Septic System Design in Salt Lake City, UT

ABOUT SEPTIC SYSTEM DESIGN IN Salt Lake City, UT

Septic systems are on-site wastewater treatment systems commonly used in areas without centralized sewer systems, such as rural or suburban areas. They are designed to treat and dispose of household wastewater from toilets, showers, washing machines, and sinks.

A typical septic system in Salt Lake City consists of several components:

• Septic Tank: The septic tank is a large, watertight container buried underground. It receives raw wastewater from the house and allows solids to settle at the bottom, forming sludge, while oils and grease float to the top as scum. Bacteria inside the tank help break down the solids.
• Distribution Box: From the septic tank, liquid wastewater flows into a distribution box, which evenly distributes the effluent (liquid waste) to a network of perforated pipes in the drain field.
• Drain Field (Leach Field): The drain field is a series of perforated pipes laid in trenches filled with gravel. The effluent from the septic tank is distributed through these pipes and percolates into the soil. The soil acts as a natural filter, removing harmful bacteria, viruses, and nutrients from the wastewater before it reaches the groundwater.
• Soil: The soil beneath the drain field provides the final treatment and disposal of the effluent. It filters and purifies the wastewater, making it safe to enter the groundwater system.

key aspects we consider in the design of septic systems in Salt Lake City, UT:

• Soil Evaluation (Level 1): Before designing a septic system, a soil evaluation is conducted to assess the soil’s percolation rate, texture, and depth to determine its ability to absorb and treat wastewater. This evaluation helps in selecting an appropriate location for the drain field.
• Site Assessment (Level 1): A site assessment is conducted to determine the best placement for the septic tank and drain field. Factors such as soil type, groundwater levels, slope of the land, and proximity to wells and water bodies are considered during this assessment.
• Tank Sizing (Level 2): The septic tank size is determined based on the number of bedrooms in the house or the daily wastewater flow. Proper sizing ensures that the septic tank can hold the wastewater long enough for solids to settle and be partially broken down.
• Drain Field Design (Level 2): The drain field design includes the layout and size of perforated pipes, as well as the type and depth of the gravel bed. The design aims to evenly distribute the effluent over a large area, allowing it to be naturally filtered and treated by the soil.
• Setback Distances (Level 2): Septic systems must adhere to setback distances, which specify the minimum distances required between the septic components (such as tanks and drain fields) and property lines, wells, surface water bodies, and buildings. These distances help prevent contamination of water sources and neighboring properties.
• Regulations Compliance (Level 2): Designs must comply with state and local regulations, which may vary based on the specific county or municipality within Utah. It’s important to adhere to these regulations to obtain necessary permits for septic system installation.
• Alternative Systems (Level 3): While alternative systems utilize all the same components of a regular septic system, such as the septic tank, piping, and drain field, they differ by including a filtering device or component between the septic tank and the ground. Alternative systems may also feature a recirculating tank, filter, additional holding, dosing, or discharge tank, as well as pumps and a control panel. The need for an alternative system arises when soils do not percolate efficiently, or when conditions such as fractured bedrock, sand, or rocky soils prevent adequate filtering of wastewater, potentially allowing it to freefall into the groundwater below. Alternative systems excel in addressing these challenges and are ideal for limited space, as they can reduce the size of the traditional drain field by up to 50%, leaving a lighter environmental footprint. Additionally, alternative systems may be required when the drain field is near open waterways, such as irrigation ditches, streams, rivers, and lakes. Our history of collaborating with local, regional, and state agencies ensures that your system will meet all codes and compliances.