Life in Hawaii isn’t all fun and games. In fact, there are times when things get really crazy, like those moments when the septic system backs up or the cesspool gets full. If your home uses an old cesspool or the septic tank is showing its age, then it may be the right time to think about aerobic septic systems in Hawaii. If you already have a septic system, then you probably know that it is an anaerobic environment. This means that much of the solid waste inside the tank is consumed by enzymes and bacteria. The aerobic system works similarly except the waste is oxygenated. This allows for a more robust waste consumption environment and better breakdown of the solid matter.
The standard septic system is a passive unit that collects waste from the home. As the waste is accumulated, it is gradually consumed by bacteria, and the residue slowly falls to the bottom of the tank. This sludge can quickly build up, and most standard septic tanks will need to be pumped every couple of years. Aerobic Septic Systems in Hawaii mix oxygen in the system, which creates a better environment for breaking sown solids. The most common aerobic septic system is the suspended growth model. These units typically have a main compartment for aerating the wastewater and at least one other compartment for collecting the effluent. The primary benefit is cleaner wastewater output.
More advanced systems may include a trash tank that is used to accumulate the majority of the solid matter, which then feeds into the aeration tank. This allows the system to treat the wastewater more efficiently before it is percolated through the soil. On the other end of the aeration chamber is the clarifier, which is used to keep any solid matter out of the next chamber. That next chamber is known as the pump tank. The pump tank is designed to collect a certain amount of liquid before releasing it into the soil. The method of release can vary, but the preferred solution is a sprinkler system that disperses the waste-water evenly. Using this type of dispersion allows the water to slowly work its way back into the local water table without saturating the soil.
