The septic system is an astounding and innovative piece of technology. The device is natural and energy efficient. If you are planning on installing a septic tank, you will need septic lines, a septic tank, permit from your local government, and choose the appropriate location for installing the tank.
A septic tank operates by sewage being carried from the house to the tank using gravity instead of using motors and fossil fuel energy. The sewage moves by means of gravity from the tank to the drain field. Microbes in the ground digest and sanitize the bacteria, viruses, and other harmful substances. When the soil is healthy, clean water returns to the water table. The location of the tank and lines will depend on the percolation test. Another important feature is the size of the septic tank.
There are a few ways you can determine the size of the septic tank for your home. The size of the septic tank can be determined by basing it on the water usage or home size. The most productive and efficient way to calculate the size of the tank is through water usage. The size of the septic tank that will be required is based on the amount of water it will conduct through the field lines.
Calculations by Water Tank
Based on the total water usage of a home, the following is the expert and local government recommended tank size:
Up to 500 gallons per day: 900 gallon tank
Up to 700 gallons per day: 1,200 gallon tank
Up to 900 gallons per day: 1,500 gallon tank
Up to 1,240 gallons per day: 1,900 gallon tank
It is important to be aware that the minimum size tank normally permitted for use in a residential home is 1,000 gallons. Make sure you check with your local governmental official to obtain their regulations of size.
Calculations by House Size
This type of calculation assumes that all rooms in the home will be used. The following is the expert and local government recommended tank size based on calculating the house size:
One or two bedrooms: 750 gallon tank
Three bedrooms: 1,000 gallon tank
Four bedrooms: 1,200 gallon tank
Five or six bedrooms: 1,500 gallon tank
Make sure you check with your local governmental official to obtain their regulations of size.
For single-family homes, tanks normally vary in size from 500 to 1500 gallons of sewer storage capability. For a one or two bedroom house, a 1000 or 1200 gallon tank is used most often.
The costs of septic tanks will vary. The average 1,000 gallon septic tank will cost between $500 and $700. If you want to install a 1,250 gallon tank, the price can range from $600 - $800. One can install a tank in either the front yard or the backyard. The area must be able to hold the tank and drain field. The cost of installing a standard septic tank can be anywhere from $1,000 to $2,500
Septic tanks are a necessity and required by law for residential houses. When installing a septic tank, make sure you are aware of all of the local governmental regulations.
Installing A Septic Tank
If you have a septic tank, you probably have a love/hate relationship with it. Most of the time it saves you money, because you do not have to pay regularly for water reclamation services. However, when something goes wrong, it can be a costly and messy affair. People with septic tanks need to make sure they are properly maintaining their tanks, and they can do so with these basic tips.
Pump the Tank when Needed
You need to pump your septic tank regularly. The regularity of pumping depends on the size of the tank and the size of the residence. Experts recommend a typical home with a 1,000-gallon tank should be pumped every three to five years. If your tank is smaller, you will need to pump it more often. Pumping the tank removes the solid build up that is an inevitable part of the septic process.
One way to stretch the time you can go between septic tank pumpings is to increase the amount of solid waste that is destroyed by the bacteria in the system. You can do this by installing a Fixed Activated Sludge Treatment (FAST) septic system in your home. FAST systems create the ideal environment for the bacteria that are necessary to decompose much of the solid waste you send into the system. FAST systems house these bacteria in an underground, aerated, self-cleaning reactor chamber that allows for optimal bacteria growth. This unique system leads to a 90-95 percent removal of total suspended solids from the waste water.
Keep Water Flow Even
Too much water and too little water sent through a septic tank can cause problems. To keep the tank running efficiently, keep the water flow as balanced as possible. Too much water, such as what you may send through the system if you are doing extensive laundry, can put more water through the system than it was built to handle. This means that it can flood the system. Also, too much water flow can push some of the solids that have settled into the bottom of the tank into the leaching field, causing clogs and environmental damage. Times of low water usage can lead to the death of the bacteria in the system.
Keeping water flow even is not always possible. There will be times when you need to use more water, and other times, such as when you are out of town, that you will not be using as much water. The unique design of FLASH systems makes them capable of handling a changing water volume.
Avoiding Nitrogen Contamination
The process that occurs inside the septic tank produces nitrogen as a byproduct. Too much nitrogen in groundwater leads to contamination that is when it reaches human drinking water. This means that your septic tank could be a very real environmental hazard.
The bacteria in the septic tank work to neutralize much of this nitrogen. For this reason, you need to make sure that the bacteria are functioning properly. Avoid sending high amounts of household cleaners and other strong chemicals down the drain, as these can kill some of the bacteria in the system, causing more nitrogen to build up and leach into the environment. It is not possible to avoid sending these products down the drain completely, but avoid excessive use. Also, avoid using powdered detergents in a septic system.
If you have a FAST system, you will not need to be as concerned with nitrogen buildup. The FAST system involves multiple processes when treating wastewater, including bio-chemical, physical, and biological processes. As a result, the system greatly reduces nitrogen levels in the water that is sent to the leach field.
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