Data center developers in Texas are actively exploiting legal loopholes to avoid public environmental oversight. Instead of obtaining comprehensive permits that require public hearings and environmental impact assessments, they break projects into smaller applications that qualify for a simplified procedure. This scheme, originally designed for small emission sources, now allows the construction of powerful gas-fired power plants without any supervision from local communities.
Project Fragmentation: How It Works
Since 2024, at least 38 data centers have received permits for self-generation under the simplified procedure. More than half of them reported nitrogen oxide emissions just below the 100-ton-per-year threshold, above which public procedures are mandatory. For example, the Vantage facility near San Antonio received a permit for 99.8 tons — formally legal, but in essence, a clear circumvention of the rules.
Former employees of the Texas Commission on Environmental Quality (TCEQ) describe this approach with the formula "small first, then big." A project is split into several applications, and then individual turbines and generators are combined into an industrial-scale power plant. According to experts, this practice directly contradicts the requirement to consider interconnected parts of a project as a whole.
Stargate: The Flagship of Circumvention
The central example of this strategy is the Stargate data center in Abilene, part of the infrastructure initiative by OpenAI, SoftBank, and Oracle with announced investments of up to $500 billion. In 2024, developers received simplified permits for 10 gas turbines and 62 diesel generators. According to documents, this equipment could emit over 1.6 million tons of greenhouse gases and about 1,000 tons of other pollutants annually. A representative of Crusoe, the campus developer, claims the turbines are intended only for backup power, but the current permits allow for their continuous operation.
A year later, the company applied for a main permit for an additional 41 turbines and 18 generators. If implemented, the power plant's capacity would be enough to power over 1 million homes, and annual pollution would be comparable to emissions from nearly 2 million cars.
Scale of the Problem: 40 GW of Gas for Data Centers
Texas already has about 300 operating data centers, with another 200 under development. According to Global Energy Monitor, 80.6 GW of new gas-fired power plants have been announced in the state, nearly half of which (about 40 GW) are intended for direct power supply to data centers. In terms of gas capacity under development, Texas is second only to China.
Floodlight reviewed documents from nine gas plants associated with data centers. Their permitted emissions could exceed 130 million tons of greenhouse gases per year. Analytics firm Cleanview identified 59 data centers in the U.S. with plans to build their own power plants with a total capacity of about 90 GW, but as of mid-2026, only about 2 GW had been brought into operation.
Regulator's Response
Former TCEQ employee Katherine Guerra stated that the agency has accumulated over 1,400 open enforcement cases, while in the previous year, the commission completed only 39 of them. A TCEQ representative disputed this estimate, reporting that in 2025, the agency conducted over 100,000 inspections and attributed the small number of enforcement actions to a high level of compliance. The regulator did not respond to specific questions about the investigation's findings.
My analysis: This situation is a classic example of how the rapid growth of infrastructure for AI and crypto mining outpaces regulatory mechanisms. Texas, as a leader in attracting data centers, is turning into an environmental risk zone. Project fragmentation is not a mistake but a systemic strategy that could have serious consequences for air quality and public health. Investors should consider that such practices will inevitably lead to stricter regulation sooner or later, creating additional risks for projects that currently appear economically viable.