Ensuring Reliable Drinking Water Supply in Gebenstorf, Switzerland
- Alexander Avramenko
- Apr 16
- 2 min read
Location: Switzerland - Gebenstorf
Year: 2019
Application: Drinking water supplying
In 2019, the municipality of Gebenstorf in Switzerland undertook a significant project to enhance its drinking water supply system. This initiative aimed to ensure a consistent and safe water supply for its residents, addressing the growing demands of the community.

Project Overview
The primary objective was to modernize Gebenstorf's water infrastructure to guarantee a reliable and efficient distribution of drinking water. This involved the integration of advanced pumping solutions to meet the municipality's needs.
The Challenge
Gebenstorf faced challenges with its existing water supply system, which struggled to meet the increasing demand and ensure consistent water pressure across the region. The ageing infrastructure required an upgrade to maintain the quality and reliability of the water supply.
Our Solution: Foras HP Series Pumps
To address these challenges, the project incorporated the Foras HP series pumps, known for their high performance and durability. These pumps are designed to handle demanding applications, making them ideal for municipal water supply systems. The HP series offers:
High Efficiency: Ensuring optimal energy consumption while delivering consistent water flow.
Robust Construction: Built to withstand continuous operation and varying water demands.
Easy Maintenance: Designed for straightforward servicing, reducing downtime and operational costs.
By integrating the Foras HP pumps, Gebenstorf's water supply system achieved enhanced performance and reliability.

Results
The implementation of the Foras HP series pumps led to significant improvements:
Consistent Water Pressure: Residents now experience stable water pressure, enhancing daily usage.
Improved Reliability: The upgraded system reduces the risk of service interruptions.
Energy Efficiency: Optimized pump performance contributes to lower energy consumption and operational costs.
This project exemplifies how modern engineering solutions can effectively address municipal infrastructure challenges, ensuring safe and reliable drinking water for communities.
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