Preventing Excessive Water Loss during a Hydrant Shearing event.
The Conserventi Valve is the solution in preventing excessive water loss during a hydrant shearing event. Real property damage, infrastructure damage and municipal liability can be minimized.
When a hydrant is sheared, the Conserventi Valve immediately stops the flow of water without worry for water hammering, keeping the area free of any hazards, and conserving the water. Conserventi Valve is patented (U.S. Patent 11,377,826, Issued 7/5/2022, U.S. Patent 11,725,368, Issued 8/15/2023, and U.S. Patent 12,188,212, Issued 1/7/2025) and is tested and proven to prevent water loss through accidental vehicular hydrant shearing while preserving subterranean water pipe infrastructure.
Conserventi Valve Prototype test results:
- Approximate flow reduction of 1.2% @ 180psi with the valve assembly installed as compared to the baseline condition.
- Valve Assembly reduced flow from 1120 GPM to less than 20GPM after actuation.
- Additional test data available upon request.
Conserventi Valve Testing done by MILBAR Hydro-Test Incorporated.
Conserventi Valve Manufacturing done by Dye Precision CNC, Inc.
Conserventi Valve Specifications
| Description | Pipe Diameter | Bolt Diameter | Number of Bolts | Bolt Circle | Std. |
|---|---|---|---|---|---|
| SD634 | 6" | 3/4" | 6 | 9.50" | AWWAC503 |
Wet Barrel Hydrant Shearing Protection
Wet Barrel Hydrant
The one and only solution for sheared wet barrel fire hydrant water loss.
Excessive Water Loss
Preventing excess water loss especially useful in areas where droughts occur.
Non-Revenue Water
Drastically reduces your (NRW) losses and introduces a financial savings incentive.
Choosing the right solution is easy
Knowing the right choice to implement responsible water management, safety, and as sustaining economical solution benefits your water districts and municipalities. The true Sheared Wet Barrel Fire Hydrant solution is the ConserventiValve®. It's time for you to setup a demo and let us show you how to prevent excessive water loss during a hydrant shearing event.