Septic Installation

Conventional Tank with Drainfield

A conventional septic system, comprising a septic tank and a drainfield, is a time-tested solution for efficiently treating and disposing of household wastewater. This system relies on a simple, gravity-fed design to separate solids from liquids, allowing clear effluent to percolate into the drainfield for natural filtration. Ideal for properties with suitable soil conditions, it offers a cost-effective and reliable option for rural homes without access to municipal sewer lines.

Alternative Septic Systems

LPP (Low Pressure Pipe System)

The Low Pressure Pipe (LPP) system is an innovative solution designed for properties with shallow soil depths, high groundwater, or restrictive soil conditions. By using small-diameter pipes laid in narrow trenches, the LPP system evenly distributes effluent over a broad area, ensuring efficient wastewater treatment even in challenging environments.

Aeration Drip

Aeration Drip systems incorporate a method that introduces oxygen into the wastewater, promoting aerobic bacterial growth for enhanced treatment. This oxygen-rich environment allows for a more complete breakdown of waste before it is distributed through drip tubing in the soil, making it suitable for areas with limited space or poor soil conditions.

Septic Drip

The Septic Drip system, similar to Aeration Drip, utilizes a network of drip tubing to disperse pretreated effluent into the soil. This method provides precise control over the discharge rate, ensuring that the soil absorbs the effluent without becoming oversaturated, ideal for properties with varying soil compositions or limited land area.

Mound System

Designed for locations where traditional systems are not feasible due to shallow soil depths or high groundwater levels, the Mound System elevates the drainfield above ground level. This engineered solution involves pumping effluent to a mound made of specific sand fill material, where it is treated as it filters down through the soil, providing an effective treatment alternative in challenging conditions.

At Grade System

The At Grade System represents the pinnacle of septic technology, offering advanced treatment capabilities that surpass those of conventional and alternative systems. By integrating multiple stages of filtration and treatment, including mechanical and biological processes, the At Grade System ensures the highest quality effluent, suitable for environmentally sensitive areas.

City Sewer Connection / With or without Lift Station

Connecting to a city sewer system, when available, provides a worry-free alternative to onsite septic solutions. For properties located below the main sewer line, a lift station is necessary to pump wastewater from the home to the municipal system. This option eliminates the need for septic maintenance and is ideal for urban settings where municipal sewer access is possible.

Holding Tanks

Holding tanks are a temporary wastewater storage solution, used in situations where neither a septic system nor a sewer connection is feasible. These tanks require regular pumping and are typically used in seasonal properties or as an interim solution while a more permanent system is being installed.

Septic Tank Replacement

Over time, septic tanks may deteriorate or become less efficient due to cracks, leaks, or buildup. Replacing an old or failing tank is crucial to maintaining the overall health of your septic system. This process involves assessing the current system's condition, obtaining necessary permits, and installing a new tank that meets local regulations and property needs.

Engineering

Engineering plays a vital role in the design and installation of septic systems, especially in complex or non-standard situations. Professional engineers assess property conditions, including topography, soil characteristics, and environmental constraints, to design a system that maximizes efficiency and compliance with regulatory requirements, ensuring a sustainable solution for wastewater treatment.

Soil Test

Soil testing is a critical first step in the septic system installation process, determining the soil's ability to absorb and filter wastewater. This test, often referred to as a percolation test, helps in selecting the appropriate septic system design and location, ensuring it meets environmental standards and functions efficiently for years to come.