Generic selectors
Exact matches only
Search in title
Search in content
Post Type Selectors

Danfoss highlights energy-saving solutions for water and wastewater infrastructure during Water Week 2015

Danfoss
Danfoss iSave Energy Recovery Device

Danfoss highlights energy-saving solutions for water and wastewater infrastructure during Water Week 2015

During Water Week 2015, Danfoss, a leading manufacturer of high efficiency electronic and mechanical components and controls for air-conditioning, heating, refrigeration, industrial and water systems, met with local, state and national leaders to discuss readily-available technologies that can save energy and prevent water loss in water and wastewater infrastructure.

Presented by the Water Environment Federation (WEF), National Association of Clean Water Agencies (NACWA), Water Environment Research Foundation (WERF) and WateReuse Association, the National Water Policy Forum, Fly-In & Expo was held April 14 on Capitol Hill in Washington, D.C., to inform and inspire leaders and communicate the value the water sector brings to environmental protection, economic development, and job creation.

“According to the U.S. Department of Energy, critical processes in water, wastewater and irrigation jointly use more than 55 billion kilowatt-hours (kWh) each year,” explains John Masters, vice president of sales – water, Danfoss. “For U.S. municipalities, where more than 35 percent of total energy use is attributed to water and wastewater facilities, rising energy costs play a significant role in water and wastewater treatment services. At the same time, a plant’s ability to treat, use and deliver water efficiently – reducing water loss – also has a direct impact on the plant’s energy consumption and bottom line.”

By improving the efficiency of the plant’s motors with variable frequency drives, however, municipalities could save as much as three to 10 billion kWh each year. Not only do VFDs reduce energy costs by as much as 45 percent by handling fluctuating demand, they also control water pressure and can help to reduce water loss.

“There is a significant opportunity to improve the efficiency of these energy-intensive applications,” Masters said. “By advancing the deployment of variable frequency drives – and other high efficiency technologies – the country could work to solve these urgent, and growing, energy challenges.”

For more information about Danfoss variable frequency drives for water and wastewater applications, please visitwww.danfossdrives.com.

Related Articles

Related Whitepapers

Implementing Predictive and Prescriptive Digital Maintenance Technologies for Rotating Equipment

Business and operations systems are becoming increasingly integrated in the digital era. With accessible data and information, enhancing the business value of plants that utilize…

Building a Centrifugal Pump Digital Twin for a Chemical Plant

A digital twin represents a physical asset and its function; it contains intelligence to evaluate static and real-time data. Chemical refining plants are asset intensive…

Autonomous Fontan pump: Computational feasibility study

A double-inlet, double-outlet rotary pump was designed to augment Fontan flow through the total cavopulmonary connection. Pump power is supplied by a systemic arterial shunt…

Hydraulic design of a centrifugal LOX pump, including cavitation modeling

The study shows the design and optimization of a LOX centrifugal pump with CFturbo/CFturbo BLADERUNNER 2025.R1 for a fictional rocket engine powered by LOX/RP-1, which…