An Atlanta, Georgia Google data center has opted for a new waste water cooling system. In line with the company’s sustainability focus, the center has shifted its operation procedures by endorsing this ecologically sound project.
The Georgia Google center was created in 2007. Since that date, the edifice has been using potable water as a cooling source. In recognition of the inefficiency that is inherent in a process that uses drinking water to cool machinery, the folks at Google decided that a systematic overhaul was necessary.
As a team effort between the Douglas County Water and Sewer Authority (WSA) and Google, the data center will execute a "sidestream" treatment scheme wherein recycled water will be utilized. The sidestream plan will also sterilize and filter the water, some of which will be released into the region’s Chattahoochee River. In addition to promoting an ecological business concept, this purification operation will actually produce cleaner water than the WSA does.
This waste water cooling system endeavor speaks to the importance of ecological decision making, as well as to the efficiency of local partnerships.
Sustainable Water Cooling
Google Data Center Approves Waste Water Cooling System
Trend Themes
1. Ecological Decision Making - A trend towards making environmentally-friendly choices in business operations presents opportunities for companies to develop innovative solutions like waste water cooling systems.
2. Sustainable Data Centers - The shift towards sustainable practices in data centers is driving the development of innovative cooling systems that reduce water consumption and promote ecological stewardship.
3. Collaborative Water Treatment - The collaboration between businesses and local water authorities in implementing water treatment schemes highlights the potential for disruptive innovation in water conservation and purification.
Industry Implications
1. Data Centers - Data centers are increasingly seeking sustainable cooling solutions to reduce their environmental impact and address water scarcity issues.
2. Water Treatment - The adoption of innovative water treatment technologies by industries can lead to more efficient and eco-friendly methods of managing and reusing water resources.
3. Renewable Energy - The integration of waste water cooling systems in renewable energy infrastructure presents an opportunity for the renewable energy industry to enhance sustainability and resource efficiency.