Info you need to know

Noise Pollution

Data centers cause noise pollution. First, the heavy equipment used to construct the facilities are loud. Then, once they are up and running, diesel generators plus heating, ventilation, and air conditioning (HVAC) systems create a constant hum that can be audible to neighboring residents and wildlife. Data centers generate noise levels that may exceed 90 decibels. Noise levels above 85 decibels are harmful to hearing.

Light Pollution

Data centers generate light pollution. Hyperscale facilities require all-night lighting that disrupts the natural (circadian) rhythms of the body, including melatonin production (the hormone that regulates sleep) and sleep-wake cycles. Light pollution is also disturbing migration patterns and habitat development among birds, butterflies, bats, cats, and turtles—to name only a handful.

The long-term impacts of both noise and light pollution include hearing loss, stress, insomnia, and decreased quality of life.

Air Pollution

Data centers, especially gas-powered data centers, emit significant pollutants, such as nitrogen oxides, methane, volatile organic compounds, and fine particulate matter. According to a September 2025 study, these pollutants increase rates of respiratory diseases and cardiovascular conditions, and they elevate cancer risks among nearby communities. A 2025 model indicates that U.S. data centers in 2030 could cause approximately 600,000 asthma symptom cases and 1,300 premature deaths, exceeding 1/3 of asthma deaths in the U.S. each year, resulting in a public health burden of more than $20 billion.

Water Waste

Data centers require water to cool computer servers so they do not become too hot to function. A large data center will use up to 5 million gallons of water daily. Drawing from local water supplies, these facilities are slurping up resources that should be available to residents in water-scarce regions. In fact, data centers increase the threat of water insecurity, and thus dehydration and poor hygiene.

Nevertheless, a 2025 report by SourceMaterial and The Guardian found that Google has seven active data centers in water-scarce areas of the U.S. and was planning to build six more. Prior to this, in 2023, the state of Arizona revoked construction permits for new homes due to a scarcity of groundwater in Maricopa County, where Meta has one data center, Microsoft has two data centers, and Google has one data center with a second in development.

Cost Increase for Home Energy Consumers

Data centers have typically not paid their fair share in utilities, particularly for electricity consumption, and in those situations other consumers (including residential customers) have had to pay more than they otherwise would.

Utility companies identify data centers as large load customers, meaning that they require a lot more energy from the power grid. When a utility grid operator must add new infrastructure to accommodate growing populations or large load customers, rates may increase for all users in that region, despite attempts to regulate those increases or to allocate costs to the large load customer. In fact, utility grid operators will sometimes negotiate lower rates to incentivize large load customers to build in their territory, meaning that additional expenses must be covered by the other customer segments.

Last year, analysts estimated a 20% rate increase for Pennsylvania households. The U.S. Energy Information Administration shows the average resident has been paying 37% more for electricity since 2020. U.S. energy demand is expected to grow 2.5% annually over the next decade. Therefore, it is likely that residents will see an increase in energy rates. These trends indicate data centers make cost of living more expensive.

In response to escalating concerns over energy costs, Pennsylvania Governor Josh Shapiro recently announced new standards that require data center developers to construct their own energy sources or pay for the upgrades to the grid, sparing local consumers the costs. It remains to be seen how, when, and for which facilities those standards will be enforced, but even if the average home is spared the additional financial costs of a data center boom, there is still the price of numerous environmental hazards listed above, especially if new data centers rely on fracked gas for power.

This data center boom and the subsequent demand for more energy presents an opportunity to protect public health and to invest in renewable energy as a driver of the economy, but we need to make that choice now. If data centers are encroaching on our region, they must be powered by cleaner, renewable sources of energy to avoid imposing additional health hazards associated with oil and gas development onto nearby communities.

Who Is Affected?

As with other forms of air pollution, those at increased risk include children, developing fetuses, pregnant people, elderly, and individuals with chronic respiratory or cardiovascular disease.

Data Centers also pose environmental justice concerns because they disproportionately affect minority and low-income communities. First, trends point to energy sources that fuel data centers being built near Black communities, which suffer the consequences of exposure to pollution, identified above. Plus, research indicates that the automation capabilities of AI are predicted to replace more jobs performed by Black people, and thus widening systemic inequities that overwhelmingly keep Black households at an economic disadvantage.

This trend is not a new one.  In fact, for people throughout our region, it is a familiar story. Data centers powered by fracked gas, like other oil and gas industries, threaten some of our most vulnerable community members, but they also put every nearby person at greater risk for health consequences—not to mention the added financial burden of health care costs.

What Can We Do?

The companies behind the data center boom are moving quickly into communities across the region, many with promises of prosperity. But some communities are pushing back and saying that data centers are not worth the health and environmental impacts. If you agree with that sentiment, there are steps you can take to combat data centers in your backyard.

• First, check if your municipality has a data center ordinance. If not, urge officials to adopt one.

• Then, identify opportunities for community participation before the proposed data center is approved. Will a public hearing be required? If so, take this opportunity to express your concerns and to share this resource with other community members.

• Next, reference nuisance control ordinances (rules for limiting noise, light, and vibrations), plus zoning laws that would restrict new data centers in your region.

• If the data center must be built, advocate for limiting the use of fossil fuels in both everyday operations and generator backups. Encourage decision makers and developers to utilize renewable energy sources, such as wind turbines and solar panels.

• Finally, urge decision makers to require any facility to report their emissions and share an emergency preparedness plan with the community.