Advanced Sump Pump System Installation in Urban Infrastructure

Picture a major underground station in London facing a complex challenge: the need to enhance its water management capabilities with a state-of-the-art sump pump system. This project was not just about upgrading infrastructure; it involved addressing unexpected environmental challenges like hydrocarbon contamination in the water supply. It was a task that required expertise in mechanical, environmental, and civil engineering.

The company leading this project set out to design and install a sump pump system that could integrate with the station’s legacy infrastructure while incorporating advanced technology for environmental safety and maintenance. They aimed to develop sophisticated hydrocarbon detection systems and innovate valve systems to fit the spatial restrictions of an underground setting. But there were uncertainties to overcome, such as retrofitting non-standard valve arrangements, managing contamination, and designing a modular wastewater extraction system.

The team employed a structured approach to tackle these challenges. Extensive hydraulic modelling and simulations were used to define pump and pipe specifications, ensuring effective water flow and system reliability. Several valve system prototypes were developed and tested iteratively, while thorough cleaning and sensor testing procedures managed the hydrocarbon contamination. They even engineered a temporary wastewater removal system, using flexible hoses and intermediate bulk containers to transport wastewater safely to the surface.

This project set new standards for water management in urban environments, demonstrating the company’s capability to navigate complex engineering challenges. By successfully claiming R&D tax relief, with our support, they secured the resources needed to continue advancing their work in urban infrastructure and environmental safety.