WAVE Valve – Water Efficiency & Sustainability Rental Program
Stainless Steel 316L – Patented & Certified
Flexible financing options available at checkout.

- Details
- Guides & References
- Specifications
Advantages
- Up to 30%+/- savings on monthly water and sewer bills
- Immediate Savings Upon Installation (1 Hour Average)
- Six-month Money-Back Guarantee / 15-Year Manufacturer Warranty
- Patented & Certified Technology By NSF/ANSI, IAPMO, KIWA, CAN 61
- Easy Installation Corporate Sustainability & Efficiency Goals
- Increase NOI & Property Value
- 100% Made in USA
What is the WAVE Valve?
It’s a device that goes inside your existing waterline (after the meter) that can save you up to 30% on your monthly water bill.
The WAVE Valve simplifies the path to immediate savings through an installation process that is straightforward and uncomplicated.
It’s not just a product; it’s a solution designed to enhance your water management strategy, ensuring savings while contributing to environmental sustainability.
Understanding the WAVE Valve Water Management Solution:
Compressible Flow Valve: Compresses the accumulated air in the water line, reducing the volume of air prior to flowing through the water meter. The result is up to 30% savings on water usage and sewer costs.*
Adjustable Pressure-Regulating Valve: Regulates water pressure to reduce water usage by 6% to 9%. This saves water, increases the service life of plumbing system components, and reduces risks of water leaks.
Check Valve: The single-coil spring mechanism uses a consistent spring-force design that responds rapidly to flow variation.
Benefits & Advantages of the WAVE Valve:
Most water meters use a method called positive displacement which measures volume and cannot distinguish between air and water. As a result, you pay for air at the same rate as water. The air and water combination generates turbulence which creates irregular fluctuations in pressure and velocity. This turbulence also produces bubbles that occupy volume as seen in the diagram below.
The Wave Valve installation occurs on the owner’s side of the water meter. The valve creates a back pressure that results in a compression zone on the utility side of the water meter. Within this zone, the volume of air is compressed, so it does not take up volume. This process maintains consistent water pressure and smooth Laminar flow leading to the meter, which also normalizes vibrations and limits meter reading error. The water returns to its normal state shortly after the Wave valve.
Warranty & Guarantee:
High Quality 316L Stainless Steet
• Six-Month Money-Back Guarantee: Use the valve for six months, and if you’re not 100% satisfied, you can return it for a full refund.
• 15-Year Warranty: Ensures long-term reliability.
• 50-Year Anti-Corrosion Guarantee: Built to withstand the toughest conditions.
Product Guides and References
Product Specifications & Cut Sheets
- 3/4” Inch Wave Valve Download Cut Sheet
- 1″ Inch Wave Valve Download Cut Sheet
- 1.5” Inch Wave Valve Download Cut Sheet
- 2” Inch Wave Valve Download Cut Sheet
- 3” Inch Wave Valve Download Cut Sheet
- 4” Inch Wave Valve Download Cut Sheet
- 6” Inch Wave Valve Download Cut Sheet
- 8” Inch Wave Valve Download Cut Sheet
Water Air Volume Efficiency
Most water meters use a method called positive displacement which measures volume and cannot distinguish between air and water. As a result, you pay for air at the same rate as water. The air and water combination generates turbulence which creates irregular fluctuations in pressure and velocity. This turbulence also produces bubbles that occupy volume as seen in the diagram below.
The Wave Valve installation occurs on the owner’s side of the water meter. The valve creates a back pressure that results in a compression zone on the utility side of the water meter. Within this zone, the volume of air is compressed, so it does not take up volume. This process maintains consistent water pressure and smooth Laminar flow leading to the meter, which also normalizes vibrations and limits meter reading error. The water returns to its normal state shortly after the Wave valve.
The Venturi Effect
Flow Acceleration: When a fluid enters a narrower section of a pipe, its velocity must increase to conserve mass flow rate. This principle is based on the continuity equation, which states that for an incompressible fluid, the product of the cross-sectional area and the velocity of flow remains constant along a streamline.
Pressure Drop: As the velocity of the fluid increases in the constricted section, its static pressure decreases. This inverse relationship between fluid velocity and pressure is explained by Bernoulli’s principle, which states that an increase in the speed of a fluid occurs simultaneously with a decrease in pressure or a decrease in the fluid’s potential energy.

