At POD,
Our Mission is to change the environmental impact of data, by creating a complete recycle, upcycle process for data centers across wastewater for cooling, hydrogen for energy and critical minerals for CPU's.
The rise of AI will shine a light on the resource hungry nature of data. Tech companies and cities are on a collision course to compete for key infrastructure, with water, energy and critical metals all in short supply.
Bain & Co. forecasts that U.S. energy demand could outstrip supply in just a few short years. By 2028, utilities will need to increase annual electricity generation by up to 26% to keep pace with projected demand.
McKinsey says global demand for data centers capacity could more than triple by 2030. Even if all currently known plans are delivered on time, there could still be a data center supply deficit of more than 15 GW in the United States alone by 2030.
Meta data centers in Altoona can use up to a million gallons of water a day, one fifth of what the city can produce on its own. On average, a Google data center consumes 450,000 gallons of water a day. Water is shaping as even more of a critical element to AI data requirements than energy.
The need for the fastest and most efficient CPU’s will ensure that POD is always at the front of computing power. To ensure that this isn’t a drain on important critical metals such as gold, silver and other rare earths, POD’s CPU’s are recycled and upcycled into the next generation of CPU.
Wastewater is the solution to the water requirements of Data Centers. POD Data Centers are not only using Wastewater they are contributing to cleaning Millions of Gallons of dirty water a day that currently gets pumped into our rivers, lakes and oceans. The more data, the more water POD cleans!
Hydrogen is the cleanest of energy sources in the world, with its only by-product being, water. As POD is making this hydrogen from dirty wastewater sources, the more energy that’s required means the more wastewater POD
is cleaning.