NOTE: The views expressed in this editorial are those of the author and do not necessarily reflect the views of advertisers, sponsors, or contributors to The Morehead Minute.
The debate over data centers in Kentucky is heating up.
Supporters point to the jobs, investment, and economic opportunities these facilities can bring. Critics worry about the strain they could place on local infrastructure, especially in Eastern Kentucky, where many communities have spent years dealing with water shortages, aging systems, and concerns about long-term resource availability.
I believe there may be a middle ground.
One of the biggest concerns surrounding modern data centers is their demand for electricity and water. While much of the public discussion has focused on power consumption, water deserves equal attention. Several Kentucky communities have faced water supply challenges over the years. Some systems struggle during drought conditions. Others operate with aging infrastructure that is already under pressure.
The question many residents are asking is simple: If our communities are already facing challenges, why should they be expected to provide massive amounts of water for large corporate facilities?
That question led me to an interesting thought.
When astronauts live aboard the International Space Station, they cannot simply turn on a tap and draw unlimited water from a river or reservoir. Instead, they rely on advanced recycling systems that reclaim and purify water for reuse. In fact, much of the water used aboard the station comes from recycled sources.
If astronauts can recycle water hundreds of miles above the Earth, why can't data centers do something similar right here in Kentucky?
To be clear, I am not suggesting that a data center could operate forever on a single load of water. Physics simply doesn't work that way. Some water is inevitably lost through evaporation, maintenance, and treatment processes.
But modern technology already allows facilities to recycle and reuse a substantial percentage of their water. Closed-loop cooling systems, rainwater collection, and the use of reclaimed wastewater are all proven technologies.
Perhaps Kentucky should require new data centers to meet strict water sustainability standards before receiving approval. Those standards could include:
• High-efficiency water recycling systems.
• Rainwater collection and storage.
• Use of reclaimed wastewater whenever possible.
• Demonstrating that operations will not negatively impact local residential water supplies.
• Funding any necessary infrastructure improvements rather than shifting those costs to taxpayers.
In other words, if a company wants to build a large data center in Kentucky, it should be prepared to largely provide for its own water needs rather than competing with local families, farms, and communities for a limited resource.
This is not an anti-technology position.
Data centers are becoming an increasingly important part of our modern economy. Artificial intelligence, cloud computing, online commerce, healthcare systems, education, and countless other services depend on them.
But Eastern Kentucky has spent generations providing resources to the rest of the nation. We have supplied timber. We have supplied coal. We have supplied natural gas. Time and again, our mountains and communities have helped power America's growth.
It is fair for residents to ask whether our remaining resources will be protected as new industries arrive.
If data centers want Kentucky's future, they should also be willing to invest in protecting Kentucky's water.
Technology and conservation do not have to be enemies. With the right planning, they can work hand in hand.
The goal should not be to stop progress.
The goal should be to ensure that progress does not come at the expense of the people who already call these mountains home.