Select your challenge

Water Hammer
Minimize pressure surges during rapid demand changes.
Even Distribution of Resources to Distributed Customers
Prevent over-delivery to ensure consistent system performance.
Automating Response to Critical Events (Pipe Bursts)
Prevent excessive flow caused by a pipe rupture.
Large Elevation Differentials
Backflow
Prevent backflow.
Air Cavities and Airlocks
Trapped air or pressurized air pockets can obstruct flow, reduce system efficiency, and increase energy consumption.
Energy and Hydraulic Efficiency
Trapped air or pressurized air pockets can obstruct flow, reduce system efficiency, and increase energy consumption.
Pipe Collapse on Pipe Drainage or Burst
Protecting the pipeline from hazardous negative pressure that may occur during uncontrolled drainage or bursts.
Water Contamination Risk
Water Contamination by Submerged Air Valve

Our Solutions

PS – Pressure-sustaining Valve

The PS - Pressure-sustaining Valve maintains a steady, predetermined pressure in the network, upstream of its location. If the pressure falls below the set-pressure, the valve closes drip tight.
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43 S 300 NMS TM PS 0 24 App iom typical installation scaled

PR – Pressure-reducing Valve

The PR – Pressure-Reducing Valve maintains stable downstream pressure, preventing over-pressurization, pipe damage, water hammer, and uneven flow. It opens when pressure drops below the set level, minimizing losses and ensuring efficiency.
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44 S 300 NMS TM PR 0 24 App iom typical installation scaled

FR - Flow Control Valve

The FR – Flow Regulation Valve controls flow rate, preventing over-delivery, reducing water hammer, and optimizing distribution. It maintains a set flow and opens when demand drops, minimizing losses and ensuring efficiency.
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42 S 300 NMS TM FR 0 24 App iom typical installation 1 scaled