Lessons from shale guide data center land rush
The article draws parallels between the shale revolution and the current data center land rush, highlighting similar legal and community challenges. It emphasizes that data center development, like shale, involves intense competition for land, strain on local infrastructure, and resistance from communities over issues like power, water, and zoning. Legal experts advise landowners and developers to apply lessons from oil and gas law to data center agreements, particularly regarding power clauses and severed estates, to mitigate future disputes and ensure smooth development.
Legal experts are observing striking similarities between the current data center land rush in rural America and the previous shale revolution, noting that both industries intensely compete for sites, sign long-term leases on unfamiliar terms, strain local infrastructure, and test community patience. Arnold D. Lee, of counsel at Spencer Fane, suggests that the legal lessons learned during the unconventional oil and gas era are highly applicable to the rapidly expanding data center sector. U.S. data center electricity demand is projected to reach 42 gigawatts by 2026, with some individual hyperscale campuses exceeding 100 megawatts and gigawatt-scale projects, such as a recently announced 2-gigawatt campus on 3,400 acres in Reeves County, Texas, becoming a reality.
The article highlights that data center site leasing is increasingly centered on power access, cost, zoning flexibility, environmental risk, water availability, and long-term stability, mirroring the complexity of mineral leases from the shale era. Practitioners are advised to scrutinize 'power clauses' with the same diligence previously applied to royalty provisions. Furthermore, the issue of severed estates, where mineral and surface rights are owned by different parties, presents a direct conflict with data center development, necessitating careful mineral-title diligence and surface-use agreements. Communities are also resisting data center projects due to their high power and water consumption, low employment numbers, and industrial footprint, leading to increased local zoning regulations and even moratoria.
Drawing from the shale industry's experience with overbuilding and downturns, the article advises drafting long-term leases to anticipate tenant default, technological obsolescence, and abandonment. It stresses the importance of surface-restoration and decommissioning obligations, akin to oil and gas plugging-and-abandonment requirements, to prevent landowners from being left with stranded infrastructure. The core message is that data center development is fundamentally an infrastructure-and-land business, and the mature legal frameworks from oil and gas can directly inform practices for the compute economy, focusing on electrons and connectivity rather than hydrocarbons, with the surface itself being the primary asset.