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- Simple to install : Drill holes for hose and anchor bolts in septic tank, place diffuser in tank connected to anchor bolts, connect hose from diffuser to air pump and plug into mains supply. We supply different fittings for fibreglass or plastic tanks. Full installation instructions are enclosed with each installation kit.
How do you install a bio diffuser?
Install BioDiffuser leaching chambers in adjacent rows to cover desired area. Install universal end cap and secure in place with back fill. Install 4″ pipe to each row of BioDiffuser using knockouts provided in the universal end caps.
How far apart should infiltrators be?
As a general rule, trenches ‘fingers’ should be no longer than fifty feet (12 or 13 Infiltrators long) for best function and most even effluent distribution. Unless you are installing as a “bed” system (where the chambers are right next to each other), leave at least six feet of undisturbed soil between fingers.
How deep should septic chambers be?
Drain Field Depth Generally, a finished bed contains 12 inches of gravel below the pipe and another 2 inches on top. The field is then backfilled with 18 to 30 inches of soil to finish the bed and bring it even with the surrounding ground. The result is a drain field about 3 to 4 feet deep.
Can you have a septic tank without a leach field?
The waste from most septic tanks flows to a soakaway system or a drainage field. If your septic tank doesn’t have a drainage field or soakaway system, the waste water will instead flow through a sealed pipe and empty straight into a ditch or a local water course.
How long are infiltrator panels?
In bed systems, the maximum cover is 48 inches. If the drainfield is located in a non-traffic area, minimum cover can be reduced to six inches.
Can you drive over leach field chambers?
In sum, driving over the leach field in any vehicle larger than a child’s bicycle is a bad idea. Heavy vehicles may actually crush buried leach field lines, or they may compress the soils around the leach field, either of which leads to failure. Driving on or parking on leach fields will destroy them.
How much Leach chamber do I need?
The minimum linear footage of the leaching chamber system should be determined by dividing the total trench bottom area by 1.2 meters (4 feet), when used in a conventional drainfield trench. No reduction area is allowed for leaching chamber systems installed in bed or fill systems.
How many feet of leach line do I need?
REQUIRED SEPTIC TANK SIZE IN GAL. * A minimum of 150 square feet of trench bottom area is required. ** # gal X soil type multiplier 100 4.285 Note: Maximum length of any leach line is 100 feet. If more than 100 feet is required, then a distribution box with multiple lines will be needed.
What is the most expensive septic system?
A mound septic system costs $10,000 to $20,000 to install. It’s the most expensive system to install but often necessary in areas with high water tables, shallow soil depth or shallow bedrock.
What happens if my land doesn’t perk?
NO PERC, NO HOUSE On rural sites without municipal sewage systems, a failed perc test means that no house can be built – which is why you should make any offer to purchase land contingent on the site passing the soil and perc tests.
Are infiltrator septic systems good?
Infiltrator products are scientifically designed to provide more efficient wastewater treatment by optimizing the soil’s inherent treatment capabilities. Onsite systems provide a passive, reliable means of wastewater treatment at a relatively low cost, while preserving environmental quality.
ADS BioDiffuser 11″ Chamber – ADS 1100 BD Septic Leaching Chamber
You may save money on the ADS BioDiffuser 11 “PlumbersStock is home to the Leachfield Chamber (1100BD). You will also require the end cap (ADS 1101BD, which is available separately) to complete your purchase of this tank. The ADS 1100BD Septic Leaching Chamber has a capacity of 9.2 cubic feet and is a genuine ADS product made in the United Kingdom. In most septic wastewater installations, gravel and leach systems are used to treat the wastewater. The BIO1 1100BD Bio-Diffuser Series 1 Leach Field is designed to take the place of the inconvenient and labor-intensive gravel and leach systems.
Among the many advantages of the BIO1 1100BD by ADS include an open bottom for improved leachability, a solid top for rapid burial, and louvered sides to reduce soil infiltration while increasing robustness.
Universal inlet/outlet end caps are offered for use with both gravity-fed and pressure-dosed septic systems, allowing for professional and long-lasting connections to both.
Its corrugated chamber design has thicker sidewalls and top than regular leach filed chambers, which reduces the risk of cave-ins and boosts the load-bearing capacities.
ADS’s Bio-Diffuser Leach Field Chambers are available in four different sizes to meet your needs.
I’m not sure how many feet I’d need.
There are several factors to consider, including the average GPD (gallons per day) consumption, percolation rate (soil absorption), number of people living in the residence, and the size of the land area.
Installing new septic
| Author:Septic Tank Yank (CO)Rich, you have hit the?Exact Change Lane.?I have personally designed and installed hundreds of septic systems using plastic tanks and the Advanced Drainage Systems, SB-2 Gravelless leach field tubing.As you may guess, I have developed my own standard design using these products.The regulars on this forum are probably just waiting for me to jump on this one, like a chicken on a bug.So here goes. I will assume that the soils work has been completed, and that you have a design for the system in mind.ALDRICH?S STANDARD SEPTIC TANK/SOIL ABSORPTION SYSTEM DESIGNCleanout Assembly:Typically, the system starts with the installation of a cleanout in the SDR-35 PVC sewage pipe within 3 feet of the foundation of the house.The cleanout assembly is comprised of a 4-inch Sewer and Drain (S D) wye fitting, a 45º Street Elbow, a short riser pipe of the appropriate length, a female adapter, a threaded plug, and a 6-inch irrigation valve box with cover.Cut the riser pipe so that the top of the threaded plug is about 2 inches below the final grade.Cover the top of the cleanout riser with the irrigation valve box that is set at the final grade.Most septic system regulations in the USA recommend a sewer pipe slope of ¼ inch per foot or greater.There is no maximum slope, contrary to popular myth.Plastic Septic Tank:I am shocked, but gratified, to hear that someone who owns a concrete business is planning to use a plastic septic tank.Perhaps you are aware of the limitations of concrete septic tanks.Modern Precast concrete septic tanks, constructed of Portland Type II cement, have a service life of about 100 years.The demise of the concrete tank will be prompted by the presence of sulfuric acid on the walls of the tank that are above the water line, and on the bottom side of the tank cover.Hydrogen sulfide gas, created in the digestion process by the anaerobic microbes in the tank, mixes with the water vapor on the walls and sulfuric acid is formed.The acid then slowly etches the cement from around the aggregate and the concrete just crumbles away.Polyethylene plastic is impervious to attack from sulfuric acid.This means that the plastic tank has the potential for an infinite service life.That is, of course, until someone comes up with a microbe that eats plastic.If and when that happens, we?re all in trouble.My personal preference in the selection of the septic tank is the RMI-D, 1250-gallon, 2-compartment, rotomolded Polyethylene septic tank.Perhaps I favor this tank because I had a hand in the design of the tank back in 1984, and they are produced locally in Commerce City, Colorado.Place a 45º Elbow on the inlet pipe inside the tank so that the inlet tee is accessible, and on the side of the 20-inch diameter access hole.Be sure to fill the tank with water prior to backfilling around the tank.Do not follow the ridiculous instructions contained in the installation manual, and written by RMI engineers who have never installed a septic tank.They suggest that you backfill at the same rate that the water is rising inside the tank.The method that I have found to be most effective is to fill the tank with water, and then backfill the tank with a shovel using selected soil fines.I usually just compact the backfill soil with my feet.Backfill up to about 30 inches by hand, and then carefully backfill the rest of the tank hole with a loader after it has been inspected.The tank outlet baffle is comprised of a Tuf-Tite brand septic tank effluent filter assembly, and a 45º Street Elbow.Adjust the length of outlet pipe inside the tank so that the filter assembly is centered on the outlet end access hole.Clean the filter annually by pulling it to the top of the sanitary tee and then flush the accumulated debris with the strong stream from a hose back into the tank. There are several other high quality filters on the market, but I prefer the non-brittle, more flexible Tuf-Tite filter.The filter will reduce the suspended solids, and suspended organic matter in the effluent from flowing into the leach field.Clean the filter annually on SEWAGE INDEPENDENCE DAY.Both access holes are fitted with 20-inch diameter, Tuf-Tite brand plastic risers with gasketed lids.The lids, which are at the surface of the ground, are secured with 8 stainless steel screws.Easy access to the tank will encourage regular maintenance.If you have to excavate the soil above the access hole lids, chances are the important maintenance chores will be ignored.NDS Brand Diversion Valve:The NDS Diversion Valve is a plug type valve, and I have found it to be the best valve for the application.A little problem with the valve is that the inlet and two outlets are molded as?male? fittings to fit ASTM 2729 pipe.It is impossible to insert the male fitting inside the SDR-35 PVC sewer pipe.What to do?Simply place and cement a coupling on the inlet and outlet orifices, and then slip the pipes into the other end of the couplings.Cover the 6-inch valve riser with a 10-inch round irrigation valve box to allow for easy access. The top of the box is set at the final grade elevation. The valve will allow the alternation of flow between 2 half-sized leach fields.Use half the field for 1-year while the other half rests. Turn the valve annually on the 4th of July, SEWAGE INDEPENDENCE DAY.Celebrate your independence of the sewer grid, and remember that with this independence comes the responsibility of a sewage treatment system operator.SB*2 Tubing or ADS, Bio-Diffuser Chambers?:With the advent of the plastic chamber technology, I have decided to discontinue the use of SB*2 gravelless leach field tubing, except in certain applications and on certain sites where the use of SB*2 is better suited than ADS Bio-Diffusers.If you would like to know the leach field sizing criteria used with chamber type leach fields, I suggest that you contact the septic system regulator in your jurisdiction.I recommend the use of ADS Bio-Diffuser plastic leach field chambers, but if you are bound and determined to use SB*2, let me know and I will provide some guidance in the use of that fine product.Place the required number of chamber units in the level trenches.Cover each chamber leach field with a 4-foot wide sheet of geotextile fabric (landscaping fabric). The geotextile will prevent the migration of silt into the void under the chambers. The fabric also acts as a wick, wicking by capillary attraction the effluent up and over the chamber units, and then into the soil.Install 4-inch monitoring and ventilation ports to the ground surface on each end of each field.Remove the 4-inch knockout in the top center of the chamber units on each end of each field.Place couplings with short nipples through the knockout holes, and then cement another coupling to the short nipple.This will secure the riser pipes to the chambers.The tops of the in-use field monitoring ports are fitted with 4-inch female threaded adapters, and threaded plugs to prevent sewer gas odors from emanating into the yard.The tops of the resting field ventilation ports are fitted with 4-inch female adapters, and plastic drain grates.The 4-PVC risers are covered with plastic 6-inch round irrigation valve boxes. The tops of the irrigation valve boxes are set at the final grade elevation. The boxes will allow for easy location, easy access, and you can run the lawn mower right over them. Typically the covers of the boxes are green.The ventilation ports will allow atmospheric oxygen to enter the leach field, and this will create an aerobic condition in the resting leach field. The oxygen will oxidize the Ferric sulfide (that black slimy crap), a major component of the clogging mat. Also, the aerobic condition will allow the aerobic microbes, present in the surrounding soil, to migrate to the clogging mat and consume the organic matter constituent of the clogging mat, and consume the dead bodies of all their anaerobic microbial cousins. Exchange the solid threaded plugs with the drain grates when the valve is turned on SEWAGE INDEPENDENCE DAY.Carefully backfill the trenches with a loader.Septic Tank Sludge Management:Another chore that should be performed annually is the measurement of the sludge accumulation in the primary chamber of the septic tank.The sludge can be measured with a “SLUDGE JUDGE.”Do an Internet search to obtain this neat device.I recommend the implementation of the “1/3 RULE” of sludge removal. When the level of the sludge is 1/3 the total liquid depth of the septic tank, it is time to remove it.Record Keeping:The final chore to be performed on SEWAGE INDEPENDENCE DAY is to record all of the maintenance performed on the system in a maintenance log.I prepare a SEWERS CAN BE BEAUTIFUL operation manual for each of the septic systems that I install for my clients.The manual contains a description of the system design, photos of the installed system components before backfilling, an as-built plan, a description of the required maintenance procedures, a copy of the permit, and the maintenance log. The manual becomes an excellent sales tool when the time comes to sell the home. The manual answers all questions a potential buyer may have regarding the design and performance of the septic system, and will allay the fears typically encountered when purchasing a home served by a septic system.Well Rich, I had better end this lengthy diatribe. If all soil absorption type septic systems were designed and constructed to the above standards, then there would be far fewer failed septic systems in the world.Maintenance is the key to successful septic systems.However, if the required maintenance is difficult, or impossible, chances are, it will not be performed.If you would like photos of my typical standard system, send me your e-mail address.My address [email protected] Aldrich (Septic Tank Yank)Septic System ConsultantTimnath, Colorado |
Benefits of Using Biodiffuser Systems in Septic System Replacement in Tarrytown, NY — Santucci Construction
In Tarrytown, New York, conventional on-site septic leach field systems, such as the gravel and pipe system, are being rapidly phased out in favor of gravel-free biodiffuser systems, which eliminate the need for gravel. Non-traditional wastewater management methods, such as biodiffuser systems, provide a surprising amount of additional benefits in addition to being cost-effective.
Cost
However, although it is true that gravel is a plentiful natural resource and consequently affordable, the expense of delivering a sufficient quantity of high-quality gravel more than compensates for the low cost of raw material. Many tons of gravel are often required for a good septic system installation, which increases the overall cost of installation greatly. Because biodiffuser systems are both lightweight and simple to handle, the labor expenses associated with their construction and installation are insignificant in compared to other types of water treatment systems.
Referred to as: What You Should Know Before Contracting for a New Septic Tank Installation in Montrose, NY
Easy to Handle and Install
Because biodiffuser systems are remarkably durable while being lightweight and readily transportable, the majority of heavy construction equipment is not required in their installation. This provides a variety of advantages in addition to being cost-effective. When implementing biodiffuser systems, the damage and disturbance that are commonly associated with traditional septic system installation are almost eliminated. Heavy machinery and truckloads of gravel, on the other hand, are frequently impossible to reach many prospective installation locations due to road conditions.
However, biodiffuser systems, on the other hand, do not normally necessitate the use of heavy machinery and may be put practically anyplace.
It is the biodiffuser system that is used for difficult-to-reach sites where traditional septic systems are not an option because of the difficulty of getting to them.
Easier on Soils
Biodiffuser systems are a good solution for access locations that have soil that is prone to structural damage, such as smearing, due to heavy traffic. Heavy machinery, building, and even the gravel itself can have a negative impact on the soil’s structural integrity. In most cases, many tons of gravel are required in the creation of a traditional leaching field. This implies that heavy gear will have to make a number of journeys, dumping gravel from trenches up and down the length of the trench.
This means that wastewater will have a tough time traveling through the soil and that the septic system will not perform at its peak efficiency as a result.
Because they are less invasive and do not rely on heavy machinery, the less intrusive biodiffuser systems are significantly more soil-friendly and require less maintenance as a result of soil damage.
Avoids Dust and Fine Particles
Nobody likes to deal with a septic system that isn’t working properly. Unfortunately, employing the standard gravel-lined leach fields, even when the gravel has been washed, results in the release of dust and other fine-particle contaminants during the building process, even if the gravel has been cleaned. Fine particles are released during the dumping and shoveling of the gravel, and these particles are likely to make their way into the leach field system.
This can result in congested soil and a septic system that is less efficient. Fortunately, with biodiffuser systems that are completely free of gravel, these issues may be completely eliminated.
About – Hydro-Action
Let us introduce you to the AP-500 Aerobic Treatment Unit (ATU), which serves as the core of our wastewater treatment system. It learnt how to clean wastewater from the most knowledgeable instructor on the planet: Mother Nature. Similar to how organic waste degrades when exposed to air, the aerobic bacterial action in our ATU treats wastewater by utilizing oxygen.
The Break Down—Naturally
The Hydro-Action system surpasses typical septic tanks when it comes to extending drain field life, following environmental regulations, and dealing with problems such as poor soil or high groundwater levels, among other things.
How it works:
The Hydro-Action ATU is a kind of ATU. Wastewater is prepared in this step. Prior to entering the ATU, wastewater must pass through a pretreatment system, such as a septic tank. A pretreatment procedure helps to limit the quantity of particles and other materials that enter the system. It is possible to utilize the ATU in conjunction with an existing septic tank or separately from the Hydro-Action system because of its versatility. Effluent is processed When effluent from the pretreatment/septic tank enters the ATU, it immediately begins to work.
It begins with the injection of air into the system, which is then forced down Flexible Air Lines and through Anchored Diffuser Assemblies (patent pending) to the compartment, where oxygenation is initiated.
Produces Effluent that is clear and odorless.
Hydrostatic pressure transports sewage from the Clarification Compartment to the dosing tank or field or mound disposal system, where it is disposed of without the need for bio-matting to occur.
Using our OPS®, or Operations control center, we can notify the user via visual and aural signals if the system becomes overloaded or if air pressure decreases to undesirable levels.
Produces Effluent that is clear and odorless.
Hydrostatic pressure transports sewage from the Clarification Compartment to the dosing tank or field or mound disposal system, where it is disposed of without the need for bio-matting to occur.
Using our OPS®, or Operations control center, we can notify the user via visual and aural signals if the system becomes overloaded or if air pressure decreases to undesirable levels.
Creating the Foundation for the Installation Our Set-N-Go® Installation Package, which is the most comprehensive Class I treatment system available today, comprises everything an installation needs, including the ATU, pretreatment and dosing tanks, as well as all supporting components.
Installers won’t have to deal with numerous depth levels that require unique, time-consuming digging since Set-N-Go® uses a smaller hole, making the installation safer, more dependable, and less time-consuming.
With thousands of units in service for clients and more than 30 years of expertise in wastewater treatment, we’ve established ourselves as industry leaders.
Our products’ high efficiency makes them the most effective wastewater treatment options for both residential and commercial applications.
We handle water in the same manner that nature does, using intelligent, high-performance aerobic technology.
Our Quality is the only resource that we do not consider to be restricted. Hydro-Action Industries is a company that specializes in aerobic on-site wastewater treatment. ANSI/NSF 40 has been tested and is Standard (Class I) Certified.
