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mDEPARTMENT <br /> OF HEALTH <br /> Safe Drinking Water Fee <br /> Also known as the public water supply fee <br /> When customers receive their water bill from their water supplier,they may notice that one of the items in the list of <br /> charges is"water testing fee"or"state test fee."This fee is called the safe drinking water fee.It is also known as the <br /> service connection fee. <br /> The fee helps ensure that all public water systems get the support needed to provide safe drinking water <br /> everywhere in Minnesota. <br /> The 2025 Minnesota State Legislature passed a bill raising the safe drinking water fee from$9.72 to$15.22 per water <br /> service connection,effective January 1,2026.This fee increase reduces the state's reliance on federal infrastructure <br /> funds,making more dollars available for local drinking water infrastructure projects. <br /> I low the fee protects drinking water statewide <br /> The fee funds Minnesota Department of Health's(MDH)regulatory and technical assistance services for public <br /> drinking water systems.Our staff across the state build relationships with drinking water operators that result in <br /> extensive knowledge,trust,and a willingness to take action to prevent a violation of the safe drinking water <br /> standards.This cost-effective assistance results in over 97%compliance with federal Safe Drinking Water Act(SDWA) <br /> standards year after year. <br /> Annually,$22 million is collected through the fee.About$3 million is spent on lab costs for drinking water tests. <br /> Much of the rest is used to support staff who conduct inspections,collect and analyze required water samples,and <br /> provide technical assistance,training,and support to enhance water systems'capacity to meet SDWA requirements. <br /> For past budgetary information,visit How the Safe Drinking Water Fee Supports Drinking Water Protection Efforts <br /> ,O_[LINK http://www.health.state.mn.us/communities/environment/water/does/fee p. f]: <br /> MDH services are especially helpful to small,rural water systems,which have more difficulty meeting water <br /> standards.Because of smaller customer bases,these systems have fewer resources for testing,investigations,and <br /> physical improvements. <br /> This work helps ensure that everyone,everywhere in Minnesota has access to safe and sufficient drinking water. <br /> Investing in technical support for drinking; water <br /> safety <br /> The safe drinking water fee increase will go into effect on January 1,2026.It accounts for several changes since the <br /> last fee increase in 2019: <br /> • Significant inflationary pressures. <br /> • Increased lab costs for drinking water testing. <br /> • Projected and potential deep reductions in federal funding. <br /> • Numerous SDWA changes that have occurred and are on the horizon. <br /> • Need for drinking water data system updates and improvements. <br /> While federal funding from the Infrastructure Investment and Jobs Act(IIJA)has enabled increased capacity and <br /> technical support to be provided to public water systems,this funding is set to expire.The fee increase provides <br /> stability to maintain the current level of support to water systems during a time of uncertain federal funding. <br /> Reducing MDH program dependence on IIJA for technical support will make more funding available for local <br /> drinking water infrastructure. <br /> The fee increase also supports existing staff that were hired to meet increased expectations and expansions of <br /> SDWA requirements for drinking water.These include regulation of per-and polyfluoroalkyl substances(PFAS), <br /> cybersecurity requirements,enhanced lead and copper regulations,increased consumer reporting,increased <br /> regulation of microbial and disinfection by products,and increased oversight of public water system operation and <br /> maintenance.The staff will continue to administer new federal rules,to conduct sampling and inspections at public <br /> water systems,and provide technical assistance,particularly to smaller systems that have fewer resources. <br /> 1/2 <br />