Biological Ammonia Reduction – Enhanced, Cold Weather Nitrification
Recent Installations
Over the last six years, WCS has successfully treated wastewater at more than 30 sites across North America.
Call us today to find out how we can solve your wastewater treatment needs: 801-999-8271.
About Us
Wastewater Compliance Systems, Inc. (WCS) is a provider of submerged bio-reactors used to enhance the biological activity of treatment systems in order to reduce ammonia, BOD and TSS concentrations. Our goal is to help communities comply with state and federal environmental regulations without resorting to expensive mechanical plants. Whether yours is an existing system, or new construction, Bio-Domes can help minimize the expense of your treatment system. Learn More
Extend the Life of Your Lagoons for Many Years to Come at a Fraction of the Cost
Features & Benefits
We Guarantee Our Systems Will Work
Lowest Operation & Maintenance Cost Option in the Industry
Approved & Successfully Operating at Over 30 Sites in 20 States
Lowest Power Consumption in the Industry
The Only Proven Water Treatment Capable of Operating Off-Grid
Removes Ammonia, BOD, TSS, and Total Nitrogen
Works Well in Cold Weather
Can Be Operated With Existing Staff Certifications
WASTEWATER TREATMENT does not have to involve a heavy investment in expensive, large treatment plants. Wastewater Compliance Systems’ Bio-Domes remove nutrients at a fraction of the cost and operating expenses of mechanical plants.
Developed by 
University of Utah professors Kraig Johnson and Larry Reaveley, Bio-Domes’ award-winning, patented technology consists of concentrically nested domes that are infused with air from the bottom. They sit on the floor of a lagoon and are completely submerged. 
As water flows through them, bottom-to-top, beneficial bacteria (biofilms) effectively reduce ammonia-nitrogen, BOD, and TSS in wastewater. Unlike other systems, the growth of the naturally occurring bio-films is maximized by the way in which oxygen is optimally guided through the domes by their geometry.
