Category: Drinking Water

Onsite Wastewater Disposal Systems in Source Protection Zones

Across Utah, development pressures have placed groundwater protection and local development interests at odds with one another, especially in non-sewered areas where onsite wastewater systems (OWS), otherwise known as septic tanks, are the preferred method for addressing wastewater. Protecting groundwater quality is critical because wells and springs are vulnerable to contamination. The Utah Department of Environmental Quality (DEQ) has developed

Drinking Water: PFAS

New rule for public water systems To help water systems achieve compliance with the initial new PFAS MCLs, we provide sampling support, technical assistance, and funding for treatment. We strongly recommend community and non-transient non-community water systems begin their initial monitoring as soon as possible to meet the April 26, 2027 deadline. It takes longer than you think. NEW: On May 14, 2025, the EPA announced key changes

Service Line Inventory & Replacement: Lead & Copper

Back to Lead & Copper HomeAll community and non-transient non-community water systems are required to continue working on updating their service line inventory. Systems must submit a baseline inventory by Nov. 1, 2027. Systems with lead, galvanized requiring replacement, or unknown service lines must also submit a replacement plan by Nov. 1, 2027 and begin their service line replacement.Water system deadlines All water system deadlines

Error: Drinking Water System Search

The address you have provided is not located within the service area boundary of an existing Public Water System or is invalid. You may rely on a private source for your drinking water. If you feel that you have received this message in error, please check the address and try your search again or contact Deidre Beck ([email protected]) to report

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Drought Guidance for Public Water Systems

Utah is experiencing extreme drought and as the drought wears on and conditions worsen, all public water systems should be prepared to take decisive action to mitigate water shortages and water quality issues. The Division of Drinking Water (DDW) is here to support public water systems by providing technical assistance, emergency response, permitting support, and emergency funding for public water systems.

Public Drinking Water Systems
Permit Guide

Utah Department of Environmental Quality Public Drinking Water Systems Permit Guide. The Division of Drinking Water’s mission is to cooperatively work with drinking water professionals and the public to ensure a safe and reliable supply of drinking water. A “public drinking water system” is legally defined as any drinking water system (publicly or privately owned) which serves 15 or more connections, or

Drinking Water Certification
Permit Guide

Utah Department of Environmental Quality Drinking Water Certification Permit Guide. Under Utah State Law, the Utah Department of Environmental Quality (DEQ) is required to verify the lawful presence in the United States of an individual at least 18 years of age (includes sole proprietor doing business under an assumed name) who has applied for Water Operator certification or Backflow Technician

Drinking Water Related Topics
Permit Guide

Backflow Technician Certification and Recertification Training Courses  Certified Backflow Technician Tester Commercially available Backflow Testers for the State of Utah; listed by city. Construction Assistance Programs Information on DDW’s federal and State Revolving Fund Loan programs. Contact DDW Employees A list of DDW employees. Drinking Water System Inspections Information about drinking water inspections. Frequently Asked Questions Information about Utah’s Drinking

Plan Review and Operating Permits

Plan Review Plans and specifications for a public drinking water project must be reviewed and approved by the Division of Drinking Water before a public water system begins construction. This includes projects that construct, modify, or add to a drinking water facility and any activity that affects the quality or quantity of drinking water provided. See Requirements for Drinking Water Projects for

Drinking Water Exceptions to Rule Requirements

R309-500 through 550 The Director of the Utah Division of Drinking Water may grant exceptions to the requirements of R309-500 through 550. A public water system unable to meet the design, construction, or operational requirements of these rules may request an exception if it can provide an alternative to the rule requirement and show that granting the exception will not jeopardize public health.

Engineering and Plan Review

Engineers with the Division of Drinking Water review plans and specifications for public drinking water projects and issue operating permits for public water system facilities. Information about plan review and related engineering requirements is provided below. Checklists, Forms, and Other Documents Design and Construction Rules (R309-500 to 550) Engineering Staff Exceptions to Rule Requirements Hydraulic Modeling Requirements New Public Water

Drinking Water Operator CEU Opportunities

Find Drinking Water Operator CEU opportunities in Utah. Disclaimer These are not pre-approved and the Division of Drinking Water does not control the content of these sites. All CEU’s are subject to approval to ensure that the training applies to waterworks operation and meets CEU criteria. It is the operator’s responsibility to identify applicable training, collect course documentation, and apply for credit.TO

Lead & Copper: Division of Drinking Water

Find comprehensive resources and essential guidance for Utah’s public water systems on Lead and Copper Rule compliance, management, and effective solutions for safe drinking water.Read about lead & copper Look at a map of lead water lines in utah Did you miss our email? Read insights & updates in past newsletters For water systemsWater system deadlines All water system deadlines

Lead

Lead is a heavy metal found naturally in the environment and manufactured products such as lead-acid batteries, lead-based paints, leaded glass, solder, chemicals, and older water distribution systems with lead pipes, solders, and fittings. Lead is a persistent chemical that accumulates in soils, aquatic systems, sediments, and some plants, animals, and other organisms. Since 1990, more than 6,000 studies on