Environmental Champion Erin Brockovich Takes Aim at Opaque Data Center Boom

Washington, D.C. – Erin Brockovich, the environmental advocate renowned for her successful fight against Pacific Gas & Electric, has launched a new national campaign to expose what she describes as the secretive and environmentally detrimental expansion of artificial intelligence (AI) data centers across the United States. Her initiative highlights growing concerns among communities about the substantial resource demands and lack of transparency surrounding these burgeoning digital infrastructure projects.

The rapid proliferation of AI technology is fueling an unprecedented demand for data centers, massive facilities housing the servers that power artificial intelligence, cloud computing, and internet services. While these centers are crucial for technological advancement, their escalating footprint has ignited widespread public pushback over significant energy and water consumption, noise pollution, and the veiled processes by which they are often approved. Brockovich, acting on thousands of community complaints, argues that the public is being left in the dark about projects that profoundly affect their daily lives and local environments.

The Call for Transparency: A National Pattern of Secrecy

A central pillar of Brockovich's new crusade is her "Brockovich AI Data Center Reporting" website, launched in late April 2026. This crowdsourced platform allows residents nationwide to report on data centers that are operational, under construction, or proposed in their areas. As of late May, the initiative had garnered over 3,800 reports, mapping 2,716 unique locations across 49 states.

Brockovich states that the most prevalent concern articulated by these communities is a profound lack of transparency. Residents frequently report feeling "silenced, ignored, secretive, and not seen and not heard" regarding these developments. Allegations include "back-door deals," non-disclosure agreements (NDAs) that bind local officials, and projects being announced only after permits have been secured, effectively shutting out genuine public input. Many communities describe attending planning meetings only to discover that critical decisions have already been finalized. "If data centers are so great, why are they being built in secret?" Brockovich asks, encapsulating the pervasive sentiment of exclusion.

This perceived secrecy often begins with the initial proposal stages, where projects are sometimes presented as generic warehouses rather than energy and water-intensive data centers, obfuscating their true environmental and infrastructural implications. The result is a pattern of distrust and resentment, as residents face the consequences of large-scale industrial operations planned without their meaningful involvement. Brockovich emphasizes that she is not inherently against AI data centers or the technology they support, but rather advocates for "genuine public engagement, honest disclosure of impacts, and real negotiation of community benefits" that she believes are currently absent in many projects.

Staggering Resource Demands: Water, Power, and Public Utility Bills

Beyond the issue of transparency, the environmental and economic impacts of data centers are at the forefront of community concerns. These facilities demand immense quantities of both electricity and water to power their servers and cool their sophisticated equipment. The International Energy Agency (IEA) estimated that global data centers consumed approximately 415 terawatt-hours of electricity in 2024, representing about 1.5% of global electricity use, with a projected annual growth rate of around 12% since 2019. In the United States alone, data centers consumed 183 terawatt-hours in 2024.

This surging demand for electricity translates directly into higher utility bills for local residents, who often bear the cost of necessary grid upgrades. A single hyperscale data center can consume as much electricity as 50,000 homes, placing significant strain on existing power infrastructure and contributing to spikes in energy costs for ordinary citizens.

Water consumption is another critical issue, particularly in regions already grappling with drought and limited freshwater resources. A large-scale AI data center can use up to 5 million gallons of water daily, a volume comparable to the daily consumption of a town with 10,000 to 50,000 residents. While some industry players are developing advanced cooling systems to reduce water usage, the cumulative impact of numerous such facilities still raises serious questions about long-term water supply and sustainability.

Local Impacts and Long-Term Concerns

The footprint of data centers extends beyond utilities, affecting local quality of life in myriad ways. Residents frequently report significant noise pollution from the constant hum of cooling systems, which can be highly disruptive to residential areas. Concerns also arise regarding the generation of electronic waste due to the rapid obsolescence and frequent upgrading of hardware within these centers.

Furthermore, the sheer physical scale of data centers often necessitates the conversion of valuable farmland and exerts pressure on local infrastructure and public services. Communities have voiced worries about the long-term effects on public health and property values, with some reports even citing unexplained illnesses in local animal populations. Brockovich draws parallels between the current situation and past environmental crises, likening the lack of understanding about data centers' long-term impacts to the issues surrounding PFAS chemicals, noting that "we put the cart before the horse" in failing to fully assess the consequences.

The growing pushback has led to tangible results in some areas. Communities have successfully implemented over 15 local pauses or moratoriums on data center construction. In one instance, a Missouri town saw four city council members ousted following a contentious data center vote. In Sulphur Springs, Texas, residents have initiated lawsuits against a planned 3-gigawatt facility, underscoring the escalating local resistance.

Charting a Path Forward

Brockovich's initiative seeks to empower communities by providing a centralized platform for reporting and information sharing, fostering a more informed and engaged public discourse. Her project underscores that while technological progress is inevitable, it should not come at the expense of environmental stewardship, community well-being, or democratic processes. By mapping the national spread of data centers and cataloging community grievances, Brockovich aims to illuminate the broader implications of the AI boom and compel greater accountability from developers and governing bodies.

The challenge now lies in balancing the economic promises of AI infrastructure with the environmental and social costs it incurs. For many communities, Brockovich's efforts represent a crucial step towards ensuring that the future of technology is built with full transparency and respect for the planet and its inhabitants.