- 47% reduction in borehole operating costs
- £28,000 annual savings achieved
- 147 tonnes CO₂ saved per year
- 8-month payback period
Case study
Project overview
Faced with rising operational costs and complex groundwater dynamics, a UK-based water treatment site needed to optimise its raw water abstraction system. The site relied on two remote boreholes to maintain water quality, but inefficiencies in pump performance and abstraction licensing constraints were driving up energy use and costs.
Key Actions:
To avoid costly pump replacement, the team applied a tailored engineering solution. Variable speed drives were added to the pumps serving the more efficient borehole. This allowed 40% of the abstraction to shift to the cheaper borehole, cutting energy use while maintaining compliance and water quality.
Key Benefits:
Smarter pump control
Better carbon control
Cost savings achieved
By rebalancing flow between boreholes and enhancing control, the site achieved significant operational and environmental benefits. The solution was agile, low-impact and delivered rapid ROI, all without compromising water quality or regulatory compliance.
Outcomes:
This project demonstrates how intelligent, client-focused engineering can deliver significant operational and environmental benefits. By listening first and tailoring our approach to site-specific constraints, we delivered a solution that was not only cost-effective but also future-ready.
The success of this project reflects our commitment to long-term client value, optimising performance, reducing environmental impact and ensuring compliance without compromise.
It’s a clear example of how we work as part of our client’s team to deliver dependable, high-quality outcomes.
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