I'm seeing a lot of pushback against data centers in my town, building where there is currently cornfields.

I would disagree that it provides no benefit whatsoever. I ran the numbers on the proposed campuses, and at half price for industrial property taxes, it's at full build-out going to bring a billion dollars a year to the city. The property taxes I pay, which 73% of go to the local school district is about 108 million per year.

Unless the city royally screws this up, my property taxes are going to go down. Only a tiny number of residents will live near the data centers. But, the opposition is massive locally here, and I've been trying to understand why. Talking to people in various groups, there seems to be more going on with the opposition than simple NIMBYism (although that's part of it).

Some of the cited reasons are understandable - concerns about electricity. The state passed a bill to provide some relief, and there should be no water impacts locally here.

> Some of us would like to keep our “infinite” water resources which actually aren’t infinite.

We're talking Lake Michigan, which is where the local data centers by me will be sourcing their water from (our city and surrounding cities are switching from deep aquifer wells to lake water brought in via very long pipe). Forget the data centers (that's a drop in the bucket compared to the cities' usage), such pipes usually have a capacity of 50-100 million gallons per day (MGD). That'd be able to drain Lake Michigan in about 35000 years, assuming no rainfall. Forget draining, how many such pipes do you have to build for it to start draining water faster than it's flowing into the lake? At 100MGD, 300 or so.

So yeah, it's not infinite. Enough of these big pipes built out across multiple states could have an effect. IL is apparently limited to ~2000 MGD, and any other state bordering a lake (any great lake) has limits/usage far, far lower than that (Michigan is apparently 5MGD?). It doesn't appear to be too much of a concern. None of what's allowed would add up to taking out more lake water than is flowing into the lake. As long as the current limits are kept as-is.