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| DRAINFIED REPAIRS | |
Our design and engineering department routinely deals with permitting for septic-tank-drainfield-repairs. We conduct the site and soil investigation and create the site plan that is required for permitting through DOH. We provide a complete application packet which we submit directly to the county health department. We usually obtain a permit in within 2 to 3 business days. |
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| Contact us if you are having problems with your septic-tank-drainfield-system. We can assess the situation and provide advice as to whether or not the system needs to be repaired or replaced. We can often determine what is likely needed simply by discussing the symptoms you are experiencing with your septic system. If a repair is needed, the first step is to obtain a permit. Let us determine exactly what will be required at the health department and let us pull your permit. After you have your permit, installers can be contacted to provide bids. This ensures that the installer bids exactly what is required versus what they think will be required. We also conduct real estate inspections for septic systems to assess the fundamental operational condition prior to the sale of a home or business. These inspections can identify structural problems with the tank and functional problems with the drainfield. Septic-tanks that are found to be cracked, damaged or no longer structurally sound or drainfields that are found to be in failure should be repaired prior to the purchase of the property. |
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View this video to see the difference between extended aeration and fixed film systems.
In extended aeration systems microorganisms that break down the wastes are free floating and suspended (or floating) in the wastewater. This system is shown in the video and is the system on the left. Notice how brown and dense the water looks.
In fixed film systems, the microorgansims that break down the wastes are attached to a media. This system is shown in the video and is the system on the right. Notice how clear the water is.
In extended aeration systems, a "flushing" of the contents in the aeration chamber during peak or high flow periods, such as on laundry day, occurs. Where drip disposal is utilized, the brown water moves out of the unit and into the dose tank where it will cause clogging of the filter in the headworks. This results in more frequent and higher maintenance costs. Where the unit is followed by a conventional drainfield, the brown water moves out of the unit directly into the drainfield where it will cause the soils to "plug up" over time resulting in drainfield failure.
In fixed film systems, this "flushing" of contents does not occur because the microorgansims are attached to the media. Filters don't get clogged and drainfields don't have "stuff" moving into them that shouldn't be there!