It is worthwhile to note the variances of the various types of septic tank systems when making comparisons. Each of these system types interacts with wastewater in different ways, and this is further influenced by factors such as land area, soil type, groundwater levels, and regional regulations. Below is a summary of the different septic systems and their key characteristics:
1. Description of a Conventional Septic System: This system of septic treatment consists of a septic tank and the drain field or leach field like an installation which is the commonly used type of septic system. The tank collects solids while the drain field area performs the function of treatment of the effluent through soil filtration, where solids are biodegraded.

Key features: Suitable for households that have enough land to accommodate the house with sufficient soil absorption.

Requires sealing and periodic pumping out to prevent build up of solids.

About average installed and operating costs.

Best for: Adequate space and good soil, and properties.

2. Advanced Septic System Description: Modern sanitary units employ additional treatment e.g. sand filters, peat filters, or mechanical units, to treat the effluent to the required standards before the effluent is discharged to the environment. These systems are a better option in sensitive circumstances as these are designed for a higher removal of water contaminants and toxins.

In many instances, those systems operate above the mode expected of normal systems; they discharge effluent into the drain field after removing a higher percentage of pollutants.

Especially in countries where such laws are strict or in places where the soil is not of good quality.

The installation and operation of the system are expensive due to the intricacy of the system.

Ideal For: Properties that are situated on the sensitive environment or that are close to the bodies of water.

3. Anaerobic Septic System Description: Anaerobic systems employ micro-organisms in the septic tank who perform these duties without the presence of oxygen. The wastewater treatment plant discharges the treated wastewater into the designated areas where the effluent is disposed of for further natural treatment.

Key Features: The ease of operating this system along with cheap Installation costs results in it being used widely and economical.

economizes energy as compared to other aerobic systems.

are not as effective in removing pollutants as aerobic systems.

Ideal For: Situations characterized as houses where cost efficiency is of essence for example the rural areas or where there is a low water table.

4. Aerobic Septic System Description: Instead of using carbon containing organic matter, septic systems with aerobic units will use oxygen breathing bacteria in order to treat wastewater. Such units are also provided with an aerator which has to push air into the treatment unit in order to enhance an accelerated and better decomposition of waste.

Important attributes:

Very efficient in removing pollutants and degrading wastes.

Requires electricity and regular upkeep.

Installation and operation costs are high due to the complexity and added equipment.

May be essential where traditional methods cannot be used or where the soil is poorly draining.

Ideal For: Properties which are barren due to soil condition, high water tables or carried out within environmental constraints.

5. Chamber Septic System Description: This system works by using open bottom plastic leaching chambers to distribute treated effluent in the drain field. The leaching chambers are a better substitute of traditional gravel based systems as they provide ready surface areas for effluent soaking into the soil.

Key Features: A trench basement is preferable since no gravel has to be placed in the drain field which makes the process of placing the chambers much faster.

It becomes less cumbersome in terms of maintenance and more resilient as the time goes by.

May perform better than pure pop in areas with different soil types.

Ideal For: Properties where soil characteristics make chamber systems more efficient or where traditional drain fields are not a viable option.

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