Pro Club in Bellevue, Washington upgraded its pool system in seven days with advanced filtration and UV technology. The project improved water clarity, air quality, and member experience while saving over 520,000 gallons of water and $134,000 annually.

The four existing column pumps at Gloucester Docks - which are vital for managing water levels in the canal and keeping Bristol’s water supply running - were reaching the end of their working life and needed replacement.

Xylem delivered a turnkey solution for one of Sweden’s first pump stations featuring a fully integrated PE construction in Krokom.

Raging Waves is Illinois' largest outdoor waterpark. Sitting on more than 58 acres, this waterpark features 32 water slides, 2 kiddie pool areas, a wave pool, a lazy river, 37 private cabanas and more. Their Great Barrier Reef wave pool is enjoyed by thousands of guests daily, each excited to take on the seven different patterns the wave pool has to offer.

A Southern California petroleum refinery faced stormwater discharge permit violations for hydrocarbons and heavy metals with a five-day compliance deadline. Xylem rapidly deployed a multi-stage vessel-based system using organoclay, carbon, and ion exchange resins to achieve ppb-level discharge limits, eliminate violations, and restore regulatory compliance within the required timeframe.

At the Blumenthal outdoor pool in Bremen the Defender regenerative media filter is replacing the outdated, failure-prone open filter system.

Regulate and monitor pressures, supervise flow rates, consumption, and non-revenue water (NRW) in different sectors, and bring together system information from various sources including the SADM’s SCADA.

The estimated flow through this regulator was 85 MGD, with a combined plant capacity of 170 MGD. Local environmental regulations restricted the use of diesel engines to 175 HP or less, and all engine driven equipment was required to be sound attenuated to 50 decibels at 30 feet.

In search for the best wastewater treatment process in terms of removal of microbiological contaminants and the abatement of bromate discharge, RWTH Aachen University, along with the other environmental institutions, launched a research project and partnered with Xylem to test the effects of wastewater ozonation on water quality and its ecosystem.