Water is both a foundational element of life and key economic resource. From agriculture to local businesses, and from managed ecosystems to urban centres, clean water underpins human health and prosperity. However, one of the most pervasive and under-understood drivers of contaminated water systems in the UK is sewage and wastewater.

If there is any consensus to come out of the growing conversation about river and coastal water quality in the UK, it is that there is no quick fix to sewage pollution. Water contamination is a long-term challenge rooted in climate change, rapid population growth, urbanisation, and other systemic trends.

If you’ve ever turned on a tap and watched the water dribble out instead of flow, you already know the intuitive answer to why a system might need a booster pump. Booster pumps solve one of the most persistent problems in water management: insufficient water pressure.

Most people never think about hydraulic systems until something stops working, but they are, nevertheless, the silent engine behind countless water management processes. In the water utilities sector, hydraulic systems sit at the centre of almost every critical operation. They power inlet screens, drive sludge handling systems, operate penstocks, control chemical dosing, support pumping assets, and maintain reliable flow across treatment works and network infrastructure.