The good news is Kala seem to up to date on cooling - but from...

The good news is Kala seem to up to date on cooling - but from the item below it looks like it won't be water but some fancy liquid they will use.
Kala are using/planning to use "immersion" cooling so water may not be important? Unless they buy a concentrate that needs to be diluted with water.

TLOU have evaporation ponds to get rid of water but how clean it is is anybody's guess.

I have given up trying to understand how Kala can deliver CBM powered electricity if they don't use the Tx lines. It is obvious that the TX will be used in 2025 and 2026, but, once TLOU get their generators in, I'd like all 25MW to be theirs. With gas being fed to Kala data centres , 25Mw TX lines will be enough for several years , if not forever. If Kala can route their Mw's using the mysterious alternative route.

Here are the paragraphs I found ....

Heat and cooling driving design of AI data centers.
The high computing power required for AI applications means higher power densities for AI data centers, which create more heat than traditional data center servers. While traditional data centers have mainly used electricity powered air-cooling solutions to keep servers at an ambient temperature, the higher energy density and resulting heat output for AI data centers is driving innovation and changes in the design of cooling solutions for AI data centers.Liquid cooling is increasingly emerging as a potential solution to the inefficiencies of cooling AI data centers with traditional air-cooling methods. The most common liquid cooling solution to date has been direct-to-chip (DTC) technology, where a liquid is used to directly cool the most power-intensive components of the server, such as graphics processing units (GPUs).

Immersion cooling, where the entire server is immersed and cooled in a special non-conductive liquid (either through a single phase or dual-phase immersion process), is a potentially promising cooling solution for AI data centers.

However, though under research and development for some years, the technology has had limited commercial deployment to date. Environmental and social (E&S) concerns and the phase out of "forever chemicals" used in the fluids may prevent immersion cooling from playing a major role in cooling AI data centers. Different cooling systems will be appropriate for different types of data centers and rack densities, and we recently explored in more detail key factors to consider when selecting a cooling method for data centers in the context of these evolving and emerging technologies."