Septic systems high quality company in Valley Springs? Repair leaky faucets. Water that is wasted through leaky taps puts a strain on your septic tank system (not to mention, it also increases your water bill!). Be sure to repair leaky tap right away. Don’t pour household chemicals down the drain. Dispose of motor oil, antifreeze, paint, pesticides and potent cleaners properly. They should never be poured down the drain because they kill bacteria that breaks down solids in your septic tank.
A typical septic system has four main components: a pipe from the home, a septic tank, a drainfield (also known as a leachfield), and the soil. The septic tank is a watertight box, typically buried beneath the ground, usually made of concrete, fiberglass, or polyethylene with an inlet and outlet pipe. Wastewater flows from the home to the septic tank through the sewer pipe. Sludge (solids) and scum (oil and grease) stay in the tank while the treated wastewater (known as effluent) is released.
First we need to explain the reason for pumping the septic tank or tanks. The normal riding level of waste water in a tank is approximately 4 feet deep, with a floating scum layer and a bottom solids layer. If a tank is not pumped prior to inspection, a proper visual inspection cannot be performed as no one can see through 4 feet of waste water. The tank floor & sidewalls, the tank center seam/seal, the tank baffle and the complete inlet/outlet sanitary tees are not visible for inspection and system evaluation without pumping the tank first. See even more details on find more info.
What Is a Septic System? A septic system is an on-site sewage treatment and disposal system that is usually buried underground. Septic systems consist of two main parts: a septic tank and a drain field. The septic tank is a watertight box, usually made of concrete or fiberglass, with an inlet and outlet pipe. All wastewater flows from the home to the septic tank through the sewer pipe. Septic tanks take wastewater and separate solid matter from it, which settles at the bottom of the septic tank. Once in the septic tank, heavy solids sink to the bottom, and bacteria reduces them to sludge and gases.
Greywater from washing machine, sinks and showers contains soaps designed to kill bacteria (clean and disinfect things) and thus discourage optimal septic tank function. You want to encourage helpful good bacteria (digesting anaerobic cultures) to grow in your septic tank and organically treat the waste, not kill helpful bacteria with detergent laden graywater. If allowed by local building department, it is best practice to divert household greywater to a separate leaching area.
Kevin Gause is the owner of Foothill Sanitary Septic and Operation Manager for Foothill Portable Toilets which is owned by Leslie Gause. Kevin has over 20 years experience in solid and liquid waste transporting and 17 years experience in handling all aspects of septic, grease and portable toilet services. Kevin’s commitment is to provide all services with the utmost integrity and honesty. By providing quality workmanship and performing the job the way it should be done, customer satisfaction is achieved. Our first-time customers continually become our long term customers time and time again, choosing us for all their septic and portable toilet needs. This commitment is prevalent throughout the company.
A Dosing System introduces the effluent waste water from the septic tank to the drain field in intermittent intervals (doses) throughout the day. This allows the soil to absorb the “dosed” water in the drain field before more water is introduced. These types of systems are used in soils with poor absorption rates or shallow soils. There are two common types of dosing systems: The Siphon Dose and the Low Pressure Dose. A siphon dose system (not pictured) does not use an electrical discharge pump. It uses a siphon bell ( an inverted bell that is open on the bottom and traps air) that cycles as the water level rises and cause the effluent to dose into the drain field by a siphon action (Click on the link to the left to see how it actually works). A low pressure dosing system uses a pump in a pump chamber (as shown in picture on the left). The pump turns on intermittently through electronic controls and sends the effluent to the drain field in intervals throughout the day. Read additional info on foothillsanitary.com.
