You know that using water turns it into wastewater right? Whether it’s cooling computers or turning a turbine, the water is contaminated by metals as a direct result of the process.
You know that you can make a water cooled system where the water used to cool system doesn’t touch the inner machinery, right?
It is more efficient to run an internal system that doesn’t interface with the outside except through radiators. The radiators interface with the external water supply, usually causing the water to evaporate since it is a relatively cheap way to remove thermal energy from a system.
After all, if the water stayed liquid, they could find other ways to cool the water to be reused. The problem with data centers is that they are literally boiling away the local water supply.
https://www.sehn.org/sehn/2025/8/14/data-centers-and-the-water-crisis
You know that using water turns it into wastewater right? Whether it’s cooling computers or turning a turbine, the water is contaminated by metals as a direct result of the process.
You know that you can make a water cooled system where the water used to cool system doesn’t touch the inner machinery, right?
It is more efficient to run an internal system that doesn’t interface with the outside except through radiators. The radiators interface with the external water supply, usually causing the water to evaporate since it is a relatively cheap way to remove thermal energy from a system.
After all, if the water stayed liquid, they could find other ways to cool the water to be reused. The problem with data centers is that they are literally boiling away the local water supply.
That goes for the piping. But it’s it true for the pumps? Are they using pumps that adhere to strict drinking water standards?
Why does it matter when they are going to boil off the water?