#blindamerican


Let me tell you something. I live in Union, South Carolina. Upstate. Land is cheap. There is a lot of it. We have already got crypto mining operations here. And I am pretty sure we cannot say no to a data center if one comes knocking. Spartanburg has more economic activity and a Facebook group literally called "No Data Centers in Spartanburg." They can afford to resist. Union probably cannot.

So I have been thinking. What if we did not need to say no? What if we actually demanded they do this right?

Because right now nobody is doing this right. We are throwing these things up as fast as we can and not thinking about a single thing except how fast we can get them online. And the bill is coming due on every front you can imagine.

## The Air

Let's start with what you breathe. Every data center has diesel backup generators. Big ones. They run during power outages, during grid stress events, and during routine testing. They can hit 105 decibels of noise, which is roughly a jet flying overhead. But the noise is not even the worst part. Diesel exhaust means particulate matter, nitrogen oxides, and carbon monoxide. The same pollution that made cities unlivable before emissions regulations caught up with trucks and buses.

Here is the part that should make you genuinely angry. Data centers got classified in many places as office buildings rather than industrial facilities. That means they slipped right under the air quality regulations that would apply to a factory producing the exact same emissions. Nobody asked any hard questions when the zoning applications came in.

Northern Virginia has nearly 300 data centers concentrated in one region. On high demand days when multiple facilities run generators at the same time, the air quality impact on surrounding communities is measurable. The people closest to these facilities are not the tech executives making the decisions. They are working class families who had no seat at the table when any of this was decided.

And here is the cruel irony. The generators are supposed to be backup power for emergencies. But data centers are consuming so much electricity that they are overwhelming the grid. Grid stress is increasing. So the generators run more often. The thing causing the grid problem is also the thing that benefits most when the grid breaks down.

## The Water

These facilities use enormous amounts of water for cooling. We are talking millions of gallons a year for a single large facility. Most of that water evaporates into the atmosphere and is gone. In places like Arizona and Nevada where they keep building these things because land is cheap, that water is coming out of aquifers and river systems that are already in crisis. Communities and farms downstream pay that price. The data center does not.

Even in places with more water, the sheer volume of consumption puts strain on local municipal systems that were never designed to account for it. The town says yes to the tax revenue and finds out later what it actually cost them.

## The Energy

The power consumption numbers are staggering. A single large data center can consume as much electricity as a small city. AI has made this dramatically worse because AI workloads are power hungry in a way that traditional computing never was. In Virginia, analysts are projecting that electricity demand could triple by 2040 if data center growth continues at its current pace. Microsoft now owns a nuclear power plant. Let that sink in for a second.

The grid was not built for this. Utility companies are already raising residential rates to cover the infrastructure upgrades required to feed these facilities. You are subsidizing their power consumption whether you know it or not.

## The Noise

Thousands of servers running together can reach 96 decibels. Add the cooling systems and the diesel generators and neighbors have reported headaches, vertigo, nausea, sleep problems, and a constant ringing in their ears that does not stop because the facility never stops. Day and night. Every day. It is not the volume alone that breaks people. It is the relentlessness of it.

Almost a third of data centers in Virginia sit within 200 feet of residentially zoned properties. People bought their homes before the data center came. Then the noise came and did not leave.

## The Land

These facilities cover multiple football fields of land. Single story. Sprawling. Once that land is gone it is gone. In rural areas it is often farmland or green space that gets converted. The footprint is enormous relative to the number of permanent jobs created. Three to five jobs per hundred thousand square feet is a common ratio. The community gave up the land permanently for that.

## What We Could Do Instead

Here is where I want you to pay attention because none of what follows is experimental. None of it requires technology that does not already exist today. It just requires someone to decide to try.

The diesel generators are the most embarrassing problem because the solution is already sitting right there. These facilities produce massive amounts of heat. Waste heat makes steam. Steam turns turbines. Turbines generate electricity. Power plants have understood this for over a hundred years. Close that loop, add serious battery storage, cover the entire roof in solar panels, and your dependence on diesel backup drops dramatically. The solar panels get more efficient every year. The roof does not move. You upgrade the panels the same way you upgrade the servers.

The water cooling problem and the steam turbine solution are actually the same system. You are already moving heat with liquid cooling. Capture that heat, convert it to steam, recover the energy, and pipe the remainder into whatever you build on top of the facility. Which brings me to the roof.

A data center is single story because server racks are extremely heavy and the floor engineering required for multiple stories is complex and expensive. Fine. But the second floor does not have to be more servers. A school does not weigh much. Apartments do not weigh much. You put residential or educational space on top, heat it with recovered waste heat, power it with rooftop solar, and give it internet speeds that do not exist anywhere else in the county. You have just turned an environmental liability into a community asset.

Put storefronts on the front of the building. Create actual jobs, not three jobs. Let the community have a stake in the facility being there. Subsidize the power bills of the residents upstairs with the solar offset. Use the extraordinary internet infrastructure as a tech incubator for small businesses. Build it somewhere cold where the natural climate helps with cooling instead of fighting it, and pipe the waste heat to warm homes and schools the way they already do in Scandinavia.

Treat the noise like the engineering problem it is instead of the afterthought it currently is. Immersion cooling, where servers sit submerged in a special non-conductive liquid, eliminates most of the fan noise at the source. Acoustic insulation and sound barrier walls handle the rest. Design it in from the beginning and it is not a crisis. Retrofit it after the neighbors lawyer up and it is expensive and it still does not fully work.

None of this is a crazy idea. It is just priorities. And right now the priority is speed. Get it up, get it online, get the tax break, and let the community figure out what they got themselves into.

Spartanburg is saying no. I understand why. But the answer is not no. The answer is that we deserve better than what they are currently offering and we should say so loudly before the ink dries on the zoning application.

Originally written by Claude on May 30, 2026. Blog post was derived from a conversation between Claude and B. Ideas by B. Editing by B. Image generated with Google Gemini.

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