How Does Your Septic System Actually Work?

So How Does Your Septic System Actually Work And Clean Your Wastewater?

If you’ve ever wondered how your septic system is able to clean all of the sewage and wastewater you produce from your home, get ready, because we’re about to tell you!  While being hooked up to a city sewer system is obviously preferred, don’t fear a properly functioning and maintained septic system as they are an excellent means of safely treating domestic wastewater.

Originating in France, septic tanks were invented by John Mouras sometime around 1860.  So you could say with over 150 years of use behind them the science behind a septic system is somewhat solid, pardon the pun!

When Mr. Mouras built his first septic system he began with a simple prototype. The tank was formed with concrete and the original piping was made of clay pipe, which is no longer in use today (we use PVC now).

The piping would channel the wastewater from Mr. Mouras’ home out to the concrete septic tank, placed in his yard. When the sewage eventually overflowed from the tank, it would then be released into a cesspool. As the story goes, after nearly ten years, he decided to open the concrete tank to see what was happening inside of the prototype.

To his surprise, the tank was virtually completely free of solids. Because of this success, the septic system was introduced into the United States in about 1883 and it’s use widely spread.

The Texas Department of Health estimates there are over 2.2 million operational septic systems within the state with another 45,000 or so new septic systems being installed in the state annually.  

Septic systems still remain the most economical solution for treating large amounts of wastewater in rural locations or wherever city sewer is not being installed due to costs or location.

Although many different types of septic systems are used, they generally operate under the same principles.

#1.  In a typical onsite septic system (Type 1), wastewater from sinks, tubs, showers and toilets flushes out of the house into a septic tank that separates and stores any solid particles that either settle to the bottom or float to the top in the first of two compartments.  

In the case of a package treatment plant type of system (Types 2 & 3), a tank called a “trash tank” may precede the treatment plant.  Beneficial bacteria help to break down the accumulated solids in these tanks, but eventually the solids will build up to a level that requires the septic tank to be pumped out.

#2.  The partially treated wastewater then flows from the tank  through an effluent filter and into a distribution box or D-Box.  It’s the D-Box’s job to evenly distribute the wastewater discharge into a network of pipes that lie buried in drain rock in trenches in the dispersal system or your “septic field” or “leach field”. Small holes in the pipes called perforations allow the wastewater to seep into the drain rock and then into the soil where it is broken down by bacteria.

#3.  Natural filtration and further bacterial action in the soil remove any remaining particles in the wastewater.  When your wastewater finally reaches the water table, the wastewater has been treated and cleansed and poses no harm to the environment.  

When septic systems work properly, they are efficient and inexpensive to maintain; if they fail, they can cause unpleasant odors, water pollution, major repair or replacement costs and potential health hazards.

Texway Wastewater Services Pumps Out Septic Tanks In Johnson County Texas

Texway Wastewater Services is a septic tank pumping and vacuum truck company based out of Burleson, and Johnson County, Texas.

We specialize in septic tank installations, grease traps, septic tank pumping for residential and commercial, lift stations, and holding tanks of all sizes.  We offer prompt and efficient service that is competitively priced.

If you’d like to receive a quote to pump out your septic tank or holding tank please give us a call  (817) 889-4007 or fill out our contact form and we’ll get right back to you.