently possible. Early indications also show there is a carbon reduction of 43% compared to some traditional concrete solutions.
The water company is working towards ambitious carbon reduction goals and hopes the Haydale surface treatment will assist with reaching that target.
In addition to its ambitious goal of reaching carbon net zero by 2030 for its operational output, Yorkshire Water will also reduce greenhouse gas emissions from its investment in capital building projects by 23% from 2019 to 2025.
Commenting on the trial, Jonathan LeMoine, senior project manager at Yorkshire Water, said:
“In early 2021 we will be using one of our capital partners to apply the material to a number of our chemical bunds. The results will be immediately apparent and will pave the way for a larger programme of works protecting our assets.”
Haydale’s treatment uses alumina and zirconia silicates to renew and preserve concrete surfaces. The dense ceramic polymer wraps around and atomically bonds to all elements in the concrete, shielding the surface from the environment.
It is unaffected by wet/dry or freeze/thaw cycles, and does not peel, flake, chalk, or delaminate. The advanced material also offers asset preservation and reduces concrete corrosion; stabilising the surface chemistry of concrete, stopping carbonation and environmental exposure-driven erosion.
Jonathan LeMoine continued:
“We often invest in trialing new technologies and techniques to pave the way for lower emissions in our CAPEX and OPEX solutions. We’re excited to see the results from this trial, and hope that it will provide a low carbon alternative to demolishing and rebuilding”.
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