Project Jupiter, a massive data center under construction in Santa Teresa, New Mexico, is facing intense local opposition due to its significant environmental footprint. Designed to power artificial intelligence infrastructure for OpenAI, the facility initially planned to use gas-fired power plants. Following public outcry regarding water usage and pollution, developers pivoted to a fuel cell-based power system. While proponents claim this reduces emissions compared to traditional generators, critics argue the project remains a climate disaster, noting that its projected greenhouse gas emissions would exceed the combined output of New Mexico’s three largest cities.
The project, developed by BorderPlex Digital Assets for Oracle, operates as an independent power system, or microgrid, which exempts it from state renewable energy mandates. Although the shift to fuel cells aims to lower nitrogen oxide emissions and reduce water consumption from nearly one million gallons per day to 20,000, environmental advocates remain skeptical. They point out that the facility will still emit approximately 10.1 million tons of greenhouse gases annually. Furthermore, concerns persist regarding the lack of transparency in the permitting process and the potential strain on local water resources in an already arid region.
Critics, including representatives from the Center for Biological Diversity and the New Mexico Environmental Law Center, have questioned why the project relies on methane-based fuel cells rather than utilizing the state’s abundant solar resources. Despite New Mexico’s Energy Transition Act, which promotes renewable energy, recent legislative loopholes allow such large-scale private microgrids to bypass these requirements. Local residents and environmental groups argue that the project exemplifies a pattern of prioritizing industrial development over public health and environmental sustainability, particularly in communities already burdened by industrial pollution.
The controversy highlights a broader tension between the rapid expansion of artificial intelligence infrastructure and local environmental goals. While state officials promote the data center as a driver of economic development and digital infrastructure, opponents emphasize that the burden of proof should rest on developers to ensure such projects benefit the community. As the debate continues, calls are growing for stricter regulations on data centers, including requirements for 100 percent renewable power, robust water protections, and greater oversight of large-scale private energy systems that operate outside of standard utility regulations.