Georgia Power dedicates new Water Research Center
Press Release, News
ATLANTA, Nov. 19, 2013 /PRNewswire/ Georgia Power today dedicated the new Water Research Center (WRC) at Plant Bowen near Cartersville, Ga. The state-of-the-art center will focus on finding new ways to reduce, conserve and improve the quality of water returned to the environment from power plants. The WRC is the first U.S. research facility of its kind, and is made possible through a partnership with the Electric Power Research Institute (EPRI), the Southern Research Institute and 14 other companies aligned with the power generation industry.
During the dedication, Georgia Power representatives and research center partners met with industry leaders, local citizens and media to discuss how the center will be used to test technologies and find more ways to protect water resources. The WRC will provide a site for testing technologies to address water withdrawal and consumption, as well as explore ways to recycle or improve the quality of any water returned to the environment. The research facility is expected to yield industry-wide insights that will help power companies minimize the use of water and increase conservation of this valuable natural resource.
"We're proud to host the new Water Research Center at one of our largest generation facilities. Efficient water management is the responsibility of every energy company and, through the work of this center, we will lead the industry in developing new ways to use and conserve this critical resource," said Paul Bowers, president and CEO of Georgia Power. "In all areas of our business, we're committed to conducting cutting-edge research that helps us provide clean, reliable and affordable power to customers both now and in the future."
"The results of the Water Research Center's test projects are being shared among Georgia Power, EPRI members and the broader electric
"We are excited to be collaborating with our partners in the Water Research Center," added Arthur J. Tipton, Ph.D., Southern Research president and CEO. "The goals of minimizing industry water use and positively impacting conservation not only benefit the power generation industry, but also the environment, and future generations to come. This is a win in every way."
From steam-driven turbines to hydroelectric power, water is an essential component in the generation of electricity. Georgia Power is constantly working to find new ways to protect water resources and use them more efficiently. The company withdraws approximately 1.3 billion gallons of water every day from Georgia's public water ways to generate electricity for 2.4 million customers and, with a focus on conservation and recycling efforts, returns as much as 90 percent directly to the original source.
During the dedication, research center partners highlighted a number of the center's benefits including the seven distinct research areas of study:
- Moisture Recovery: Researching innovative technologies and methods to recover moisture that would otherwise be consumed or lost through emissions "scrubbing," cooling tower plumes and flue gas.
- Cooling Tower and Advanced Cooling Systems: Examining new ideas for reducing cooling water use such as increasing cooling tower cycles of concentration, diverting/reducing cooling tower heat loads, assessing the feasibility and applicability of hybrid wet/dry cooling systems and more.
- FGD/Process Wastewater Treatment: Focusing on technologies to treat and reuse water from various waste sources throughout the plant including flue gas desulfurization (FGD) discharges, cooling tower blowdown, floor drains and storm water runoff.
- Zero-Liquid Discharge: Exploring technologies that separate pollutant-bearing waters into a solid material that can be used or landfilled and a high-quality distillate that can be reused.
- Solid Landfill Water Management: Exploring water issues related to managing on-site landfills with the addition of new solids such as zero-liquid discharge salts and sludges.
- Carbon Technology Water Issues: Developing models to determine the impacts of various post-combustion, carbon-capture technologies on the use of water at the plant site to reduce the impact of carbon dioxide capture on plant water use.
- Water Modeling, Monitoring & Best Management Practices: Using results from each of the focus areas to model strategies for managing water use/reuse and to explore tools for evaluating overall water use (baseline and real time).
The center is an extension of a pilot project that began in May 2010 at Plant Bowen to identify opportunities to address water withdrawal, consumption and recycling. In the future, the center may also serve as an educational hub for members of the surrounding communities about the importance of water conservation, including schoolchildren, elected officials and community leaders.