Maintaining Your SEPTIC TANK


Keeping your SEPTIC TANK in tip top condition is crucia […]

Keeping your SEPTIC TANK in tip top condition is crucial, as it is responsible for the disposal of your household's waste. There are many different maintenance techniques you can use to keep your septic tank running efficiently. It is also important to keep in mind that excess water can make it harder for the solid waste to dissolve.


Keeping tree roots out of your septic system is crucial to the health of your system. If you don't, you could end up with leaks, blockages and clogs. Luckily, there are a few things you can do to keep your septic system running smoothly.

Among the most obvious things to do is to avoid planting trees that have large, fast growing roots. The tree may look great, but if the roots get too close to your septic tank or leach field, you could end up with an expensive repair job.

Another thing you can do is to get a professional septic tank survey done. This will allow you to know what is causing your problems and what course of action is best.

You might also want to consider installing a physical root barrier to prevent the spread of tree roots. This is especially important if you have trees planted near your septic tank.

Whether it is from an individual, business, or municipality, wastewater discharged from septic tanks is an important source of phosphorus into the environment. Phosphorus is an essential nutrient for plants, microorganisms, and other aquatic organisms. Excess phosphorus can contribute to eutrophication and harmful algal blooms. The discharge of wastewater from septic tanks should be minimized.

In this study, five OWS were evaluated in coastal North Carolina. The P removal efficiency of each OWS was assessed through a variety of methods. The effluents were analyzed for phosphorus and other water quality parameters. Water samples were taken from the drainfield trenches and groundwater. The P content was calculated from the wastewater concentration and flow rates.

The P concentrations in the effluents were within the range of concentrations found in domestic wastewater. The concentrations were used to estimate the mass loading of P to soil. For Sites 1 through 5, the median daily mass of P discharged to soil was 5.1 8.5 4.6 3.2 3.8 g day-1.
Chemicals can pollute groundwater

Despite the many benefits of groundwater, it can also be a source of contamination. These contaminants can lead to a variety of health problems. The effects of contamination can be long-lasting and difficult to control.

Many sources of groundwater contamination are human-induced. This includes improperly-constructed septic systems, leaky landfills, and underground storage tanks.

Agricultural pollutants are also known to contaminate groundwater. This includes pesticides, fertilizers, and road salts. These chemicals can accumulate in the soil for years. They have negative effects on plant life and animals.

Industrial discharges can also affect groundwater. These pollutants can be injected into groundwater, or spread into the groundwater through pumping or spreading.

Aquifers in a coastal area can become contaminated with saltwater. This makes it unsuitable for irrigation or other uses. The saltwater depletes the amount of fresh water available.