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Penske Trucking Facility, South Salt Lake
Read about Utah DEQ’s regulatory interests in Penske Trucking
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Water Quality Assessment and Analysis:
Utah Lake Water Quality StudyThe Phase 1 Water Quality Assessment and Analysis had two primary objectives: DWQ performed a baseline analysis of several relevant water-quality parameters, trophic state indices (TSI), and lake-elevation data. The process included analyses of spatial and temporal patterns in water quality, relationships among water-quality parameters and TSIs, and relationships between water-quality parameters and lake elevation.…
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Data & Info Management
Various agencies and organizations have monitored the ecology and water quality of Utah Lake and its tributaries for many years. The 2015 Utah Lake Water Quality Study (ULWQS) Work Plan identified the need for a robust and complete data set that would help scientists: Deliverables Thorough data analysis would also help determine whether Utah Lake…
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Stakeholder Development
Stakeholder involvement is a critical component of the Utah Lake Water Quality Study. Outreach efforts ensure a collaborative process with engaged stakeholders to guide scientific analyses and regulatory decision making. The original stakeholder group assembled in 2015 consisted primarily of members of the Utah Lake Commission Technical Committee as well as representatives from the Utah…
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Phase 1: Data Gathering and Characterization
For Phase 1 of the study, DWQ assembled a broad group of stakeholders representing a wide range of interests in the Utah Lake Water Quality Plan. Participants include representatives from local municipalities, publicly-owned treatment works (POTWs), and state and local governments. DWQ created subgroups of stakeholders to help inform decision-making for work plan element. The…
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Study Phases:
Utah Lake Water Quality StudyThe goal of the Utah Lake Water Quality Study (ULWQS) is to develop nitrogen and phosphorus criteria that are protective of the lake’s designated beneficial uses. The study approach consists of three phases to achieve this goal: The original expectation of the Steering Committee (SC), as defined in the Utah Lake Water Quality Stakeholder Process…
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Utah Lake Water Quality Study
Utah Lake is one of the largest natural freshwater lakes in the western United States. The lake is overly rich in nutrients which can cause many problems. The Division of Water Quality has created a Utah Lake Water Quality Study to examine these concerns.
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Garland City
Read about Utah DEQ’s regulatory interests in Garland City.
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Sampling Results:
Gold King Mine 2015 ReleaseGKM Release, Chemistry Results
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Data and Analysis:
Gold King Mine 2015 ReleaseStatement of Evaluation
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Gold King Mine 2015 Release
On August 5, 2015, the Environmental Protection Agency (EPA) began clearing material from the opening of the Gold King Mine in Silverton, Colorado, to install a pipe to pump water out of the mine. At 10:30 a.m., the material blocking the tunnel entry suddenly gave way, and a large buildup of water that had collected…
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March 13, 2019 Agenda: Water Quality Board
Meeting Agenda Next Meeting April 10, 2019Dixie Convention Center1835 Convention Center DriveSt. George, UT 84790
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Bronco Utah Operations, LLC
Read about Utah DEQ’s regulatory interests in Bronco Utah Operations, LLC.
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Fossil Rock Resources
Read about Utah DEQ’s regulatory interests in Fossil Rock Resources.
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Quality Assurance and Quality Control Program:
Water Quality MonitoringThe purpose of the Quality Assurance and Quality Control (QA/QC) Program is to ensure that the environmental data generated by the Division of Water Quality (DWQ) and its cooperators is of known and suitable quality and quantity to meet DWQ’s water quality monitoring goals and objectives. High-quality data enables DWQ to make sound decisions affecting…
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Low Impact Development
Low Impact Development (LID) principles mimic nature by using techniques that infiltrate, evapotranspire, and/or harvest/reuse the runoff generated from storm water to retain precipitation onsite. Traditional (non-LID) storm water conveyance systems carry precipitation offsite through a conventional “collect-and-convey” system of pipes, ditches, and storm drains.