Our septic and wastewater designs are found throughout Utah in almost every project type.
Industrial
Mining
Private Property
Glamping
Commercial
Hotel & Resort
Our Septic Tank Designs And Waste Water Systems Are Less Expensive to Install, Easier to Maintain, and Faster to Get Approved.
Permit-Ready Septic Design
Our designs comply with all country health department regulations, ensuring quick permit approval for prompt construction initiation.
Complex Site? Swift Solutions
If soil conditions or a perc test complicate your septic system, we provide Level III and Alternative Septic System designs to keep your project moving forward.
Engineering Design
Our experienced engineers provide septic designs that comply with strict health and environmental standards, giving you peace of mind.
Get Your Septic System Approved in 3 Easy Steps and Start Building
1
Free Consultation
Schedule a consultation to discuss your septic needs and begin the approval process immediately.
2
We Do the Engineering and Design
We conduct a thorough site evaluation and design your system to meet local septic and wastewater system requirements for quick county health department approval.
3
Premit Approved. Start Construction.
With your approved septic system, you can get your building permit and begin construction.
Anderson succeeded where others failed. They designed an alternative septic system, making my cabin build possible. Highly recommend!"
Steve
Summit County - Cabin Owner
Septic Design Mistakes Can Halt Your Project. Don’t Let It Happen to You.
Incomplete or inadequate septic system designs can cause significant permitting setbacks or even make your project standstill.
Missed Soil Requirements
Poor soil absorption or high groundwater can prevent permits, halting progress at the start.
Non-Compliance with Setbacks
Failing to meet required setbacks from property lines, wells, or water sources can lead to costly redesigns.
Improper Slope Considerations
Sites with slopes over 25% may not qualify, leading to extensive delays or outright denials.
Inaccurate Site Assessments
Without a thorough site evaluation, the design may not meet Utah state requirements, causing prolonged reviews and redesigns.
At Anderson Engineering, we understand the frustration of project delays due to septic system issues. Our approach eliminates these setbacks, streamlining your design and permitting process to keep you on schedule.
Reliable Septic System Design that Gets You Permits – Fast.
1
Comprehensive Site Evaluations
Our engineers conduct thorough lot evaluations, ensuring your septic system design aligns with soil and groundwater conditions, removing the risk of unforeseen permitting issues.
2
Adaptable Design for Challenging Sites
Our team specializes in creating designs for steep or irregular slopes, maximizing your site’s potential while remaining fully compliant with Utah’s regulations.
3
Adaptable Design for Challenging Sites
Our team specializes in creating designs for steep or irregular slopes, maximizing your site’s potential while remaining fully compliant with Utah state regulations.
4
Streamlined Permitting Process
Anderson Engineering handles the entire permitting process, saving you time and ensuring your design meets all local health department standards, so you can focus on building without worry.
Experience Unmatched Septic System Design Solutions in Utah - Customized to You
Utah-Specific Solutions
Tailored septic designs that meet Utah state site conditions and regulations, ensuring quick permit approvals.
Expert-Led Designs for Reliable Compliance
Our engineers review each design, guaranteeing reliability and compliance with Utah standards and minimizing approval delays.
Alternative System Designs
We provide Level III and alternative system designs when needed, ensuring even challenging projects move forward smoothly.
Quick Turnaround for Faster Construction
Efficient processes help you get your building permit without unnecessary delays, allowing you to start construction sooner.
Clear, Concise Construction Drawings
We provide detailed construction drawings so you can use your trusted subcontractors effectively.
Engineering Custom Solutions Beyond Standard Limits
Our expertise, as engineers, allows use to design systems with more flexibility. We've yet to have a septic system not approved by working through the details with regulators.
801-972-6222
Ready to move your project forward with confidence? Schedule your consultation today and take the next step toward completing your vision.
Septic Systems Aren't the Most Exciting - But They Make Dreams Possible.
From perc test and soil evaluations to design and permitting support, we expertly guide your residential, commercial, and industrial projects from concept to approval.
Get Clarity on Septic System Design: Answers to Your Most Common Questions
What is the process to get a permit for a septic tank design?
The process for septic tank design and getting a permit for your house or onsite wastewater treatment system varies by county. The Utah Department of Health has this information on its website, but the typical process is as follows:
Contact your city or municipality’s engineering department to determine if there are land-use restrictions or sewer-connection requirements.
Contact the sewer district that serves your area and confirm your house does not need to be connected to the local sewer system and a septic system is allowable for your area.
If the house is connected to a public water system, confirm you will have year-round water availability.
Conduct a soil analysis on the house lot to determine the rate of soil absorption of wastewater.
Design the septic tank system. The design includes minium tank size and minium volume; the depth of installation; gallons per day of tank effluent to be treated; pipe size in inches; the inlet and outlet location; and the size and depth of drain field.
Prepare design and construction drawings.
Obtain a permit for your county health and environmental department.
How much does it cost to design and permit a septic tank system in Utah?
The cost to design and permit a conventional system in Utah ranges between $2,000 and $6,000. The range is dependent on the following components:
Time is required to complete the soil analysis/percolation test to determine the proper location for the inlet and outlet, septic tank location, septic tank size and capacity, anticipated flow, the drain field location, and drain field size.
The size of the building/home and location on the site.
The location of the building/home and county and state requirements.
The type of septic tank design and system needed. A conventional septic tank design is generally less expensive than an alternative septic system.
Who can design a septic system in Utah?
Utah septic tank design and onsite wastewater treatment systems are required to be designed by professionals certified by the Utah Department of Environmental Quality – Water Quality in the following categories:
Level 1 – Soil Evaluations and percolation testing.
Level 2 – Design, inspection, and maintenance of conventional underground wastewater disposal systems, including soil evaluations and percolation testing.
Level 3 – Design, inspection, and maintenance of alternative or conventional underground wastewater disposal systems, including soil evaluations and percolation testing.
How much does it cost to install a new septic system?
A new traditional anaerobic septic system costs $2,000 to $10,000 for most tanks and systems. Level 3 systems or alternative systems cost $8,000 to $60,000. You might pay more for alternative, specialized drain or leach field, depending on your property size, soil composition, and water table depth.
Can I handle the septic tank permitting process myself?
No. Unless you meet the certification requirements for the Utah Department of Environmental Quality – Water Quality. To design a septic system, you need to be at a minimum a Level 2 Onsite Professional. The advantage of working with Anderson Engineering is we are also civil engineers and provide deeper design and construction optimization that usually lowers the installation cost.
The designers of septic systems in Utah must be licensed professionals, such as Level 2 Onsite Professionals or higher or by a civil engineer, like at Anderson Engineering, who possess the necessary expertise in soil evaluations, percolation testing, and adherence to state regulations.
How do I design a septic system for a residential building?
Designing a septic system for a residential building involves assessing soil conditions, conducting percolation tests, and ensuring compliance with local regulations. Collaborating with a qualified engineer can streamline the process and help secure necessary permits efficiently.
What is the process for installing a septic system in Utah?
The process for installing a septic system in Utah involves evaluating the site conditions, conducting soil tests, designing the system to meet state regulations, obtaining necessary permits, and completing the installation as approved by local health departments.
What types of septic systems are available in Utah?
The types of septic systems available in Utah include conventional systems, alternative systems such as Level III designs, and engineered drainfield systems, tailored to meet specific site conditions and regulatory requirements.
What are the Utah septic system design requirements?
The Utah septic system design requirements include compliance with state health regulations, proper site evaluations, accurate soil assessments, and adherence to setback regulations from property lines and water sources to ensure effective waste management and environmental protection.
What are the regulations for septic systems in Utah?
The regulations for septic systems in Utah mandate compliance with state health department standards, including proper site evaluations, soil testing, and adherence to setback requirements to ensure environmental safety and public health.
What are the local regulations for septic system installation?
Local regulations for septic system installation vary by jurisdiction but generally include obtaining permits, adhering to setback requirements, conducting soil evaluations, and complying with health department standards to ensure proper system design and functionality.
Are custom septic systems in Utah environmentally friendly?
Custom septic systems in Utah are designed with environmental considerations in mind. They utilize advanced technologies and tailored designs to effectively manage waste, minimize groundwater contamination, and promote ecosystem health, making them a sustainable choice for your project.
How do I obtain a permit for my Utah septic system?
Obtaining a permit for your Utah septic system requires you to contact your local engineering department to check for land-use restrictions, ensure access to a public water system, and complete necessary soil evaluations and percolation tests.
How long does it take to install a custom septic system in Utah?
The installation timeline for a custom septic system in Utah typically ranges from a few days to a couple of weeks. Factors such as site conditions, permitting processes, and weather can impact the duration.
What is the process for septic system permitting in Utah?
The process for septic system permitting in Utah involves contacting your local engineering department to check land-use restrictions, conducting soil evaluations, completing necessary percolation tests, and submitting a design that meets state regulations for approval.
What is the role of a septic system engineer in home building?
The role of a septic system engineer in home building is to design and oversee the installation of efficient wastewater systems that comply with local regulations, ensuring proper functionality and environmental safety for the property.
What are the consequences of not having a septic permit in Utah?
The consequences of not having a septic permit in Utah include potential fines, legal liability, and the requirement to halt any construction or renovations until proper permits are obtained. This can delay your project significantly and lead to costly redesigns.
How long does it take to get a septic permit in Utah?
The time it takes to obtain a septic permit in Utah varies, typically ranging from a few weeks to several months. Factors such as soil analysis, local regulations, and other site-specific requirements can influence the timeline.
What are the benefits of custom septic system solutions in Utah?
The benefits of custom septic system solutions in Utah include tailored designs that comply with state regulations, ensuring quick permit approvals. This promotes efficient use of land, enhances system performance, and minimizes the risk of costly redesigns or delays.
How do I design a custom septic system in Utah?
Designing a custom septic system in Utah involves assessing soil conditions, completing percolation tests, and ensuring compliance with local health department regulations. Collaborating with a licensed engineer simplifies this process, ensuring a tailored design meets all state requirements.
How much does a custom septic system cost in Utah?
The cost of a custom septic system in Utah varies based on factors such as property size, soil composition, and system type. On average, prices range from $3,000 to $15,000, depending on specific needs and regulations.
Who installs custom septic systems in Utah?
Custom septic systems in Utah are installed by licensed septic system professionals and engineers who specialize in septic design and compliance with state regulations, ensuring proper installation and reliable performance for residential and commercial properties.
What are Utahs regulations for septic system design and installation?
Utah's regulations for septic system design and installation mandate compliance with state health department standards, addressing factors like soil conditions, water table levels, and required setbacks from property lines and water sources to ensure public health and environmental safety.
What factors influence septic system design in Utah?
The factors that influence septic system design in Utah include soil composition, groundwater levels, site topography, property setbacks, and applicable health department regulations. These elements ensure that systems are efficient, compliant, and suitable for specific site conditions.
How to evaluate soil for septic systems?
Evaluating soil for septic systems involves conducting a percolation test to assess drainage capabilities, analyzing soil composition, and determining groundwater levels. This process ensures the selected site meets the requirements for effective wastewater management before installation.
What permits are needed for septic systems?
The permits needed for septic systems include a sewage disposal permit from your local health department and, in some cases, additional permits from your city or municipality related to land use and environmental regulations.
What size septic system is ideal for families?
The ideal size septic system for families typically depends on the number of people living in the home, with a general guideline of 1,000 to 1,500 gallons for a household of four to six residents.
How often should septic systems be pumped?
Septic systems should typically be pumped every 3 to 5 years, depending on usage and household size. Regular maintenance ensures proper function and prevents costly backups or system failures.
What are multi-family home septic system requirements?
Multi-family home septic system requirements include adherence to local health department regulations, adequate sizing based on the number of units, proper design for wastewater treatment, and compliance with property setbacks and soil conditions for efficient drainage and environmental safety.
Are there advanced systems for small lots?
Advanced systems for small lots do exist, such as innovative septic system designs that optimize space and comply with regulations. These solutions ensure efficient waste management while maximizing the usability of your limited land area.
What are the signs of septic system failure?
The signs of septic system failure include slow drains, foul odors, wet spots around the drain field, and sewage backups in household plumbing. Recognizing these symptoms early can prevent costly repairs and health hazards.
How does weather impact septic system performance?
Weather impacts septic system performance by affecting soil absorption and system functionality. Heavy rainfall can saturate the ground, leading to overflow or backup, while extreme cold can freeze components, hindering operation.
What maintenance is required for a custom system?
Maintenance for a custom system involves regular inspections, pump-outs as needed, and monitoring for any unusual signs of malfunction. Ensuring proper upkeep helps prolong the system’s lifespan and maintain its efficiency.
Can septic systems be installed in rocky areas?
Septic systems can indeed be installed in rocky areas. However, successful installation requires careful planning and specialized design to accommodate the challenging soil conditions and ensure proper wastewater management.
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The designers of septic systems in Utah must be licensed professionals, such as Level 2 Onsite Professionals or higher or by a civil engineer, like at Anderson Engineering, who possess the necessary expertise in soil evaluations, percolation testing, and adherence to state regulations.
How do I design a septic system for a residential building?
Designing a septic system for a residential building involves assessing soil conditions, conducting percolation tests, and ensuring compliance with local regulations. Collaborating with a qualified engineer can streamline the process and help secure necessary permits efficiently.
What is the process for installing a septic system in Utah?
The process for installing a septic system in Utah involves evaluating the site conditions, conducting soil tests, designing the system to meet state regulations, obtaining necessary permits, and completing the installation as approved by local health departments.
What types of septic systems are available in Utah?
The types of septic systems available in Utah include conventional systems, alternative systems such as Level III designs, and engineered drainfield systems, tailored to meet specific site conditions and regulatory requirements.
What are the Utah septic system design requirements?
The Utah septic system design requirements include compliance with state health regulations, proper site evaluations, accurate soil assessments, and adherence to setback regulations from property lines and water sources to ensure effective waste management and environmental protection.
What are the regulations for septic systems in Utah?
The regulations for septic systems in Utah mandate compliance with state health department standards, including proper site evaluations, soil testing, and adherence to setback requirements to ensure environmental safety and public health.
What are the local regulations for septic system installation?
Local regulations for septic system installation vary by jurisdiction but generally include obtaining permits, adhering to setback requirements, conducting soil evaluations, and complying with health department standards to ensure proper system design and functionality.
Are custom septic systems in Utah environmentally friendly?
Custom septic systems in Utah are designed with environmental considerations in mind. They utilize advanced technologies and tailored designs to effectively manage waste, minimize groundwater contamination, and promote ecosystem health, making them a sustainable choice for your project.
How do I obtain a permit for my Utah septic system?
Obtaining a permit for your Utah septic system requires you to contact your local engineering department to check for land-use restrictions, ensure access to a public water system, and complete necessary soil evaluations and percolation tests.
How long does it take to install a custom septic system in Utah?
The installation timeline for a custom septic system in Utah typically ranges from a few days to a couple of weeks. Factors such as site conditions, permitting processes, and weather can impact the duration.
What is the process for septic system permitting in Utah?
The process for septic system permitting in Utah involves contacting your local engineering department to check land-use restrictions, conducting soil evaluations, completing necessary percolation tests, and submitting a design that meets state regulations for approval.
What is the role of a septic system engineer in home building?
The role of a septic system engineer in home building is to design and oversee the installation of efficient wastewater systems that comply with local regulations, ensuring proper functionality and environmental safety for the property.
What are the consequences of not having a septic permit in Utah?
The consequences of not having a septic permit in Utah include potential fines, legal liability, and the requirement to halt any construction or renovations until proper permits are obtained. This can delay your project significantly and lead to costly redesigns.
How long does it take to get a septic permit in Utah?
The time it takes to obtain a septic permit in Utah varies, typically ranging from a few weeks to several months. Factors such as soil analysis, local regulations, and other site-specific requirements can influence the timeline.
What are the benefits of custom septic system solutions in Utah?
The benefits of custom septic system solutions in Utah include tailored designs that comply with state regulations, ensuring quick permit approvals. This promotes efficient use of land, enhances system performance, and minimizes the risk of costly redesigns or delays.
How do I design a custom septic system in Utah?
Designing a custom septic system in Utah involves assessing soil conditions, completing percolation tests, and ensuring compliance with local health department regulations. Collaborating with a licensed engineer simplifies this process, ensuring a tailored design meets all state requirements.
How much does a custom septic system cost in Utah?
The cost of a custom septic system in Utah varies based on factors such as property size, soil composition, and system type. On average, prices range from $3,000 to $15,000, depending on specific needs and regulations.
Who installs custom septic systems in Utah?
Custom septic systems in Utah are installed by licensed septic system professionals and engineers who specialize in septic design and compliance with state regulations, ensuring proper installation and reliable performance for residential and commercial properties.
What are Utahs regulations for septic system design and installation?
Utah's regulations for septic system design and installation mandate compliance with state health department standards, addressing factors like soil conditions, water table levels, and required setbacks from property lines and water sources to ensure public health and environmental safety.
What factors influence septic system design in Utah?
The factors that influence septic system design in Utah include soil composition, groundwater levels, site topography, property setbacks, and applicable health department regulations. These elements ensure that systems are efficient, compliant, and suitable for specific site conditions.
How to evaluate soil for septic systems?
Evaluating soil for septic systems involves conducting a percolation test to assess drainage capabilities, analyzing soil composition, and determining groundwater levels. This process ensures the selected site meets the requirements for effective wastewater management before installation.
What permits are needed for septic systems?
The permits needed for septic systems include a sewage disposal permit from your local health department and, in some cases, additional permits from your city or municipality related to land use and environmental regulations.
What size septic system is ideal for families?
The ideal size septic system for families typically depends on the number of people living in the home, with a general guideline of 1,000 to 1,500 gallons for a household of four to six residents.
How often should septic systems be pumped?
Septic systems should typically be pumped every 3 to 5 years, depending on usage and household size. Regular maintenance ensures proper function and prevents costly backups or system failures.
What are multi-family home septic system requirements?
Multi-family home septic system requirements include adherence to local health department regulations, adequate sizing based on the number of units, proper design for wastewater treatment, and compliance with property setbacks and soil conditions for efficient drainage and environmental safety.
Are there advanced systems for small lots?
Advanced systems for small lots do exist, such as innovative septic system designs that optimize space and comply with regulations. These solutions ensure efficient waste management while maximizing the usability of your limited land area.
What are the signs of septic system failure?
The signs of septic system failure include slow drains, foul odors, wet spots around the drain field, and sewage backups in household plumbing. Recognizing these symptoms early can prevent costly repairs and health hazards.
How does weather impact septic system performance?
Weather impacts septic system performance by affecting soil absorption and system functionality. Heavy rainfall can saturate the ground, leading to overflow or backup, while extreme cold can freeze components, hindering operation.
What maintenance is required for a custom system?
Maintenance for a custom system involves regular inspections, pump-outs as needed, and monitoring for any unusual signs of malfunction. Ensuring proper upkeep helps prolong the system’s lifespan and maintain its efficiency.
Can septic systems be installed in rocky areas?
Septic systems can indeed be installed in rocky areas. However, successful installation requires careful planning and specialized design to accommodate the challenging soil conditions and ensure proper wastewater management.
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