- Septic tank volume for a conventional tank and onsite effluent disposal system (such as a drainfield) is estimated at a minimum of 1000 gallons or 1.5 x average total daily wastewater flow. Quoting the EPA manual:
How do you know what size septic tank you need?
The larger your home, the larger the septic tank you’re going to need. For instance, a house smaller than 1,500 square feet usually requires a 750 to 1,000-gallon tank. On the other hand, a bigger home of approximately 2,500 square feet will need a bigger tank, more than the 1,000-gallon range.
How do you size a septic holding tank?
The capacity or volume of a tank is measured by the dimensions from the bottom of the outlet to the bottom of the tank (length x width x depth). The depth from the invert of the outlet to the floor of the tank (liquid depth) of any septic tank or compartment must not be less than 36 inches.
How do I calculate the size of my septic tank in Ontario?
Total Trench Length would be decided by multiplying the daily flow rate by T time and multiplying by 200. (Q X T time) / 200. For our house example, the total trench length would be calculated as (Q rate = 3100 litres) 3100 X 10 (T time for sandy soils) = 31000 / 200 = 155 meters of total excavation and pipe length.
What is the standard size of septic tank?
Length of septic tank (L) should be taken as 9feet 9 inches or 9.75 feet. Breadth of septic tank (B) should be taken as 6 feet 3 inches or 6.25 feet. The standard height (D) of septic tank should be taken as 5 feet 9 inches or 5.75 feet.
How often does a 1000 gallon septic tank need to be pumped?
For example, a 1,000 gallon septic tank, which is used by two people, should be pumped every 5.9 years. If there are eight people using a 1,000-gallon septic tank, it should be pumped every year.
How do I calculate the size of my septic drain field?
- The size of the drainfield is based on the number of bedrooms and soil characteristics, and is given as square feet.
- For example, the minimum required for a three bedroom house with a mid range percolation rate of 25 minutes per inch is 750 square feet.
How close can you build to a septic tank in Ontario?
Your well and all neighbors’ wells should be 100 feet or further from the septic system. There must also be enough land for a “repair area” that can be used if the system needs expansion or replacement in the future.
Is a 500 gallon septic tank big enough?
The minimum tank size for a three bedroom house is 1200 gallons. 500 or 750 gallon tanks used to be quite common in old houses, but they are not large enough for modern households, and are from a time without automatic washers, large spa tub, dishwashers, or multiple daily showers.
Are there different size septic tanks?
Septic tanks come in varying sizes, and you can get tanks that are smaller than 1000 gallon, but we recommend that you stick with 1000 square feet as the minimum size tank. Several states now require 1000 gallon tanks as the minimum size requirement.
Are all septic tanks the same size?
A Range of Tank Sizes Septic tank sizes are measured in gallons, based on the amount of sewage the tank can hold. Standard tank sizes are typically 1,000, 1,250 and 1,500 gallons, and these suit most homes. Typically, the minimum tank liquid capacity of a one- to three-bedroom home is 1,000 gallons.
Basics for Septic Systems
On-site sewage facilities, also known as OSSFs, must be developed on the basis of a site evaluation that takes into consideration the specific requirements of the location. The system of choice for around 20% of new homes being built in Texas is the radon mitigation system. An On-Site Sewage Facility (OSSF), sometimes known as a “septic system,” is a sewage treatment system that is located on a property. As a result of the unexpected surge in new housing construction in suburban and rural regions, more Texas families are reliant on an OSSF for the treatment and disposal of their domestic sewage.
Systems that accomplish their jobs well while also protecting the environment are made possible by new methods to design and oversight of OSSFs.
A number of soil tests are ruling out traditional systems, which separate liquids from solid waste in a holding tank and then distribute them throughout a drainfield using underground pipes or other proprietary items in many regions of the state.
However, because the majority of Texas soils are incapable of adequately absorbing contaminants, different treatment procedures are necessary.
Any work on an OSSF must be done by a licensed installer or, in the case of a single-family property, by the homeowner himself or herself.
Who checks to make sure the requirements are followed?
Local governments in most parts of the state have taken on the obligation of ensuring that OSSFs in their jurisdictions comply with all applicable state regulations and procedures. There are several local governments that serve as “authorized agents” (AA) of the Texas Commission on Environmental Quality, which is in charge of managing the OSSF Program. A “designated representative” (DR) assists the AA in carrying out their tasks, which include examining plans for constructing, changing, extending, or repairing each OSSF; granting permits; and checking the system’s installation, among others.
The OSSF’s authorized agents and representatives also investigate and respond to complaints to verify that the OSSF is in compliance with minimal requirements.
After that, the agent can file a criminal complaint with the local judge of the peace, who will then investigate the matter.
Industrial or hazardous waste cannot be introduced into an OSSF; instead, this waste will be handled in the soil, destroying the OSSF by actually killing the microorganisms that break down the biosolids and causing it to fail.
Keep in mind that septic systems are intended to manage human waste rather than chemicals.
All OSSFs will require maintenance at some point in their lives. Conventional anaerobic systems require the septic tank to be pumped out on a regular basis in order to remove sediments and prevent the system from backing up. It is advised that you pump your septic tank once every three to five years in order to avoid short circuiting the treatment process and causing damage. To acquire a list of registered sludge transporters in your region, go to theSludge Transporter Queryonline. Aerobic systems are more complicated and require more upkeep than anaerobic ones do.
- A number of regulatory authorities have enacted more strict rules, which may include homeowner training or even prohibiting homeowners from performing upkeep on their properties.
- In order to guarantee that the system runs appropriately, it is recommended that you contract with a licensed maintenance provider to verify, debug, and test the system as required by 30 TAC 285.91(4).
- Once every six months if the system employs an electronic monitor, automated radio, or telephone to alert the maintenance provider of system or component failure as well as to monitor the quantity of disinfection remaining in the system, reporting might be lowered to once every six months.
- If any needed repairs are not completed, the permitting authority will be notified of the failure.
- The pills are extremely reactive, and within 10 minutes, they will have killed 99 percent of the germs present in the effluent.
- AVOID USING TABLETS DESIGNED FOR SWIMMING POOL USE DUE TO THE POSSIBILITY THAT THEY MAY RELEASE A HIGHLY EXPLOSIVE GAS KNOWN AS NITROGEN CHLORIDE.
- Please contact us at (800) 447-2827.
Where can I find more information and assistance?
The Small Business and Local Government Assistance Section of the Texas Commission on Environmental Quality (TCEQ) provides free, confidential assistance to small enterprises and local governments seeking to comply with state environmental requirements.
Call us at (800) 447-2827 or visit our website at TexasEnviroHelp.org for more information.
Choosing a Septic System (On-Site Sewage Facility System)
The following table will assist you in determining the type of septic system (OSSF) that is appropriate for your property. Treatment and disposal methods are briefly described in this section. The links provided below will take you away from the TCEQ Web site in some cases. Please note that the following links are given merely as a service. In light of the fact that the TCEQ has no control over the content of these sites, the agency is unable to assume responsibility for the sites’ continuing validity and maintenance.
In accordance with the results of the site evaluation, use the table below to decide which systems are suitable (S = Suitable, U = Unsuitable) for a particular property.
|On-Site Sewage Facility (OSSF) 9||Soil Texture or Fractured Rock 10(Most restrictive class along the media 1or 2 feet below excavation)||Minimum depth to groundwater||Minimum depth to restrictive horizon 1|
|Disposal Method Treatment||Class Ia||Class Ib, II, 8or III 8||Class IV||Fractured Rock||Measured from bottom of media 7||Measured from bottom of media 7|
|Absorptive Drainfield 2Septic Tank§285.33(b)(1)||U||S||U||U||2 feet||2 feet|
|Absorptive Drainfield 2Secondary Treatment||S 5||S||U||S 5||2 feet||2 feet|
|Lined E-T 2Septic Tank||S||S||S||S||N/A||N/A|
|Lined E-T 2Secondary Treatment||S||S||S||S||N/A||N/A|
|Unlined E-T 2Septic Tank||U||S||S||U||2 feet||2 feet|
|Unlined E-T 2Secondary Treatment||S 5||S||S||S 5||2 feet||2 feet|
|Pumped Effluent Drainfield 3Septic Tank||U||S||S||U||2 feet||1 foot|
|Leaching Chamber 2Septic Tank||U||S||U||U||2 feet||2 feet|
|Leaching Chamber 2Secondary Treatment||S 5||S||U||S 5||2 feet||2 feet|
|Gravel-less Pipe 2Septic Tank||U||S||U||U||2 feet||2 feet|
|Gravel-less Pipe 2Secondary Treatment||S 5||S||U||S 5||2 feet||2 feet|
|Drip Irrigation Septic Tank/Filter||U||S||S||U||2 feet||1 foot|
|Drip Irrigation Secondary Treatment/Filter||S 5||S||S||S 5||1 foot||6 inches|
|Low Pressure Dosing Septic Tank||U||S||S||U||2 feet||1 foot|
|Low Pressure Dosing Secondary Treatment||S 5||S||S||S 5||2 feet||1 foot|
|Mound 4Septic Tank||S||S||S||S||2 feet||1.5 feet|
|Mound 4Secondary Treatment||S||S||S||S||2 feet||1.5 feet|
|Surface Application Secondary Treatment||S 6||S 6||S 6||S 6||N/A||N/A|
|Surface Application Non-standard Treatment||S||S||S||S||N/A||N/A|
|Soil Substitution 2Septic Tank||S||S||U||S||2 feet||2 feet|
|Soil Substitution 2Secondary Treatment||S||S||U||S||2 feet||2 feet|
1If a rock horizon is at least 6 inches above the bottom of the excavation, an absorptive drainfield may be employed; see 285.33(b) for further information (1). The drainage field area is inappropriate for the disposal technique if the slope is more than 30% or if the drainage field area is complicated. Only in areas where the slope is less than or equal to 2.0 percent may it be used for installation of 3 It is not possible to install this product in an area where the slope is more than 10%. 5 It is necessary to sterilize the item before disposal.
6 Requires the presence of plants and disinfection.
According to Section 285.30(b)(1), gravel analysis may be required for further suitability study (B).
Fissured rock is included in the tenth.
Treatment and Disposal System Descriptions
Septic tanks (also known as septic tanks):
- Can be utilized as a principal treatment technique for an OSSF
- Must be designed in conformity with Section 285.32(b)(1) of the Code of Federal Regulations
Secondary treatment options
Treatment as a second option:
- In addition to a proprietary treatment unit (aerobic treatment unit), a standard intermittent sand filter as described in 285.32(b)(2) may be utilized.
- Engineers or sanitarians with professional qualifications must design the system. Only an Installer Class II is authorized to do the installation.
Please refer to Section 285.32 for further information on the testing and approval of a secondary treatment unit (c).
Non-standard treatment options
Treatment that is outside of the norm:
- The use of activated sludge processes, rotating biological contractors, trickling type filters, submerged rock biological filters, recirculating sand filters, or sand filters that are not mentioned in 285.32(b)(2) are all acceptable.
- When secondary treatment is necessary, it must be planned by a licensed professional engineer. Professional sanitarians can design when secondary treatment is not necessary
- Nevertheless, only Installers Class II are qualified to complete the installation.
For further information on nonstandard treatment techniques, read Section 285.32 of this manual (d). To return to the system selection table, click here.
Absorptive Drainfields are comprised of the following:
- Construction using perforated pipe and gravel
- Installation by an Installer Class I or Installer Class II
- Sizing and construction in accordance with 285.33(b)(1)
- Sizing and construction in accordance with 285.33(b)(2)
Evapotranspiration (E-T) systems that are not lined:
- These structures are constructed with either pipe and gravel, leaching chambers, or gravel-less pipe in either a trench or bed configuration and then backfilled with sand
- They can be installed by an Installer Class I or an Installer Class II
- They are sized and constructed in accordance with 285.33(b)(2)
- They are constructed in accordance with 285.33(b)(3)
- And they are constructed in accordance with 285.33(b)(4).
Evapotranspiration (E-T) systems with linings:
- They are constructed in a manner similar to an unlined E-T bed, with the exception that an impervious liner is placed between the excavated surface and the constructed disposal system
- They can only be installed by an Installer Class II
- They are sized and constructed in accordance with 285.33(b)(2)
- And they can only be installed by an Installer Class II.
Pumped Effluent Drainfields (PEDs) are a type of drainage field that collects pumped sewage.
- Pumping effluent into a small diameter perforated pipe in gravel
- Can be installed by an Installer Class I or an Installer Class II
- Are sized and constructed in compliance with 285.33(b)(3)
Proprietary disposal system options
Leaching Chambers (also known as leaching chambers):
- The effluent is deposited into bottomless chambers that are linked together with solid walled pipe, and they are installed in a manner similar to an absorptive drainfield
- They are sized and constructed in accordance with 285.33(c)(2)
- They can be used in the following systems as a substitute for pipe and gravel without any reduction in drainfield sizing:
- Systems utilizing electro-thermal energy
- Low-pressure dosed drainfields
- Or soil replacement drainfields
Pipe with no gravel:
- In the same manner as an absorptive drainfield, but the effluent is deposited into corrugated pipe of either an eight-inch or ten-inch diameter that has been wrapped with geo-textile fabric
- May also be used in E-T systems as a substitute for pipe and gravel
- And are sized and constructed in accordance with Section 285.33(c)(1) of the Federal Water Pollution Control Act.
Irrigation via Drip:
- Small diameter pressurized lines with pressure reducing emitters spaced at maximum intervals of 30 inches
- Requires design by either a professional engineer or a professional sanitarian
- Can only be installed by an Installer Class II
- Is designed and constructed in accordance with 285.33(c)(3)
- And requires design by either a professional engineer or a professional sanitarian.
Non-standard disposal options
LPDs (low-pressure dosed drainfields) are drainfields that are dosed at a low pressure.
- Dispose of effluent that is pumped under low pressure into a solid wall force main and then into a gravel-filled perforated distribution pipe and requires professional design by an Engineer Class II or Professional Sanitarian
- Can only be installed by an Installer Class II
- Are sized and constructed in accordance with 285.33(d)(1)
- And require a professional design by an Engineer Class II or Professional Sanitarian.
Disposal of surface application waste:
- The term “septic system” refers to a method of disposing secondary treated effluent onto the surface of the ground after the maintenance of on-site sewage facilities (Septic Systems). It cannot be used to apply effluent to unseeded bare ground or areas used for growing food, gardens, orchards, or crops that may be used for human consumption. It must be designed by a professional engineer or professional sanitarian. It can only be installed by an Installer Class II.
- Do not exceed the native soil surface
- Must be designed by a professional engineer or professional sanitarian
- Can only be installed by an Installer Class II
- Must be sized and constructed in compliance with 285.33(d)(3)
- And must be erected above the native soil surface.
Drainfields that substitute for soil:
- Construction is similar to that of an absorptive drainfield, with the exception that a 24 inch thick Class Ib and II soil buffer is placed below and on all sides of the drainfield excavation to an elevation equal to the top of the porous media
- Must be designed by a professional engineer or professional sanitarian
- Can be installed by an Installer Class I or Installer Class II
- Are sized and constructed in accordance with 285.33(d)(4)
- And are constructed in accordance with the requirements
To return to the system selection table, click here.
On-Site Sewage Facilities (Septic Systems)
Requirements for on-site sewage facilities in terms of permitting, maintenance, and construction (septic systems). Information for local governments interested in becoming authorized agents of the Texas Commission on Environmental Quality (TCEQ) and administering the program. Information about how to file a formal complaint against these facilities may be found here.
HOTOn-Site Sewage Facility Rule Petition
Choosing, installing, and maintaining an on-site sewage facility are all things you should know (OSSF or septic system).
Information for Licensees
Find out how to receive training, pay fees, and renew your OSSF license if you already have one or would like to earn one in the near future.
Information for Regulators
Access information about licensed OSSF experts as well as goods that have been approved by the TCEQ, reporting information, and guidelines.
Getting a Permit for an On-Site Sewage Facility – Such as a Septic System
Allowing for the construction of on-site sewage facilities, such as septic tanks, pump-out stations, holding tanks, and transportation systems
Permitting Data for On-Site Sewage Facilities (Septic Systems)
Annual data reports on the types of on-site sewage facilities (OSSF) or septic systems that have been installed in each county and each year are available online.
NEWTexas On-Site Sewage Facility Grant Program (TOGP)
Requests for grant applications as well as the necessary application forms are made. UPDATEAlert: COVID19 OSSF Guidance has been released.
Getting a Permit for an On-Site Sewage Facility – Such as a Septic System
A permit is necessary for the construction, installation, alteration, extension, or repair of an On-site Sewage Facility, with a few exceptions as mentioned below (OSSF). Always double-check with your local permitting authority before proceeding. Local permitting programs may be more strict than those mandated by state law in some cases. Texas law provides allow for an OSSF to be excluded from permitting requirements if the OSSF meets the following criteria:
- If the OSSF serves a single family residence on a tract of land that is 10 acres or larger, it is not a nuisance or a groundwater contaminant
- All parts of the OSSF are at least 100 feet from the property line
- The effluent is disposed of on the property
- And, the single family residence is the only dwelling on the tract of land
It is not necessary to get a permit for emergency repairs (such as the replacement of tank lids, input and outlet devices, and the repair of solid lines), but they must be notified to the appropriate permitting body within 72 hours of the start of the repairs. Emergency repairs are specified in 30 TAC Subchapter D, Section 285.35 of the Texas Administrative Code. Even if a permit is not necessary, the OSSF must adhere to the state’s minimal requirements.
Texas Septic Tank Requirements
Photograph courtesy of Valerie Loiseleux/E+/Getty Images.
In This Article
- Site evaluation for a septic tank
- Types of septic systems
- Do-it-yourself (DIY) septic tank installation
- Septic Tank Permits
In Texas, they say that everything is larger, and this is certainly true in terms of septic tank standards. To have an aseptic tank constructed in the Lone Star State, you’ll have to go through a number of hoops, including site inspections, permits, and permitted installation processes, to name just a few of them. If you’re building a home on the range, here are some things to bear in mind while establishing a septic system: Making sure you have the right permits in place before constructing a new septic tank or updating an existing one is the first step to taking care of business.
The majority of septic tank installations in the state of Texas require a permission from the state. There are, however, certain exceptions to this rule. Texas state law does not require a permit if the tank complies with the following requirements:
- In order to qualify, the tank must serve a single-family dwelling located on a property with a minimum of 10 acres in size (and this residence might be the sole residence on the site)
- The tank must not be a source of public nuisance or harm groundwater. Neither the tank nor the property can be more than 100 feet apart from each other. The tank is unable to dispose of the wastewater on the land
- As a result,
Emergency septic tank repairs are another exemption, and they are not required to get a permit in this case. Even if you complete the repairs within 72 hours after starting them, you must still submit them to the appropriate permitting authorities. In addition to the state criteria, licenses issued by local authorities may be subject to more strict regulations.
Grandfathered Septic Tank Systems
If the following conditions are satisfied, a house septic tank in Texas may be grandfathered and exempt from some regulatory procedures, depending on the circumstances:
- The system must have been installed before to September 1, 1989, or prior to the establishment of an authorized installation program by a local dealer The tank must be equipped with a treatment and disposal system. The tank is not being utilized to treat a bigger volume of sewage than it was when it was initially constructed.
Septic Tank Site Evaluation
Since September 2002, the state of Texas has mandated a site review of any place where a septic tank system will be constructed before it will allow the system to be implemented. The suitable evaluation may only be carried out by a licensed site evaluator or a qualified professional engineer who are both licensed. A septic system evaluation is performed to evaluate the soil quality, including percolation rates, groundwater levels, and other characteristics that will be used to identify which septic system is most appropriate for the site’s conditions.
Evaporative-transpiration (E-T) systems, for example, are acceptable for the vast majority of installations, provided that the slope of the field does not exceed 30 percent.
Mound systems, low-pressure dosing, absorptive drain fields, and leaching chambers are all subject to the same limits and criteria as the others.
DIY Septic Tank Installation
Under Texas law, it is permissible to construct your own septic system. Certain systems, on the other hand, cannot be marketed to individual property owners and must instead be sold through manufacturing representatives. Additional requirements include that if you pay for any work done by contractors while installing the tank yourself, the contractors must be licensed to do so by the State of Texas. One such instance would be the hire of a contractor to dig a hole for the installation of the septic tank.
Heres a look at texas septic system regulations
Take a look at the regulations for septic systems in Texas. If you’re intending to build a home on the outskirts of San Antonio or elsewhere in east Texas, a septic system is likely to be the most cost-effective and environmentally friendly option for wastewater treatment. Ultimate Construction have the equipment and knowledge necessary to complete all of the excavation work required. Contact us now to learn more. The following are some of our services: demolition hauling, waste removal, landscaping, excavation, pool removal, and more.
- Here’s a peek at the entire procedure from start to finish.
- An engineer or a professional site assessor evaluates the site and its soil to determine its suitability for development.
- For example, an on-site sewage system must be at least 10 feet away from a private water line and 50 feet away from streams, ponds, rivers, and lakes in order to be considered safe to use.
- The soil conditions of your property are taken into consideration while selecting a system.
- Homeowners can occasionally complete this task on their own; but, more often than not, the services of a qualified sanitarian or professional engineer are required.
- The design, as well as an application for a permission, are submitted to the appropriate authorities.
To guarantee that proper hygienic and environmental procedures have been followed, this procedure must be performed.
The installer is responsible for notifying the appropriate authorities of the date on which work will commence.
For example, if the incorrect soil type was reported, the procedure will have to be repeated from the very start.
During the course of the building process, an officially approved inspector must be permitted to check the work at various stages.
Overall, the goal of these Texas septic system rules is to safeguard the general public from environmental risks.
8. Once the construction has been finished in accordance with all applicable rules and regulations, the authority will provide a final permission to the construction project. After that, the system can be utilized in the manner intended.
Penalties for Non-Compliance
According to Texas septic system legislation, a homeowner who deviates from the approved plan may face legal consequences. He or she may also be subject to legal consequences if they use an insufficient septic system. Site evaluators, installers, and apprentices may have their licenses revoked if they are found guilty of any of the following violations: Information or paperwork that has been falsified. Not exercising sound, professional judgment when carrying out their responsibilities Contravening the provisions of applicable rules or state legislation.
It is possible to find out who is responsible for providing permits, completing inspections, and granting final approval of on-site sewage systems in your region by consulting your local health department or the Texas Commission on Environmental Quality office in your area.
How Often Should I Be Cleaning My Grease Traps?
Even people who have septic tanks built on their homes may be unaware of how they operate or whether or not local restrictions apply to them. However, while residential tanks are often deemed to be’residential,’ there are rare instances in which alternative restrictions apply. For example, Moreover, while the rules differ, you may be surprised at how similar the systems are in terms of design and scale. In this essay, we delve deeper into the subject matter.
Commercial V. Residential Regulations
One of the most significant distinctions between commercial and residential septic tank systems is the manner in which various states in the United States regulate the business. The rules governing commercial and residential properties are clearly distinguished in various states. If a property’s size, such as the number of rooms or the amount of use it receives, surpasses a specific threshold, the requirements for the septic tank system may be altered. Furthermore, in some areas, the volume of waste handled by the septic tank will have an impact on the way the tank is treated by the regulatory authorities.
This might be a large apartment complex with a large number of people.
Commercial V. Residential Basic Design
The fundamental design of a septic treatment system is the same regardless of whether it is for a home or commercial use. Both systems drain the wastewater from the premises into a septic tank that is buried underground on adjacent land and is used for sewage disposal. During the treatment process, wastewater is broken down in tanks and transferred to a drainage field via subterranean pipelines. The installation of commercial septic systems is identical to that of residential systems; however, there are certain differences depending on the amount of waste that has to be treated.
Commercial buildings on a greater scale may necessitate the installation of much bigger septic tanks, as well as the pre-treatment of effluent materials to aid in its degradation.
Commercial V. Residential Larger Design
It is possible that a property will require a bigger system in order to keep up with demand. However, while this might be true for residential houses, it is more common for commercial properties. The quickest and most straightforward method of increasing the capacity of a property is to immediately expand the size of the drain field. An increased amount of waste water may be treated as a result of this. In some circumstances, despite the fact that the property’s capacity has increased, it is not possible to expand the drain field horizontally.
In these instances, the drainfield is expanded vertically as well as horizontally.
Commercial V. Residential Basic Maintenance
Septic tank maintenance is frequently disregarded since most individuals are not familiar with the methods. In the absence of adequate maintenance – performed every four years by a Septic Company in Willis TX– a septic tank can become contaminated to hazardous levels, posing a threat to both humans and the environment. Because commercial sites are generally larger and more intensive than residential properties, normal maintenance of septic tanks must be performed on a more frequent basis. Depending on the situation, the septic tank may need to be pumped on a regular basis, and the drain field may need to be checked for pollution.
Frequently Asked Questions about Septic Systems
To read more about the many types of septic systems, including: click here.
- To discover more about the many types of septic systems, including: click here
Questions Applicable to All Types of Septic Systems
Is it necessary for me to seek a permit in order to repair my septic system? Yes. Repairing any form of septic system in Texas requires a permit that has been granted by the state, with limited exceptions. In order to ensure that the individual performing the repairs has sufficient expertise and knows the proper methods and protocols for fixing the system, this law was enacted. Environmental protection, as well as the protection of the homeowner and his neighbors, are the goals of the law. What is the procedure for getting a permit for a repair or an installation?
- The kind of soil, the location of the system in relation to creeks, rivers, lakes, and property lines, as well as the type of septic system to be repaired or rebuilt, as well as the installation or repair plan, are all taken into consideration in the permit application.
- In light of the possible problems associated with acquiring permits, the majority of service providers ask that the homeowner complete and submit the application on their behalf.
- Is it safe to flush toilet paper down the toilet?
- Based on the number of bedrooms in the house, the size of the holding tank is determined.
- Because of this, using toilet paper should not pose an issue as long as the system is not needed to process more wastewater than it was designed to manage.
In what intervals do I require pumping of my system? This answer is dependent on the size of the system as well as the amount of individuals that are utilizing the system to provide it. For the average household, the answer is every three to five years, depending on the circumstances.
|Household size (number of people)|
|Tank Size (gallons)||Duration (in years) Between Pumpings or Inspections|
The Texas Commission on Environmental Quality contributed the information in the table above. Is it necessary for me to add any supplements to my system? The majority of the time, additives are not required to keep a well functioning septic system running. However, there are occasions when a system becomes overwhelmed with organic material, and the enzymes and bacteria found in additives might actually be beneficial. The possibility of this occurring arises when a system is temporarily forced to process more garbage than it was designed to handle, as in the case of repeated big parties or an influx of guests for a prolonged period of time.
Flooding Related Questions Applicable to All Types of Septic Systems
Water overflowing from a traditional drain field might cause a septic system to flood if the field has been saturated by rain or rising stream, creek, or river water. Flooding happens in an aerobic system when the aerobic tanks become overflowing with runoff rain water and the system ceases to operate. In any instance, the first indicator that there is a problem is generally the fact that the toilets are no longer flushing correctly. In addition, because shower and bath drains are typically positioned at the lowest gravity point in the home, raw sewage may back up into these drains first.
- If at all possible, avoid using the system when the drain field or tanks are completely submerged in water. It is unlikely that the wastewater will be cleansed, and it will instead become a source of pollution. Conserve water to the greatest extent feasible while the system strives to recover itself and the water table drops. Make every effort to keep silt from entering the pump chamber if you have an aerobic septic system (with electric pumps). The presence of silt in the pump chamber after flooding causes it to settle, which might block the drainfield or harm the pump if it is not removed before flooding occurs. When opening the septic tank for pumping when the earth is still damp, proceed with caution and extreme caution. Mud and silt may find their way into the tank and end up in the drain field. In addition, pumping out a tank that is resting in moist soil may cause the tank to “jump out” of the earth as it is being removed. Because the earth may not have entirely settled and compacted, newer systems are more prone to pop out than older systems. While the land is still wet or flooded, it is not recommended to dig into the tank or drainfield area. Try to avoid operating any heavy gear near the drainfield or tanks while they are wet, since they are particularly prone to harm while they are flooded. This type of action has the potential to permanently impair the soil’s capacity to transmit fluids. When the septic tank is flooded, it frequently removes the floating crust of fats and oils that has formed on top of the tank. Some of this muck may float to the surface and plug the outflow tee partly. First and foremost, if your septic system is backing up into your home, check for blockages in the tank’s outflow. Clean up any floodwater that has accumulated in the house without dumping it into the sink or toilet, and give the water time to recede before continuing. Floodwaters in a house that are later pushed through or pumped through the septic tank will generate greater than typical flow rates through the system as a result of the flooding. As a result, the likelihood of an outlet tee being clogged increases considerably. Avoid coming into contact with any electric pump or equipment that may have been submerged during the flood unless the device has been thoroughly cleaned and dried. Mud and silt may have blocked aerobic systems, upflow filters, trickling filters, and other media filters, causing them to get clogged. Prior to restarting the system, these systems will need to be washed, scraped, and otherwise cleaned
What should I do once the floodwaters have receded from my home?
- If you have an in-ground well, wait until the water has been tested by your county health agency before drinking it. Please refrain from making use of your sewer system until the water level in your soil absorption field is lower than any water level everywhere else in your home. If you feel that your septic tank has been damaged, you should get it professionally inspected and maintained. Damage can be detected by the presence of apparent settling or settlement of the ground above the tank, as well as the incapacity of the system to absorb extra water. Because most septic systems are below ground and entirely protected, flooding does not do significant harm to them. Septic tanks and pump chambers, on the other hand, can get clogged with silt and dirt, necessitating their cleaning. A new system may be required if the soil absorption field becomes clogged with silt due to the fact that there is no practical means to clear up the buried lines in an absorption field. In order to avoid the risk of harmful gases and germs being released into the environment, get your tanks fixed or cleaned by skilled professionals. Cleaning and disinfecting the basement floor should be done if sewage has backed up into the space. A chlorine solution containing half a cup of chlorine bleach per gallon of water should be used.
Questions Specific to Aerobic Wastewater Treatement Systems
What is the process for renewing my Aerobic System maintenance contract? Upon installation, each aerobic system is accompanied with a complimentary two-year maintenance contract, which begins the day after the installation procedure is complete. The installation business is first responsible for providing this service. Because most systems are reasonably simple to maintain during their first two years of operation, several installers do not provide maintenance services after that initial two-year period.
- Every year after you sign a maintenance contract with Septic Solutions, your agreement will be automatically renewed.
- The homeowner is responsible for all costs related with maintenance, chlorine, and pumping (as needed) of the pool.
- Our customers may select the contract that is most appropriate for their needs.
- The following activities are carried out during a normal maintenance visit: This will differ depending on the service provider.
- Aside from that, we also examine the amount of sludge in your holding tank.
- What role do the air and water pumps play in an aerobic system, and how significant are they?
- The air pump is used to aerate the wastewater and speed up the breakdown processes in the wastewater treatment plant.
If one of these systems fails to function correctly, the wastewater will become septic.
Is the water that is released from an aerobic system safe to consume?
Before the water is sprayed via the spray field, it is treated to destroy or eradicate germs, and then it is discharged again.
How much does chlorine cost on an annual basis?
We give our clients the option of installing a Smart=Chlor Liquid Chlorinator, which may be run at a far lower cost of chlorine than a traditional liquid chlorinator.
The most common causes of aerobic system odors are: 1) an excessive amount of chemicals being introduced into the system, 2) the presence of a restriction in the air supply, 3) more wastewater being introduced into the system than the system was designed to handle, and 4) an insufficient supply of disinfectant.
When should I add chlorine to my water?
You should keep an eye on your system to ensure that there are always a minimum of 2-3 chlorine pills in the tube at any one moment.
According to Texas law, homeowners are permitted to maintain their own wastewater systems if they have completed a 6-hour, state-approved Basic Wastewater Operations Course, passed the state test, obtained a Class D Wastewater Certificate, and obtained a certification from the manufacturer of their specific wastewater system.
Given the time commitments required to obtain a certificate, the inherent unpleasantness of checking sludge levels, and the requirement that only licensed septic providers perform all necessary repairs, the majority of customers prefer to have their system’s maintenance performed under contract with a certified sewer contractor.
Questions Specific to Non-Aerobic Wastewater Systems
What is the best way to determine the source of a problem with my non-aerobic septic system? On our website, we provide a diagnostic tool that will assist you in identifying the portion of your system that is causing the problem. Septic Solutions of Texas retains ownership of the copyright and reserves all rights.
Permits for an On-Site Sewage Facility (OSSF) Information Sheet from the OSSF Application for a Permit Form for Verification of ETJ Platting Information about Aerobic Wastewater Treatment Systems (911) – Application for Addressing in Rural Areas Application for a Culvert Permit a statement from the OSSF stating that maintenance is required Handout for the Inspection Information for the Site Evaluator Form Driveway Permit Information Sheet from the Texas Department of Transportation Preventing Storm Water Pollution with the “Dirty Dozen”: 12 Simple Steps Brochure Pollution Control on Construction Sites: Preventing Stormwater Pollution Brochure Construction General Permit Requirements from the Texas Commission on Environmental Quality Brochure Maintaining your septic system will help to keep well water safe.
The form may be saved to your computer by right-clicking on the link and selecting “Save As.” Simply click on the link to open the form in your web browser.
View the following report to see whether the on-site sewage plant on your property is due for an inspection to find out if it is. The following report contains information on upcoming aerobic system maintenance (organized by installer/maintenance company). Please refer to the court ruling provided below for information on the laws and regulations governing on-site sewage treatment facilities: The Rules and Regulations for On-Site Sewage Facilities (CO2008-187-03-11) Plat of the Subdivision Application for OSSF Review On-Site Sewage Facility (OSSF) Frequently Asked Questions (AKA “Septic”) Is it necessary for me to submit an application for an OSSF (On-Site Sewage Facility) via Collin County?
- It is necessary to apply for an OSSF permit via Collin County Development Services if your property is located outside of the municipal boundaries of Plano. You may obtain the permission application, as well as other useful information, by visiting this page. It is possible that you may be have to apply for an OSSF permit via Collin County Development Services if your property is situated INSIDE the city boundaries. According to the Texas Commission on Environmental Quality (TCEQ), each city has a list of the permitting agency (also known as an Authorized Agent). The Authorized Agent for your city is Collin County if it is not named on the list.
When looking for a Registered Sanitarian or a Professional Engineer to design a new OSSF or to design a repair to an existing OSSF, what should I look for? Local professionals that have been approved and have the necessary credentials to undertake OSSF design work in Collin County are listed on a courtesy list maintained by Collin County. The information in this list is given primarily for the purpose of convenience. Collin County makes no endorsements or warranties about the work of any of the persons listed on this page.
- Where can I locate an installer or a maintenance provider for my Open Source Software Foundation (OSSF)?
- What regulations do I have to follow in order to be a member of OSSF?
- What is the location of the OSSF Affidavit?
- How long does my OSSF permit last before it expires?
- What is the procedure for registering the OSSF in my name?
Is there a specific address where I should send OSSF contracts, maintenance reports, or change of ownership forms? Either mail or fax your submissions to: 4690 Community Ave., Suite 200 McKinney, TX 75071, or send them through email to [email protected].
On-Site Sewage Facilities Program
The On-Site Sewage Facilities Program of the Louisiana Clean Water Authority covers the inspection and licensing of OSSF systems in the Highland Lakes area. Under Chapter 341 and Chapter 366 of the Texas Health and Safety Code, the Texas Commission on Environmental Quality recognized LCRA as an authorized agency to administer its on-site sewage facility regulations and requirements under LCRA’s authority. The laws serve to keep pollution to a minimum and water quality in the Highland Lakes protected.
The OSSF program was the first water quality initiative implemented by the LCRA.
The upper Highland Lakes are monitored by the Texas Commission on Environmental Quality.
Questions, comments, and concerns can be submitted using the Contact LCRA page. More information about the complaint procedure for this program may be found here. View the complaint statistics for the year 2021. How can I file an appeal against a permit decision? Consult the LCRA On-Site Sewage Facilities Program Appeals Process for more information.
On-Site Sewage Facilities – Frequently Asked Questions
A homeowner may build traditional septic systems under specific conditions, according to the guidelines for On-Site Sewage Facilities (OSSFs). A typical septic system is a suitable method of sewage treatment, but only if it is suited for the soil characteristics at the site in question. Water absorption is inadequate in locations with a high concentration of clay material in the soil, making it impossible for that sort of system to function correctly. This can result in runoff from the system, which can damage groundwater (wells and aquifers) or surface water (lakes and rivers) (creeks, rivers, andlakes).
The soil type influences whether or not a conventional system may be employed, and whether or not an aerobic OSSF is necessary.
Unfortunately, the great majority of the soil in this location has an excessive amount of clay, making it impossible for a typical system to work correctly.
What are the rules related to On-Site Sewage Facilities?
Our organization, the Angelina Neches River Authority, is the Authorized Agent for the purpose of administering and enforcing the State of Texas’ laws pertaining to OSSFs; however, we did not develop those rules.
Please keep in mind that the great majority of the rules that regulate OSSFs are governed by the laws of the State of Texas, not the federal government. The following are the state rules that apply:
- Chapter 366 of the Texas Health and Safety Code
- Title 30,Texas Administrative Code Chapter 285
- Title 30,Texas Administrative Code Chapter 30, Subchapters A and G
- Title 30,Texas Administrative
Those regulations may be found in a document published by the Texas Commission on Environmental Quality (TCEQ) titled On-Site Sewage Facility Rules Compilation (RG-472) In addition to the state regulations, the AngelinaNeches River Authority’s Order Adopting Rules of the AngelinaNeches River Authority for On-Site Sewage Facilities has a few extra regulations. Certain revisions to that Order are tougher than the state’s standards, and we have them in that Order. Section 10 of the Order contains the extra requirements that must be followed.
What are the proper steps to obtaining a permit to construct a wastewater system in ANRA’s OSSF jurisdiction?
The first step is to fill out an ANRA septic application and pay the appropriate permits cost before moving forward. Forms and instructions are available on our Forms and Instructions Page, or they can be received by mail, in person, or by downloading them. It is necessary to have a wastewater system design performed by a Texas Registered Sanitarian as the second stage. The design must be submitted to the American National Standards Institute (ANRA) for assessment in order to get the required wastewater system permit.
What number should I call if I have a question about my septic system or the ANRA permitting process?
ANRA OSSF Coordinator at 936-632-7795 will be able to assist you with any inquiries you may have about on-site wastewater septic system permitting, inspections, license transfers, or nuisance complaints.
Will my new wastewater system be inspected by an ANRA staff member?
Yes. The ANRA will inspect all new wastewater systems before they are put into service. The inspection must be conducted with the presence of the septic system installer.
Is a homeowner required to transfer ownership of a wastewater license when property is sold?
Yes. When a property is sold, Texas state law mandates that the homeowner transfer ownership of the home’s wastewater treatment system. If the transfer is not completed, the license may be revoked under the terms of the legislation. It is possible to receive a license transfer application at the ANRA office or by visiting ourForms and Instructions Page.
Can a licensed wastewater system be modified?
Yes. Property owners in Texas are required to transfer ownership of their wastewater systems when they sell their house. If the transfer is not completed, the license may be revoked by the state. It is possible to receive a license transfer application at the ANRA office or by visiting ourForms and Instructions page.
Is there a minimum lot size to install a wastewater system in the ANRA’s OSSF jurisdiction?
Yes, according to Texas State Law, a 12-acre site with a public water supply connection is required as a bare minimum. In the event that all setbacks on the septic system design have been satisfied, the ANRA may provide a deviation to this rule. The requirements may differ from one county to the next.
Is there a minimum distance required from a water well to a wastewater system?
Yes. If the water well has a concrete lined casing, a fifty-foot separation distance is necessary; otherwise, a hundred-foot separation distance is required.
Does ANRA investigate wastewater nuisance complaints?
Yes, provided a formal complaint form is filed with precise instructions, wastewater nuisance concerns will be examined in a timely manner. Downloadable versions of the nuisance complaint form are available on ourForms and Instructions Page.
What is a Licensed Installer?
Someone who has been granted a permit by the Texas Commission on Environmental Quality (TCEQ) to construct on-site sewage treatment plants (OSSF). There are two types of licenses available. Traditional OSSF systems can be installed by Installer Class I (OSI), who is allowed to do so (septic tanks, absorptive drainfields, unlined ET drainfields, leaching chambers, gravel-less pipe, and pumped effluent drainfields).
Operator Class II (OSI II) is permitted to install ALL kinds of OSSF systems, save for those that are specifically excluded (including aerobic systems).
What is a Site Designer?
A person must first be recognized as a certified sanitarian by the Texas Department of State Health Services or as a professional engineer by the Texas Board of Professional Engineers in order to lawfully deliver a site design.