Copperopolis professional septic systems services? 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.
For homes where the drainfield is located upslope from the septic tank, a pump tank is added to move effluent out of the septic tank and into the drainfield, otherwise, the effluent flows using gravity into a series of perforated pipes buried in the drainfield. Slowly, the effluent is released into the soil where harmful coliform bacteria, viruses, and nutrients are naturally removed, then it percolates through the soil, ultimately discharging to groundwater.
When it rains and the ground gets saturated, ground water can enter the system. This can cause leach field saturation as additional water is introduced to the tank through I&I which can be more than your leach field can absorb. You will see water ponding over your leach field or running above the ground. On dosing systems, the computer can sound audible alarms. I&I also lets red worms make it through into your system filter pod (if you have this type of system). The worm’s waste, called “castings” clog the filters causing ponding and ruins the pretreatment your system was designed for. Find even more details on see it here.
Don’t build any structures on top of the drain field. Drain fields work because of evaporation. Any structures, including raised decking, will inhibit the rate of evaporation and slow or even stop the process. Don’t allow excess water to enter the drain field. Runoff from roof drains, sump pumps, and other rainwater drainage systems should be directed away from the drain field. Excess water in the drain field can slow down and even stop the wastewater treatment process. If your septic system is giving off an unpleasant odor or you see visible sewage in the drain field, you’ll know right away there is a septic problem. However, there are a few other signs that many people don’t immediately recognize as a problem.
Even professionals with 30 years in the business can get too tied up in ‘how we’ve always done it’ to realize simple improvements will make a huge difference in performance and longevity. What follows is a general guide to the average Individual Sewage Disposal System ISDS guidelines (code) in most of the country. Your septic system site plan is typically drawn right on top of your property survey showing the septic tank ‘setbacks’ with tank 5-10 feet from the house, the leach field at least 20 feet from the house, at least 100 feet away from wells and streams, 25 feet away from dry gulches, and 10 feet away from the property lines. Or whatever the local regulatory officials require, so always check with the county first for minimum setbacks.
We at Foothill Sanitary and Foothill Portable’s “Stand” for our Flag and kneel for our fallen. My family has a very strong military background with family members serving in every branch of the military. This is why we at Foothill Sanitary and Foothill Portable’s offer a 5% Military discount to all of our vet’s as a small way to say Thank you for “your” service. My motto is from the branch that I served in “Semper Fidelis” meaning always faithful, a motto that we will bring to you.
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. Discover extra information at here.