Water Flow Regulator Valves and Control Options

The FCD reduces water hammer and stabilizes pressure at the meter. Its small, controlled back-pressure holds pressure up inside the meter during demand surges, so far less gas and vapor form inside the meter and are counted as water. This helps the meter record closer to the water the facility receives and can reduce inflated water and sewer charges, without reducing actual water use. It does not remove air from pipes, stop sputtering faucets, or fix water hammer, pressure swings, or noisy pipes in the building's plumbing or at fixtures.

A flow regulator valve is an in-line device installed immediately after the water meter that reduces water hammer and stabilizes pressure at the meter. It does not remove air from pipes or regulate building pressure. The FCD is a single 316L stainless steel body, custom-built per facility, with a check valve where system conditions call for it. It maintains consistent, accurate flow measurement without restricting normal water usage or altering water composition in any way.

Immediately after the water meter on the consumer side of the connection, upstream of all facility systems, so it conditions flow before it reaches any downstream equipment. Installation takes approximately one hour, with water off for that one hour only, and is performed by a licensed plumber or mechanical contractor. Larger industrial applications with bigger pipe sizes may require additional time. Most facilities schedule the work into a planned maintenance window or shift change.

No. Negligible pressure loss is a fundamental design characteristic of the FCD, so downstream operations, equipment performance, and pressure at the point of use are unchanged. Pressure loss through the FCD is under 0.8 psi across all flow conditions. The device stabilizes pressure at the meter rather than changing what any downstream system is delivered, which is what distinguishes it from a restrictor.

FCDs are custom-sized to each site, from 3/4 inch services up to large-diameter mains (24 inch and larger) for data centers and industrial facilities. Each unit is matched to the facility's water pressure and operational profile, and works with any meter type without replacing the meter or redesigning downstream plumbing. Standard construction is 316L stainless steel, made in the USA, with titanium and specialty alloys available on special order for unique applications. Sizing is confirmed during the free savings analysis.

Savings show up on the utility bill from the next billing cycle after installation, so metered consumption can be compared directly against previous bills. A free savings analysis is available before purchase to estimate the expected reduction for the facility.

Documented installations typically show up to a 30% reduction in combined water and sewer costs (46% is the highest documented, a rare case). Savings appear on the very next billing cycle with no ramp-up period. The reduction comes from correcting meter over-reading rather than from using less water, so operations, production, and water availability are completely unaffected. A free savings analysis reviews bills, meter size, pipe size, line pressure, and PRV configuration to project a facility-specific range.

Your water and sewer bills, meter size, pipe size, line pressure, and PRV configuration. Together these confirm whether the device applies to your connection and what size it should be, and the review is free with no commitment.

No. A pressure reducing valve lowers downstream pressure and a restrictor caps flow, so both change what your operation receives. The FCD does neither: negligible pressure loss is a fundamental design characteristic, and it corrects measurement accuracy while delivering the same water to the same equipment.