Septic Installation Contractors

Anaerobic septic systems are commonly used in rural areas where there is no access to a municipal sewer system. The wastewater from the home enters the tank, where bacteria breaks down the solids.

The liquid then flows out of the tank and into a leach field, where it is absorbed into the soil. In a dual-tank system, one tank serves as both the primary and secondary treatment tanks.

The primary tank is smaller and has more bacteria; it is used to reduce solids levels before they enter the secondary tank.

The secondary tank further reduces solids levels and removes harmful toxins before the wastewater enters the leach field.

Aerobic septic systems, also called aerobic treatment units (ATUs), utilize two tanks for efficient wastewater processing. The first tank houses anaerobic bacteria to break down organic waste, while the aeration chamber hosts aerobic bacteria, converting soluble waste into non-toxic gases. These systems excel in pollutant removal, safeguarding water quality and supporting healthy watersheds.

Though increasingly mandated in high-density or challenging soil conditions, the installation and maintenance costs of aerobic septic systems can be high. Therefore, homeowners should carefully assess options before committing to such an advanced treatment method. 

Prioritizing a reliable and cost-effective solution for household wastewater treatment not only benefits the family's health but also contributes to overall environmental well-being. Careful consideration ensures an informed decision for both the property owner and the surrounding ecosystem.

A gravity septic system operates as a miniature wastewater treatment plant, relying on gravity to facilitate waste movement through its treatment stages. Central to this system is a septic tank with two chambers separated by a partition.

Incoming wastewater enters the upper chamber, where large debris and solid waste are detained for breakdown by natural tank microbes. The treated wastewater then flows into the lower chamber, where smaller particles undergo further breakdown.

Upon completion of this process, the treated wastewater exits through an outlet pipe at the tank's bottom. Additional filtration through overland or subsurface drainage ensures harmful organisms and chemicals are kept from reaching waterways and groundwater.

Installation demands meticulous planning, adhering to local regulations and construction practices. When executed correctly, a gravity septic system becomes a vital and enduring component of residential or commercial properties.

In essence, a conventional septic system consists of a tank and a drainfield. The tank, typically made of concrete, fiberglass, or polyethylene, holds sewage from the home.

Underground, it connects to the drainfield, where perforated pipes in gravel allow sewage to leach into the soil, treated by bacteria before returning to the groundwater. This system, designed for residential and commercial waste management, includes soil absorption trenches, a drainage field, and a septic tank. 

While complex, a well-installed conventional septic system effectively manages household wastewater, prioritizing health and environmental protection. 

Proper installation is crucial for long-term competency, and despite challenges, many homeowners prefer this treatment method for its reliability.

A mound septic system, suitable for areas with poor soil quality or bedrock limitations, raises the wastewater treatment facility above the ground on an earth mound. This approach is ideal for properties with limited space, like small lots or dense developments. 

The mound, constructed with carefully placed excavated soils in the center surrounded by low-porosity materials like clay, efficiently treats wastewater from residential or light commercial buildings. 

Perforated pipes within the mound allow solids to settle while liquids filter through, effectively removing pollutants before releasing water back into the ground. 

Mound systems are a practical choice for properties lacking suitable soils for absorption fields or in areas with high groundwater levels or flood risk.

A chamber septic system, utilizing large underground chambers made of concrete or fiberglass, efficiently processes and disposes of waste. 

Featuring pipes and filters, it breaks down and separates waste types, handling larger volumes than many systems. Wastewater enters the chamber, flowing through pipes for treatment stages, resulting in clean water release. 

Ideal for commercial or residential use, this system requires more maintenance but is cost-effective to install. As seasoned septic installation contractors, we offer expertise in selecting the optimal design for your needs and budget. 

For more information or a free quote on installing a chamber septic system, reach out to us!

It is the most common type of septic tank material. A concrete septic tank lasts anywhere from 20 to 40 years, but it can last longer with proper maintenance. Concrete tanks are less likely to develop leaks than plastic tanks, but they are also heavier and more difficult to install.

Ultimately, concrete is an excellent option for septic tanks since it is both strong and affordable; furthermore, it can be easily obtained from most local building supply stores.

Other factors that you may want to consider when choosing concrete include its thickness, ability to hold up against corrosion or decay over time, and how well it resists water damage or leaks. Overall, when done right, concrete can make an ideal material for your septic tank.

Fiberglass is often seen as one of the best options available for septic tank material choice, because it's incredibly strong and durable, meaning that it will be able to withstand a lot of wear and tear. This makes it an ideal choice for areas with high levels of traffic.

Fiberglass is also resistant to corrosion, so it's perfect for areas with high levels of moisture or humidity. Take note that fiberglass can become scratched or chipped over time, so you'll need to regularly inspect your tank for any damage and make repairs as necessary. Overall, though, fiberglass is an excellent choice for septic tanks.

In addition to their lightweight and corrosion-resistant properties, plastic septic tanks are favored for their cost-effectiveness and ease of transportation. 

Their resistance to rust sets them apart from metal tanks, contributing to longevity. However, the potential for brittleness and cracking requires diligent maintenance, and careful consideration of the plastic's chemical composition is essential to prevent environmental harm. 

Despite these considerations, the versatility, durability, and adaptability of plastic make it a preferred material for septic tanks, meeting the diverse needs of various installations and environmental conditions.

Steel is known for its durability and strength, and is able to stand up to the weight and pressure of heavy solids, which can be a major issue in areas with hardwater. Steel is also relatively easy and affordable to work with compared to other materials like concrete or plastic.

All things considered, these are a couple of the major factors that make steel an excellent choice for septic tanks. However, there are also some minor factors that should be considered as well.

For example, steel does require some regular maintenance in order to prevent corrosion over time. Additionally, depending on your location and soil quality where you want your tank installed, steel might not be the best choice due to overall soil conditions or environmental regulations in your area.