Electricity enables AI growth, but water constraints are emerging as a decisive factor in data center siting and approval.

Editor’s note: This is the first of a multi-part series by Brad Buecker, President of Buecker & Associates, LLC. Power and co-generation facilities have multiple cooling systems for various plant ...

Alyssa Shearrow is a Commerce Writer from the United States. She is an experienced PC builder, with a background working in System Integration and a focus on water-cooling. She's the "go-to" friend ...

Cooling water system optimisation is a critical area of research that integrates advanced engineering and environmental sustainability to enhance industrial cooling processes. By refining the design ...

Steam generators in thermal (steam-cycle) power plants require a constant influx of cool water to maximize the transfer of thermal energy. How this water is cooled again in the condensor after much of ...

Air cooling and water cooling are the two main temperature control options for your home computer. And if you’re the type of person who enjoys building your PC from the ground up, you’ll know just how ...

With its affordable land and modest electricity rates, Iowa has become a magnet for data centers for some of the world's tech giants. Tech companies also like Iowa's wind power, which gives it the ...

Power plant managers know that optimizing cooling water operations will improve efficiency. Using an integrated approach that combines advanced chemistry, digital technologies, such as deposit sensing ...

Liquid cooling can require intensive water use, with a 1-MW data center using up to 25.5 million liters of water per year. Today’s data centers easily reach into the hundreds of megawatts, with ...

Editor’s note: This is the third installment of a multi-part series by Brad Buecker, President of Buecker & Associates, LLC. Read Part 1 here. Read Part 2 here. Parts 1 and 2 of this series examined ...