This bill mandates regular testing and public reporting of nearby drinking water sources for all hydraulic fracturing operations that inject fluids underground.
Janice "Jan" Schakowsky
Representative
IL-9
The Safe Hydration is an American Right in Energy Development Act of 2025 amends the Safe Drinking Water Act to establish new testing and reporting requirements for hydraulic fracturing (fracking) operations. This bill prohibits fracking injection unless operators agree to test nearby underground drinking water sources according to a set schedule and submit results to the EPA. The EPA is required to create a publicly accessible database of all submitted test results.
If you live near an energy development site, this bill is about to make your water quality a lot more transparent. The Safe Hydration is an American Right in Energy Development Act of 2025 amends the Safe Drinking Water Act to impose mandatory, frequent testing of underground drinking water sources near hydraulic fracturing (fracking) operations. Essentially, if a company is injecting fluids underground for oil, gas, or geothermal production, they now have a strict, non-negotiable testing schedule they must follow.
This legislation cuts straight to the chase: no fracking operation can inject fluids underground unless the company agrees to these new testing and reporting rules (Sec. 2). The testing frequency depends on the site's status. For a new site, testing must happen before injection starts, every six months while active, and then annually for five years after injection stops. Sites that are already active when the law passes must start the six-month testing cycle immediately. This means that for the first time, there will be a continuous, structured data stream tracking water quality before, during, and after a fracking operation.
The bill specifies where operators must look for water sources. They must test all accessible underground drinking water sources within a half-mile radius of the fracking site. If there aren't any accessible sources within that half-mile, they must test the nearest accessible source within a one-mile radius. Crucially, the testing must be done by labs certified under the EPA’s contaminant analysis program and must check for any substance the EPA determines would indicate damage from fracking operations. This is a key provision: the EPA gets to decide the specific contaminants that must be tracked, which gives them significant power over the scope of the testing.
Perhaps the biggest win for everyday people is the mandated public database. The bill requires the EPA Administrator to create and maintain a public database of all submitted test results (Sec. 2). This database must be searchable by ZIP Code. Think about that: if you live near a site, you won't have to rely on the company or local rumors. You can pull up the official, EPA-certified test results for your area right from the EPA website. For homeowners, farmers, or anyone relying on well water near these operations, this provides a powerful, fact-based tool for monitoring their environment.
While this bill is a strong move toward transparency, there are a couple of areas to watch. First, the testing requirements vanish if there is no “accessible underground drinking water source” within a one-mile radius. The bill defines “accessible” as a source the operator can reasonably gain access to. This leaves a little wiggle room for interpretation. If an operator can argue a source is too difficult or expensive to access, they might skip the testing entirely. Second, the energy companies themselves are the group most affected by the increased compliance costs and testing frequency, which will certainly add to their operational budgets.
Overall, this legislation is a major step toward accountability and public health. It takes the guesswork out of water quality monitoring near fracking sites and gives communities the data they need, delivered straight to a publicly accessible, ZIP Code-searchable database. It's a clear example of policy making the connection between industrial activity and the quality of the water coming out of your tap.