How Much Does It Cost For A Septic Tank Areator? (Correct answer)

  • Generally, a septic aerator will not cost more than $10 a month. This cost is pretty affordable. Because a septic aerator doesn’t consume too much electricity.

How long does a septic aerator last?

The lifespan of your aerator will vary based on the size of the aerator, the frequency with which it is used, the size of your tank and what elements the aerator is exposed to. Most pumps last anywhere from two to five years before they need to be replaced.

How much does an aerator system cost?

Aerobic septic systems have an average cost between $10,000 and $20,000, as they are fairly complicated systems. The simpler anaerobic septic system has an average cost between $2,000 and $5,000.

Can I add an aerator to my septic tank?

The SepAerator® Septic Tank Aerator from Septic Solutions can be added to any existing septic tank to rejuvenate failing secondary treatment systems such as drainfields, mound systems, and sand filters. This system was designed by experts with over 25 year experience in the aerobic treatment industry.

How much does an aeration tank cost?

Aerobic systems, those that require oxygen to function, cost $10,000 to $20,000 on average. If you’re converting from anaerobic to aerobic, you’ll likely need a second tank, but it’ll only cost $5,000 to $10,000 to convert.

Should a septic tank aerator run all the time?

The aerator should run 24/7. It should continuously provide much-needed oxygen inside the septic tank of an aerobic system. The aerobic bacteria need air to survive.

How do I know if my septic aerator is working?

The surest sign your aerator has failed is an overwhelming unpleasant odor coming from where your system discharges, whether into a secondary treatment system or directly into the environment.

Which is better aerobic or anaerobic septic systems?

Anaerobic Bacteria. Aerobic bacterial colonies are generally regarded as better for on-site wastewater treatment. According to the Food and Agriculture Organization of the United Nations, aerobic bacteria are less susceptible to household chemicals than anaerobic bacteria.

What does a septic tank aerator do?

What exactly is a septic tank aerator? An aerator, or air pump, pushes air and oxygen into your septic system. The additional oxygen increases natural bacterial activity within the system, that then provides additional treatment for nutrients in the effluent.

How often do aerobic septic systems need to be pumped?

How Often Should My Aerobic System Be Pumped? There are many variables that affect how often your system needs to be pumped. This is determined by the usage of your system, and the number of people living in your home, we suggest that your system be pumped every three to five years.

How long does it take a septic aerator to work?

Most systems respond rather quickly, say within 4 weeks. The system will be fully functional during this period.

How much power does a septic aerator use?

That’s 86 watts per hour (less than running a 100W light bulb).

How do you maintain an aerobic septic system?

Here are the dos:

  1. Regularly Inspect Your Septic System.
  2. Pump Out Whenever Necessary.
  3. Be Water-wise.
  4. Use Licensed, Certified Companies.
  5. Flush Solids Down the Drains.
  6. Pour Harsh Chemicals in Your Toilets.
  7. Park Cars or Trucks on Your Drainfield or Reserve Area.
  8. Add Septic Tank Additives.

Amazon.com : septic aerator

When it comes to the costs associated with building a home, sewage systems are among the most expensive components to consider. When it comes to home improvement projects, replacing a sewer system may be quite costly. When it comes to increasing the market value of your property, repairing your septic system will only make a little difference. In terms of return on investment, it is mediocre. A new septic system is not likely to have a substantial influence on the value of your property. This advice on the cost of replacing a septic tank and leach field should have been beneficial to you, and I hope you found it so.

In order to contact Bill, please send an email to [email protected] or call 508-625-0191.

Is it possible that you are considering selling your house?

The following towns in Metrowest Massachusetts are served by my Real Estate Sales: Ashland; Douglas; Framingham; Franklin; Grafton; Holliston; Hopkinton; Hopedale; Medway; Mendon; Milford; Millbury; Millville; Natick; Northborough; Northbridge; Shrewsbury; Southborough; Sutton; Wayland; Westborough; Whitinsville; Worcester; Upton; and Uxbridge MA.

DescriptionFind out how much it costs to install a new septic system as well as how much it costs to replace an old septic system in this section.

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Cost of an Aerobic vs Anaerobic Septic System (2022)

Because aerobic septic systems are rather complex systems, the average cost of an aerobic septic system is between $10,000 and $20,000. The less complex anaerobic septic system has an average cost of between $2,000 and $5,000 on a per-unit basis.

In This Article

  1. Exemples of Septic System Prices Paid
  2. Aerobic Septic System Costs
  3. Anaerobic Septic System Costs
  4. Labor Costs
  5. Aerobic Septic System Pros
  6. Anaerobic Septic System Cons
  7. Choosing a Septic System
  8. Choosing a Contractor
  9. Free Septic System Quotes, and more.

Example Septic System Prices Paid; Aerobic Septic System Costs; Anaerobic Septic System Costs; Labor Costs; Aerobic Septic System Pros; Anaerobic Septic System Cons; Choosing a Septic System; Choosing a Contractor; Free Septic System Quotes;

City or State Zip Code Average Price Paid
Boston, MA 02108 $7,787
New York City 10001 $6,275
Philadelphia, PA 19019 $11,878
Massachusetts Statewide $6,487
North Carolina Statewide $3,511
New Hampshire Statewide $9,325

*According to HomeAdvisor.com users

Aerobic Septic System Costs

aerobic septic systems require aerobic bacteria (bacteria that prefer oxygen) as well as an air pump to properly oxygenate the septic tank and aid in waste breakdown and decomposition. The cost of an aerobic system varies based on the size of the system, the soil conditions, and your location; nonetheless, aerobic systems are more intricate than their anaerobic counterparts and thus cost more.

  • Septic systems that use aerobic bacteria (bacteria that like oxygen) and an air pump to aerate the tank and enhance waste breakdown are known as aerobic septic systems. Aerobic setups are more sophisticated than their anaerobic counterparts and cost more money, even though costs vary based on the size of the system, soil conditions, and your geographic region.

Anaerobic Septic System Costs

When it comes to waste breakdown, anaerobic septic systems rely on the presence of anaerobic bacteria (bacteria that abhor oxygen).

The cost of these systems varies depending on their size, where you live, and the soil conditions.

  • The majority of municipalities require a permit for the installation of a septic system, which can cost anywhere between $250 and $1,000 depending on your region. An anaerobic septic system typically costs between $2,000 and $5,000 to install and maintain. In places with higher labor rates and material costs, prices may climb to between $4,000 and $15,000
  • Nevertheless, prices in other areas may remain stable. Septic tanks, on average, cost between $500 and $1,800 depending on the size of the tank
  • However, there are some exceptions. In general, the cost of piping and related supplies is between $100 and $200. Every one to three years, the system will need to be examined, which will cost on average between $200 and $600 every inspection. Pumping costs on average between $200 and $400
  • However, some companies charge more.

Labor Costs to Install a Septic System

In many cases, the installation expenses for septic systems are as costly as, if not larger than, the cost of the system itself.

  • The cost of installing a septic system is between $1,500 and $4,000 on average.

Although you may be tempted to install the system yourself in order to save money, working with a professional is the most effective approach to ensure that the task is done correctly the first time. Tanks that are not correctly installed might leak and pollute the water supply, resulting in considerable harm and expensive repairs to the environment. Keep in mind that while looking for an installer, price should not be the only factor to take into consideration. Although the lowest bidder’s price may be appealing, that does not always imply that he or she is the most qualified candidate for the job.

It is a good idea to question others about their experiences working with an installation in order to get a sense of the type of work they will accomplish for you in the future.

Pros and Cons of Aerobic Septic Systems

Three different tanks are used in aerobic systems. Aerators circulate bubbles of oxygen through the waste when it enters the first tank and settles into layers. Waste then flows into the second tank (the treatment tank), where it is further treated. This is the point at which the aerobic bacterium eats the organic components. After that, it is transferred to a pump tank for final treatment. There are advantages and disadvantages to using aerobic septic systems.

Aerobic Septic System Pros

  • There are three distinct tanks in an aerobic system. In the first tank, waste settles into layers and is sent to the second tank (the treatment tank), where an aerator circulates bubbles of oxygen through the waste. The aerobic bacteria devour the materials in this location. A pump tank is then used for the ultimate treatment of the waste. Aerobic septic systems have both advantages and disadvantages.

Aerobic Septic System Cons

  • Cost:Aerobic systems are significantly more expensive than anaerobic septic systems, typically costing two to three times as much. Over time, aerobic septic tanks will require more care than traditional septic tanks do. When the system is ignored, the quality of the therapy suffers. Failure to properly maintain a system may potentially result in the failure of the entire unit. Weather conditions: If the temperature in an aerobic septic system drops too low, the quality of the treatment suffers as a result.

Pros and Cons of Anaerobic Septic Systems

Economical: Anaerobic septic systems are significantly more expensive than aerobic systems, costing two to three times as much. Over time, aerobic septic tanks will require more maintenance than conventional septic tanks. Poor treatment quality occurs when the system is not maintained. Keeping a system in proper working order might prevent it from failing completely. Weather: If the temperature in an aerobic septic system drops too low, the quality of the treatment suffers.

Anaerobic Septic System Pros

  • Availability: Anaerobic systems are more frequent than aerobic systems, and they are generally more easily available than aerobic systems. Cost: These systems are far less expensive than aerobic systems, which is partially owing to the fact that they are considerably simpler. Anaerobic septic systems are environmentally beneficial since they do not require the use of chemicals or electricity to treat the water.

Anaerobic Septic System Cons

  • Pumping: Because anaerobic systems have fewer tanks, they frequently require more pumping than aerobic systems. When it comes to resale value, many prospective home buyers have never lived in homes that have been equipped with a septic tank, which might make it harder to sell your property. Solid waste: Anaerobic septic tanks, which have only one tank and a pipe system, are more sensitive to solid waste than aerobic septic tanks.

Choosing a Septic System

The decision between aerobic and anaerobic septic systems is typically a matter of personal preference. Examine your answers to the following questions:

  • What is the size of my budget? • If you have a tight budget, it’s usually best to go with a standard anaerobic system. • What is the size of my property? – An aerobic system may be required for extremely tiny lots, which will need you to spend the extra money. What is the significance of environmental impact? For those who are concerned about the environment, an aerobic system may be worth the additional expense because the effluent it generates is far cleaner. If protecting the environment is not a top priority for you, an anaerobic system may be the best option for you. What are the applicable legislation in the area? • Does your city or municipality have any restrictions on the installation of aerobic systems in residential properties? If this is the case, the decision has already been made for you. Is it possible for me to adhere to a maintenance schedule? – Aerobic systems may be more efficient and longer-lasting than conventional systems, but those advantages might be lost if you do not adhere to a regular maintenance plan. Aerobic systems demand more care than anaerobic systems, so if you’re the sort of person who forgets to get an oil change or arrange a dental visit on time, think again.
See also:  What Kind Of Service Does A Septic Tank Need? (Solution found)

Choosing a Contractor

In your location, a fast Google search should show up several options for septic service providers. However, not all of them are identical, and you shouldn’t just choose one at random. Here are a few pointers:

  • Inquire about recommendations. If you have a septic system, there is a good possibility that your neighbors have as well. Discover who they utilized and whether or not they were satisfied with the service. Alternatively, you might contact your local wastewater management authority or a comparable organization. Request estimates from various contractors to evaluate pricing, but don’t make your final decision based only on price. Remove any quotations that appear suspiciously high – or low – in any direction. Check to see that any firm you engage is licensed, bonded, and insured before you hire them. Insist on seeing proof. A firm that is bonded but does not complete the task may be able to file a claim against the bond to recover the money you’ve spent, or you may be able to have someone else do the job at no further cost. Insurance is essential because, if you do not have it, you may be held financially accountable for incidents that happen on your property.

References:

  • Septic 101: Aerobic vs anaerobic bacteria
  • Septic Systems: What Are the Differences Between Aerobic and Anaerobic Systems? Exactly how often should I pump out my septic tank is up to you. It is your responsibility to maintain your septic system.

Find Local Septic Pros Who Will Compete for Your Business

  • Send in your question or comment about how to manage aerobic septic systems, often known as ATUs.

InspectAPedia does not allow any form of conflict of interest. The sponsors, goods, and services described on this website are not affiliated with us in any way. The following are the expenses of maintaining and cleaning an aerobic septic system: An informal survey of septic system maintenance companies in several U.S. states, including Florida, Texas, and Montana, was used to compile annual or monthly costs for typical on-site inspection and maintenance of aerobic septic system units (ASUs) or onsite septic system facilities (OSSFs) in the United States.

The design, characteristics, inspection, repair, and maintenance of aerobic septic systems are all discussed.

There is also a list of product sources. For this topic, we also have anARTICLE INDEX available, or you may check the top or bottom of the page. Use the SEARCH BOX to discover the information you’re looking for quickly.

Aerobic Septic System MaintenanceRepair Costs

The majority of aerobic septic system owners purchase an aerobic septic system or on-site sewage facility maintenance contract, which covers routine maintenance, routine repairs, and replacement of mechanical parts such as a failed pump or control, as well as the installation of new mechanical parts. When you speak with septic repair firms, you should attempt to collect at least three quotations, and you should inquire about the company’s service history and experience before making a decision.

Reader Question: cost for aerobic septic system maintenancerepairs

(Apr 19, 2015) The date is. Gregg Edelmann expressed himself as follows: We are considering acquiring a 5-acre parcel of land that has an aerobic septic system installed. How much should we anticipate to spend for routine maintenance services on a monthly basis? I’m simply looking for a ballpark to get a sense of proportion. Thanks!

Reply:

In fact, the Texas Health and Safety Code 366.0515 mandates the use of a septic system maintenance contract in various states in the United States, including Texas. The producer of septic systems must also ensure that their system is being properly maintained, according to the requirements of that state. Under the law, it is necessary for the on-site septic facility expert (OSSF) to be properly qualified and certified, and she or he must conduct (at least) three site visits per year to examine the septic system’s condition.

I’ve examined expert research, and the most typical reason for septic system failures, and hence for environmental pollution as well as possible in-home sewage backups, is a failure to execute adequate system maintenance, according to the studies.

The cost will differ depending on where you are.

Schedule of Aerobic Septic SystemMaintenanceRepair Costsper Year

Level of Aerobic Maintenance Plan Services Annual Cost Costs IncludedNot Included
Level 1 $175-$200 3 On-site inspections, minor maintenance, repairsparts extra. Typical minimum extra cost for repairs: $75. + parts.
Level 2 $500 Three onsite inspections, chlorine disinfectant maintenancesupplies, enzyme treatments if a garbage disposer is in use, plus an additional charge for repairs and parts.
Septic system disinfectant costs $200 – $300 If not part of your aerobic septic maintenance contract
Septic outlet effluent filter cartridge $5 – $8. (annualized)*. If your system uses an effluent filter to protect the effluent pumping station, and* Assuming a typical septic tank filter life of 3-5 years, we annualized the typical filter cost of $20 – $30. by dividing by 4See SEPTIC FILTER / GRAYWATER FILTER SOURCESSeeAEROBIC SEPTICFILTER CLOGGING
Electricity costs for pumps $10-$25 – $200* Aerating pump; possibly second pump for effluent discharge or spraying; electrical costs vary by area. Cost shown is for Montana. * AtAEROBIC ATU SEPTIC OPERATING COSTSyou’ll see that pump costs can be $10-25 / month, not per year, depending on electrical rates where you live.
Level 3 $600 – $700 Three site visits, disinfectant supplies and maintenance, enzyme treatment for garbage disposer waste, parts and repairs as needed. May or may not include the cost of septic tank pumping.
Septic Tank Pumping $75 – $150 (annualized) * Septic tank pumping costs vary depending on where you live, the size of the septic tank, and thus the tank pumping frequency required.Typical septic tank pumpout or cleanout costs range from about $250. to $600.* Septic tank pumping frequency determines the annualized cost of tank pumping. Using a typical pumping frequency of 4 years, we calculated the annualized septic pumping cost shown in this table.SeeSEPTIC TANK PUMPING SCHEDULE

Notes to the table above

AEROBIC ATU SEPTIC OPERATING COSTS explains how to compare actual and predicted energy costs for ATU pumps, which may be a helpful diagnostic step if a pump is malfunctioning or if power costs for your septic system appear to be excessive. The next section,AEROBIC ATU SEPTIC MAINTENANCE PROCEDURES, has a table containing average maintenance expenditures for a Clearstream aerobic treatment unit (ATU). AtAEROBIC ATU SEPTIC FAILURE RATES, COSTS, we give aerobic septic failure rates as well as aerobic septic system repair costs for our customers to choose from.

  • Note that the cost of replacing a failed aerobic septic system aerator pump motor ranges from $500 to $600 USD, while a bad timer (for systems that do not run continuously) can range from $100 to $200 USD. These aerobic septic maintenance plan costs do not include the additional costs of septic tank pumping and cleaning, which will be required. See SEPTIC TANK PUMPING SCHEDULE for further information. Chemicals for septic tank treatment, such as restorers, de-cloggers, bacterial cultures, and the like, are neither necessary nor suggested. For further information, see SEPTIC TREATMENT CHEMICALS.

Don’t forget to do aerobic septic system maintenance checks on a regular basis; failing to properly inspect and maintain aerobic septic systems is identified by experts as the most common cause of costly aerobic septic system failures.

Reader CommentsQ A

(Saturday, July 31, 2015) Kenneth Nott expressed himself as follows: It is necessary to restart an aerobic septic system that has not been used for at least five years. What steps must be taken? Is it necessary to get it serviced by a professional?

Reply: 6 basic steps to inspectturn on an Aerobic Septic System that’s been shut down

Kenneth My recommendation is that you hire a local septic service firm, preferably one that is familiar with aerobic systems, to evaluate the system you describe, ensuring that all of its components are functioning correctly and, if required and feasible, having the tank drained and thoroughly cleaned.

  1. Observe the level of settled sludge in the tank to assess whether or not a tank pump-out is required, or better yet, have the tank emptied and cleaned so that it may be inspected for damage. To ensure safety and good functioning, check the electrical wiring of the aerator system. Examine the electrical controls to ensure that they are in proper working order. Inspect the aerator pump to ensure that it is operational and that all filters, tubes, and pipes are in place, in good condition, and in the right location
  2. Determine which components of your effluent treatment/disinfection system need to be replaced, and then purchase and install the disinfectant that your system requires. If a spray system is employed, it is necessary to inspect the effluent disposal system. There is a good chance that spray heads may be overgrown or blocked, or that plumbing will have been detached

When you switch on the system, there is a possibility that not all of its components will function properly, and that this may result in more costly damage to the system. Consider it a preventative maintenance stepMM. It appears that you might want to consider using a new service contractor. We encountered an issue with the pump that removes the water from the tank. It was discovered in December of last year. There is still time till August of this year. We had attempted to contact them several times but had received no answer.

  • She was obnoxious and unconcerned.
  • When you call, all you ever get is a machine answering your phone.
  • It cost us $475 to do the project.
  • We have been their customers for 13 years and have developed a relationship of trust with them.
  • As a result, I informed my husband that she would be forced to wait.
  • Yes, there are almost no situations in which it is necessary to inoculate bacteria into a septic system.
  • On a pressure system, I’m thinking a simple aeration device for the lift/pump chamber, which would be powered by compressed air.

Due to the fact that it is designed to dose on demand, there is some leftover effluent in the tank.

According to several of the references we’ve referenced in this article series, alternative septic designs (of which aerobic is one) have a high failure rate, which experts attribute to a lack of maintenance in accordance with the manufacturer’s schedule, as well as other factors.

Was the maintenance firm in any way affiliated with or approved by ClearStream?

What has your contracted maintenance firm had to say about the system failures thus far?

Those particulars would be beneficial to everyone involved as well.

Components of the system were frequently malfunctioning.

A maintenance contract of $200 per year is in place.

Every month, I spend $40 on electricity.

The alarm will sound while you are away on vacation and will continue to sound until your neighbor calls or sends you an email during your trip.

See also:  Where Is The Septic Tank Lid In Relation To The Pipe? (Correct answer)

At long last, nine years and six months after the tank’s construction began, the primary lid fell at the bottom of the tank, destroying all of its systems.

It just chose to collapse during the month of March, while my property was still covered in snow.

Someone made the decision to devise a mechanism that would allow them to extract even more money from customers.

where the printer will cost you more money to run and purchase cartridges than it will cost you to acquire the printer If you are able to avoid these, please do so.

Thank you, Judy, for providing this critical update.

The information provided by Inspectapedia on the maintenance contracts needed by Texas for aerobic units is no longer correct – at least not completely accurate.

Although several of the state’s permitting agencies took up the obligation, it was not adopted by all of them.

Aerobic units that serve commercial businesses and homes other than single-family residences are required to have an ongoing arrangement with a state-licensed Maintenance Provider to conduct inspections on a regular basis.

AtAEROBIC ATU SEPTIC OPERATING COST, continue reading Select a topic from the closely-related articles listed below, or browse the entireARTICLE INDEX for more information. Alternatively, consider the following:

Recommended Articles

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  • SEPTIC DRAINFIELD FAILURE CAUSES
  • HOOT AEROBIC

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COSTS OF MAINTENANCE FOR AN AEROBIC SEPTIC SYSTEMSatInspect An online encyclopedia of building environmental inspection, testing, diagnosis, repair, and issue preventive information is available at Apedia.com. Alternatively, have a look at this.

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Septic Air Pumps – Wholesale Septic Supply

Overview Air pumps, also known as aerators or air compressors, are critical components of an aerobic septic system’s operation and performance. The bacteria in the septic system benefit from the use of these goods because they provide them with oxygen. These devices must be present and in proper working order in order for the bacteria in an aerobic system to survive. Otherwise, the system will no longer be able to effectively treat wastewater. Septic aerators are available in a variety of configurations, each with its own set of advantages.

  1. For the average septic system, those aerators are a dream come true.
  2. Rotary vane air compressors, on the other hand, are far better suited for large systems.
  3. Septic air compressors are typically found close to the control panel for the septic system in which they are installed.
  4. If the air compressor’s air pressure drops below a certain level, the pressure switch will sound an alarm.
  5. The average lifespan of a septic air compressor is three years before it experiences a malfunction.
  6. When compared to purchasing a new aerator, these kits can be significantly more cost effective.

How Much Do Septic Systems Really Cost To Install In A Home?

Overview Air pumps, also known as aerators or air compressors, are key components of an aerobic septic system’s operation and performance. In the septic system, these chemicals provide oxygen to the bacteria. These devices must be present and functioning properly in order for bacteria in an aerobic system to survive and for the system to be efficient in treating wastewater. It is possible to purchase a variety of varieties of septic aerators, each with its own set of advantages. The linear diaphragm aerator, for example, is the most popular form of septic air compressor.

  1. The materials used are durable and simple to reassemble.
  2. The reason for this is that rotary vane aerators can flow far more air than other kinds of septic air pumps.
  3. Another common feature is the use of an air line to link the aerator to a pressure switch located on the control panel.
  4. A septic aerator is typically good for about a year.

Before experiencing a fault, the majority of septic air compressors will survive three years. For all of the main aerator brands, replacement parts and rebuild kits are readily accessible. When compared to acquiring a new aerator, these kits are far more cost effective.

Septic Tank Shaft Aerators

The Ultra-Air® Model 735 air distribution alternative replacement system has been created to provide a cost-effective yet dependable air distribution system that may be used in lieu of most original equipment manufacturer units. Since its introduction more than 25 years ago, this aerator has shown to be a solid and robust replacement aerator. Rather than receiving a pro-rated OEM reconditioned or rebuilt device, when you purchase the Ultra-Air® Septic Aerator, you will receive a fully functional brand new item.

  1. Since its introduction more than 25 years ago, this aerator has shown to be a solid and robust replacement aerator.
  2. OEM Jet Aerators models 660, 665, and 700LL are appropriate alternative replacements for the Ultra-Air® Model 735 RED units, which are available in red.
  3. Models 206C, 96, 960, and 780 of the Ultra-Air® Model 735 BLUE are appropriate alternative replacements for the OEM Norweco Singulair Aerators models 206C, 96, 960, and 780.
  4. Septic Solutions® is pleased to announce the availability of the Ultra-Air® Model 735!
  5. This new unit includes a number of design elements that are superior to our prior model as well as other versions currently on the market today.
  6. Designed to provide years of trouble-free service, the Ultra-Air® Model 735 motor is built to last.
  7. The motor will function at roughly 3.5 amps in your system, but it has a FLA (full load amp) rating of 4.6 amps when fully loaded.

The motor shield, which is mounted to the top of the motor, will cover and protect the motor from any moisture or debris that may enter.

The air inlet for the engine is located at the very top of our motor shield.

An O-ring seals the motor shield to the motor, ensuring that the air flowing through the aerator unit has a sealed path to pass through while traveling through the unit.

This will allow your motor to function more effectively and for a significantly longer period of time.

The brackets are available in two different configurations: The RED brackets measure 12″ across the top and are meant to fit an aperture with a diameter of 10″ or less.

The BLUE brackets measure 14″ across the top and are meant to fit an aperture with a diameter of 12″.

The stainless steel 5/8″ hollow shaft now features a pressed-on brass coupling, which allows for a better balanced fit when connecting to the motor, as shown in the photo.

Because the motor rotates in the opposite direction as the rotor, you may be confident that the threaded aspirator will always remain secure.

Using this round disc, you can keep water from splashing or sudsing up towards the engine.

This design will significantly minimize the amount of normal drag generated when the Aspirator is rotating inside the tank.

The significance of this is that the motor would be running at less than full capacity, which means that it should last longer and consume less power in the process.

SepAerator Value Package – Septic Tank Aerator

  • Hiblow Septic Air Pump with Patented WonderfuserTM Diffuser Assembly
  • 3.7 cfm, 120VAC, 1.6A, 71 Watts, 36dBA
  • Patented WonderfuserTM Diffuser Assembly
  • The following items are included: 10 feet of Spa-Flex Heavy Duty Air Line
  • Other Miscellaneous Installation Components
  • Installation and Maintenance Manual

Applications for the SepAerator® Value Package

  • Converts an existing septic tank into an advanced aerobic treatment system
  • Eliminates the need for clogging biomat in drainfields and other secondary treatment systems
  • And Engineered to be installed in septic tanks with capacities ranging from 750 gallons up to 2000 gallons
  • Designed to be used in multiple compartment septic tanks or multiple tank systems
  • Developed by industry experts with more than 25 years of experience in the aerobic wastewater treatment industry

Additional Detailed Information

  • The SepAerator® System and Its Operation
  • The SepAerator® Aerobic Process
  • The SepAerator® System and Its Operation The WonderfuserTM Diffuser Assembly is comprised of three parts: Decide on the most appropriate SepAerator® package for your application
  • SepAerator® Frequently Asked Questions
  • SepAerator® Sampling Results
  • SepAerator® Success Stories
  • Frequently Asked Questions about the SepAerator®

SEPAERATOR® VALUE PACKAGE DETAILS

The SepAeratorTM is equipped with only the highest-quality air pumps, which have been developed and tested to provide trouble-free operation for many years. A high-quality and high-performance septic air pump, the Hiblow air pumps have shown to be extremely reliable. The Hiblow air pump included in the SepAeratorTM Premium package has a flow rate of 3.7 cfm and is capable of treating up to 500 gallons of wastewater per day or a septic tank with a capacity of up to 2000 gallons. This air pump will need around $4 to $8 in electricity each month to run.

The diaphragms in the air pump have an average life span of 5 to 7 years on average.

Even if you elect to replace the diaphragms in your unit when they fail, a pump will last you around 10 to 12 years.

Patented Wonderfuser™ Assembly

The Wonderfuser diffuser assembly from Septic Solutions® is a one-of-a-kind design that is exclusively available in the SepAeratorTM packages. In addition to being maintenance-free, the Wonderfuser is extremely successful at not only transferring oxygen into wastewater but also breaking down big solids into little pieces to make digestion more efficient. The Wonderfuser will be lowered into your septic tank and placed on the bottom of the intake side of the tank. The base of the diffuser assembly weights 13 pounds in order to ensure that it will rest solidly on the ground.

  1. The SepAeratorTM Wonderfuser delivers oxygen into a septic tank roughly 10 inches above the bottom of the tank through a series of 48 orifices that are oriented downward at approximately 35 degrees from top to bottom from the top to the bottom.
  2. In the Wonderfuser, there is a deflection region 15 inches from the bottom, which allows all rising air bubbles to be deflected outward and around the diffuser in a 360-degree circle.
  3. Second, the deflector causes the tank to roll as a result of the rolling movement.
  4. The SepAeratorTM Wonderfuser is unique in that it uses a deflected rolling movement to break down most solids that enter the tank into extremely small particles within 30 seconds.
  5. Whenever those solids are swiftly broken down into little particles that are constantly moving about inside the tank, aerobic bacteria that are created as a result of adequate oxygen being delivered into the tank may attach themselves to those small particles very fast and readily.

Because these aerobic bacteria can detect and consume many smaller and moving particles very fast, the quality of the effluent can be significantly improved overall.

Heavy Duty Spa-Flex Airline

The spa-flex air line is made out of a very high grade polymer that is highly sturdy and flexible. Because of its adaptability, it can be installed in even the most challenging of situations. Simply screw the threaded brass adapter linked to the air line into the fitting in the top of the diffuser. Lower the diffuser into the tank using the spa-flex and even swing it over into place if required. Curve the line up through the aperture and out the side and then up and into the bottom of the housing where the other end links to the air pump.

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This spa-flex may be bonded to ½ schedule 40 pvc pipe if you wish to extend the pump to a remote place.

Installation and Maintenance Manual

Each SepAeratorTM kit includes a comprehensive Owners’ handbook that has all of the information needed to not only simply install the SepAeratorTM but also lots of information on how to use it properly after it has been installed. You will receive an abundance of information when you purchase a SepAeratorTM along with all of the technical help you may require to answer any and all of your questions both before and after installation by calling 1-877-925-5132 after you make your purchase. If you have any questions, please do not hesitate to contact us.

HOW IT WORKS

When a stool is flushed in the home, the wastewater drains into a drainpipe that transports it underground to a septic tank, where it is treated. Essentially, the objective of a septic tank is to provide an environment for anaerobic bacteria (bacteria that flourish without oxygen) to break down waste over time. Having an entrance baffle as well as an exit baffle is important to prevent waste from entering the tank and float right over its top before discharging to a secondary treatment system, which is what happens in most homes (drain field, sand filter, mound system, drip system, cesspool, dry well, etc.).

It is common for the septic tank discharge to include 70 to 80 percent raw sewage to be discharged to the drain field, where the raw sewage is treated by passing through a build-up of a material known as biomat.

What is Biomat?

In the secondary treatment system, a biomat is a layer of bacteria that develops in the soil throughout the treatment process. This biomat is extremely significant in the treatment of raw sewage that is often discharged from a septic tank or a cesspool. Septic tank output contains several minute waste particles and pathogens that must be processed before soil absorption can take place, and this is what this device is designed to do. A lack of this procedure allows improperly treated effluent to pollute groundwater, which can then end up in wells, streams, ponds, or even the surface of the earth itself.

Once the septic tank effluent is discharged to either a drain field or a seepage bed, the biomat that forms will efficiently reduce the waste particles and pathogens to an acceptable level before they can be transported further into the soils around the drainage field or seepage bed.

Septic tank effluent that has not been adequately treated should be regarded unsatisfactory and should be addressed promptly.

The Issues Caused By Biomat

During the course of time, the biomat grows in size, making it impossible for effluent discharged from the septic tank to pass through it, causing the effluent level inside the drain field trenches to rise, where it will be absorbed through the walls of the trenches as they develop. After a period of time, the sidewalls of these pits will begin to choke with accumulated debris. As soon as the bottom and sides of these trenches get blocked with biomat, the effluent will either begin to back up into the septic tank or surface in the yard above the drain field, depending on its location.

  1. If the effluent level in the septic tank rises by 4 inches as a result of the inability of the sewage to reach the absorption field, the effluent will begin to back up the entrance line.
  2. It is the intention of biomats to slow the flow of wastewater to the soils, giving the soils more time to filter out germs and viruses.
  3. It is therefore possible for the septic tank effluent to either back up into the residence or discharge to the ground surface, which will result in ponding of water.
  4. Septic systems that are failing due to biomat accumulation include, but are not limited to, water or sludge rising at the drain field, high water levels in the septic tank or distribution box, and sluggish running and gurgling drains and toilets, among other symptoms.

How The SepAerator® Can Save Your System

Biomat is comprised of anaerobic bacteria and the waste formed by these anaerobic bacteria as a result of their digestion of the 70 to 80 percent organic matter released from a septic tank, respectively. When you use the SepAerator® to convert your septic tank to the aerobic process, the septic tank transforms into a wastewater treatment plant that discharges around 95 percent pure, odorless water. It is only by eliminating this organic material waste from the effluent that you are able to completely eradicate the food supply that the biomat relies on to develop and live in the drain field.

  • To learn more about the SepAerator®, click here.
  • The SepAerator® will inject enormous volumes of oxygen into the septic tank, resulting in the fast proliferation of aerobic bacteria within the tank as a result of the introduction of oxygen.
  • Septic tanks are designed to process waste rather than releasing it into a drain field, seepage bed, sand filter, mound system, cesspool, or any other form of secondary treatment system you may have.
  • As soon as the waste is treated within the septic tank and clean water is sent to the secondary treatment system, the biomat will lose its food supply and will die within a short period of time.
  • As a result of the clean effluent created by the SepAerator® being combined with high volumes of aerobic bacteria entering the secondary treatment system, the biomat will be destroyed, allowing the clean effluent to readily permeate back into the soils.

Because aerobic bacteria are extremely successful at decreasing disease-causing pathogens, the septic system has been completely rejuvenated and transformed.

SepAerator® Value Package Septic Tank Aerator Downloadable Documents

The cost of replacing a septic system is determined by the type of system that was installed. The typical ranges are as follows:

  • Water-fed drainage systems of all varieties cost $5,000 to $10,000, with an average cost of $7,500. Mounds range in price from $10,000 to $50,000, with an average price of $30,000
  • ATUs are worth between $10,000 and $15,000, with an average of $12,500.

The majority of the time, the costs of installing a new system are funded. For the sake of this study, an interest rate of 7 percent and an amortization term of 15 years will be employed. Because landscaping expenses vary widely, we’ve included $1,000 in our study to cover the costs of restoring the lawn or garden to an useable state. Following are the totals for the current value of the loan for each choice as well as the landscaping expenses:

  • The following figures are for gravity fed drain fields: $7,500 principal plus $4,634 interest plus $1,000 landscaping expenditures = $13,134
  • Mounds: $30,000 principal plus $18,537 interest plus $1,000 landscaping costs = $49,537
  • $12,500 in principal plus $7224 in interest plus $1,000 in landscaping expenditures = $21,224 for ATU’s (Aerobic Septic System).

Analysis of Aero-Stream Septic System Restoration

The cost of an Aero-Stream septic system repair solution is less than $1,700, and there are no additional fees for landscaping to factor into the equation. Our technology converts your septic system from an anaerobic to an aerobic system. The contrast between the two is remarkable. When you pick Aero-Stream over a system replacement, you may save thousands, and in some cases tens of thousands, of dollars on your energy costs.

Maintenance

The expenses of maintenance are the same whether the system is aerobic or anaerobic in nature. Maintenance expenditures are mostly consisted of septic tank pumping by a professional pumper or plumber, as well as other related expenses. If you build an aerobic septic system that is NSF 40 certified, the cost of the system will be slightly more because the system will need to be examined on a yearly basis. The frequency of pumping varies depending on the system; however, most systems require pumping every 3 to 4 years, with many local health agencies requiring pumping more frequently.

According to national averages, the following are the maintenance costs:

  • $210 (average cost to pump) divided by 3.5 years (average frequency of pumping) is $60 per year or $5 per month
  • The total cost for 15 years is $900.

Conclusion

Sewage treatment plants and facilities, which are typically found in rural or remote sections of the country without access to municipally provided wastewater treatment plants and facilities, are critical components of waste management in these locations. These household waste management systems, when properly maintained and managed, are meant to comply with municipal, state, and federal criteria, and they must also fulfill stringent environmental standards in order to safeguard the quality of groundwater in the surrounding region.

Additionally, the Environmental Protection Agency of the United States oversees bigger septic systems to verify that they are in compliance with the terms of the Clean Water Act, which was passed in 1972.

Frequent pumping may indicate a problem

The presence of recurring overflows, backups, and the need for pumping may indicate the presence of a failing septic system in an older home. Taking prompt action to correct the problem may frequently save homeowners the money and additional regulatory participation that can be associated with a septic system failure, which can be costly. If left unchecked, malfunctioning septic systems may necessitate a total replacement at a cost of thousands of dollars, as well as weeks or months of disruption from construction.

Most often, homeowners will be required to pay for annual inspections of their new septic tank and drain field in order to assure the efficacy of these components as well as the prevention of groundwater pollution caused by badly operating systems.

Remediation is the cheaper course of action

The majority of households may save money and worry by taking steps to manage and correct any septic tank issues as soon as they arise. Septic tanks that have odors in the vicinity or that require drainage more frequently than normal and expected may indicate that it is time to consider installing a septic aerator. Septic aerators increase the rate at which solid wastes and other particulate matter are broken down within the septic system, thereby increasing the efficiency of the system.

Septic aerators get results

Aerators, such as those offered by Aero-Stream, are used to increase the amount of oxygen in a septic tank. In turn, this encourages the growth of aerobic bacteria, which are significantly more efficient in decomposing the waste products in the septic system. As a result of the higher rate of breakdown, water may filter through the system more quickly and thoroughly. Aerobic bacteria may frequently deliver astonishing outcomes for homeowners who are dealing with a septic tank system that is inefficient or has failed completely.

Homeowners may frequently extend the life of their systems and prevent costly involvement by local or state authorities as a result of severe system failures by introducing vigorous aerobic bacterial activity into the breakdown process within the system.

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