GF Piping Systems new range of lightweight polymer pressure regulating valves are preventing your water distribution network from over-pressurizing while delivering accurate, stable flow and increased flow capacity to water utilities. Containing the latest state-of-art technology for pressure management, the NeoFlow pressure regulating valves are compact, easy to install, and maintain.
Co-developed with OFUI
Discover the simplicity of installing NeoFlow by watching our step-by-step guide.
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Water distribution control valves are essential for maintaining balanced pressure management within a water distribution system.
Our NeoFlow PRVs ensure consistent pressure throughout the distribution network. By reducing excessive pressure, these PRVs minimize the risk of water hammers, pipe bursts, and leaks, which in turn reduces water loss and the need for frequent maintenance.
Our NeoFlow Dual Setpoint PRVs expand on the capabilities of single setpoint PRVs by managing day and night pressure levels and thus maintaining the optimum pressure levels for high and low demand situations.
Our NeoFlow PSVs ensure that a minimum pressure is maintained in specific areas of the distribution network, preventing low-pressure zones that could lead to inadequate water supply or contamination risks.
By strategically using these control valves, water utilities can achieve a more stable and efficient distribution system, reducing water losses, improving service reliability, and conserving energy.
To provide the optimal solution, we need to consider several key factors:
1. Understanding the System and Needs: It's essential to have a comprehensive understanding of the water distribution system and the specific requirements of the project. This includes identifying the goals, challenges, and unique characteristics of the system.
2. Gathering Necessary Data: Collecting accurate data is crucial for making informed decisions. This includes:
3. Observing Extreme Situations: It's important to account for extreme conditions, such as periods of very high or very low water consumption. This helps ensure the system can handle peak demands and maintain performance during low usage periods.
4. Considering External Factors: Various external factors can impact the performance and longevity of the system. These include:
By thoroughly evaluating these factors, we can design and implement a solution that meets the specific needs of your water distribution system, ensuring reliability, efficiency, and sustainability.
Get to know the product lifecycle in our Environmental Product Declaration (EPD).
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