Water Technology Developer Successfully Conserves Energy and Water as Part of Government Study

Dynamic Water Technologies saved thousands of gallons of water and cut operating costs at a federal building in Georgia as part of a government study to find alternative technologies to conserve energy and water. As a result, the report recommends governmentwide adoption of the company's electrochemical process water treatment technology.

This image shows the green-colored reactors that balance the water before it enters the chillers. This Dynamic Water Technologies' UET 1x4 is similar to the one installed at the Juliette Gordon Low Federal Building in Savannah that has proven to save more than 1.13 million gallons of water over a 12 -month period of time. (Image by Dynamic Water Technologies)

In late 2018, the General Services Administration released a report based on a multi-month study at the 242,000 square-foot Juliette Gordon Low Federal Building in Savannah, Ga.  The building has two cooling towers that used traditional chemical water treatment for the cooling water circulating through the two chiller condensers.

"Cooling tower-related water consumption is one of largest potable water loads within buildings in the United States, with substantial building water use associated with heating and cooling," the report notes. "Reducing water consumption is a priority. …  These factors have brought about the investigation of cost-effective opportunities to reduce water use, such as alternative water treatment technologies for cooling towers."

The study took place from July to October 2017. Researchers found that the system effectively treated the water without the expense of added chemicals and reduced water use by 32 percent.

Mike Boyko, chief executive officer for the Scottsdale-based Dynamic Water Technologies, was not surprised by the results. He's been working to convince businesses and government agencies for the past four years since founding the company about the incredible savings in water that DWT can help realize.

"Participating in this government study is just another step toward showing how much more U.S. businesses can be doing to conserve water," Boyko said. "We are thrilled with the results and the GSA's recommendation that our systems be used at additional governmental facilities."

Dynamic Water Technologies' CEO, Mike Boyko, was recently featured in the Phoenix Business Journal. The article quoted the chief corporate engineer of Banner Health in saying that the planned implementation of the Dynamic Water technology this year in 18 facilities in their portfolio is projected to save in excess of 104 million gallons of water annually.  (Image by Dynamic Water Technologies)

The National Renewable Energy Laboratory assessed Dynamic Water's system during the study. The study was to determine whether the electrochemical process would:

• Save water and water/sewer costs by reducing the amount of blowdown required, allowing the system to operate at higher cycles of concentration;
• Eliminate the need for water treatment chemicals for scale, corrosion and biological growth;
• Increase chiller efficiency by preventing scaling and removing some of the existing scale, which improves heat transfer; and
• Maintain very low corrosion rates.

In all instances, Dynamic Water's system met or exceeded expectations. Boyko said the results are similar at installations throughout the Southwest and worldwide that have installed and are using the electrochemical system to treat industrial process water. 

In 2018, Dynamic Water Technologies was a finalist for the Small Business Innovator of the Year Award presented annually by the Arizona Technology Council.

Source: PR News Wire

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Taxonomy

• Bioreactor
• Chemical Treatment
• Membrane Bioreactor Systems
• Governance
• Technology
• Cooling Systems
• Energy Reduction
• Governance & Planning
• Water Governance
• System Design
• Energy Conservation
• Cooling Systems
• Water Government Officials
• Conservation
• Water Conservation
• Sequencing Batch Reactor (SBR)
• Electrochemical Activation
• Moving Bed Biofilm Reactor (MBBR)