Septic systems firm in Valley Springs, California? Think of it like this: You would not take a car; you are potentially going to purchase, to a mechanic for a pre-purchase inspection / evaluation and ask the mechanic to check it out but to not open the hood. This would defeat the purpose of the pre-purchase inspection with a restricting limitation of not being allowed to open the hood. Additionally most counties require a person or business conducting septic system inspections and evaluations to be certified through COWA and NAWT, (California Onsite Wastewater Association & National Association of Wastewater Transporters). Although COWA and NAWT teach Pumping is Mandatory and “Must be Done” prior to a system inspection/evaluation, this is generally not enforced.
Pump your septic tank. Most septic tanks need to be pumped every 3-5 years. The frequency depends on how many people are in your home. The more people living in your house, the more often you should pump your septic tank. Take care of your drain field. Make sure all water is diverted away from your soakage area. Additionally, only landscape your soakage area with grass. If you want to add plants, be sure to only pick ones with shallow root systems. Finally, never park a vehicle on top of your soakage area. Vehicles can put a strain on your soakage area and may lead to ruptured pipes.
The most common cause of a failed system is overloading it. This can be caused by the consecutive use of high-volume activities such as laundry, showering, and running the dishwasher. Space out their usage as well as follow water conservation efforts year round. If your drainfield is flooded, your first step should be to drastically reduce water use in the house until you notice it is dry at the surface. Pumping the septic tank may be an option, however should be considered after the area above it is dry, otherwise it could cause the tank to float out of the ground, damaging the inlet and outlet pipes. Consult a professional septic service provider for advice.
Aerobic Treatment Systems (ATS) or Areobic Treatment Units (ATU) are often incorrectly called an “Aerobic Septic System”. An Aerobic Treatment System is actually a small sewage treatment plant which uses an aerobic process for digestion. Septic tank systems utilize an anaerobic process. To put it in simple terms: Aerobic bacteria requires oxygen to thrive and remain alive while anaerobic bacteria does not rely on oxygen for metabolic processes and survival. The Aerobic Treatment Systems/Units are typically comprised of 3 chambers. The first chamber, (commonly called the pre-treatment or storage tank) collects the solids and paper products. The second chamber is called the aeration chamber. Air is forced into the chamber and mixed with the waste water. The oxygen breaks down the organic matter rather quickly. The third chamber is the pumping or dosing chamber that removes the treated liquid for dispersal to the soil. ATUs require electricity 24/7 to power the aeration system (typically air pump). Find even more information on more info.
Septic tanks are a mystery to most people since few of us think about where our wastewater goes once it leaves the house. If you have a septic system or are planning to have one installed, it’s important to have a basic understanding of how they work and how to maintain them. Routine septic system maintenance will not only keep you from spending money on expensive repairs, but it will also help you maintain a safe and healthy environment by avoiding sewer backups and contaminated groundwater.
Foothill Sanitary Septic and Foothill Portable Toilets has been serving California in the Calaveras, Tuolomne, Amador, San Joaquin and Stanislaus Counties for many years. With locations in Copperopolis, Valley Springs and Arnold we are equipped to fulfill all of your septic or portable toilet needs in a timely manner to your complete satisfaction. We’re committed to providing you with the highest level of service, so you’ll always choose us for your septic pumping, maintenance and repair needs.
Slower percolation rates due to poorly draining soil with clay, bedrock, high ground water, proximity to a creek, or other complications require larger leach fields. There are two methods of calculating the minimum absorption area for a leach field. Traditionally, you dig an eight foot deep test inspection hole in the area of the intended leach field to allow building inspector, or your local engineer, to physically examine the soil and determine its Long Term Acceptance Rate. Or you can have a local soil testing firm perform a percolation test to clock the speed of your soil’s capacity to absorb liquids. Find additional info on Foothill Sanitary.
