Septic tanks have long been utilised in households located in unsewered areas. Within these areas, they are largely considered to be the most suitable primary form of sewage treatment. 

Soil testing is important before a septic system is installed. It measures the water absorption rate of the soil, determines the ability of the soil to absorb wastewater and predicts the required size for the leach field.  It also analyses the subterranean conditions and the level of water table.

Septic systems can last for decades. However, they also need to be maintained regularly to prevent health hazards and to prevent them from affecting the local environment. A failed septic system is a health and safety hazard.

<p>When looking into a sewage treatment system for your property you will most likely come across many different names used to describe different types of systems. Some are very similar and others are the same. This page is designed to help you understand what the different types and terms are as well as their function and preferred application.</p>

<p>Discover the benefits of portable septic tanks and where they are best used.</p>

<p>A septic tank drain field is an essential part of a septic system, responsible for the final stage of wastewater treatment. After sewage is separated in the septic tank, liquid waste flows into the drain field where it is naturally filtered through soil before returning safely to the environment. Proper design, soil conditions, and correct installation all play a major role in how well a drain field performs over time. Factors such as excessive water usage, poor soil conditions, and lack of maintenance can lead to slow drains, sewage backup, or drain field failure. By understanding how a septic tank drain field works, recognizing early warning signs, and following recommended maintenance practices, property owners can protect their septic system, extend its lifespan, and avoid costly repairs.</p>