Tips for Taking Care of Your Septic Tank and Drain Field

Tips for taking care of your septic tank and drain field can be a valuable resource for homeowners with septic tanks and drain fields. Maintaining a septic tank and drain field should start the day you purchase the home. Maintaining a health system will save homeowners thousands in repair cost over the life of the system.

Many outlying rural sections of the country are located in areas far away from city sewer hookup. They are forced to install on-site waste water treatment systems capable of treating sewage generated by the home.

On-site waste water treatment systems are designed and constructed to specifications determined by the engineered design. On-site septic systems typically consist of a septic tank that will usually have a capacity of 1000 to 2500 gallons. The drain field is also designed to the engineered specification with a typical drain field consisting of approximately 250 feet of lateral drain field.

Maintaining a septic system – Maintaining a septic tank is the most important aspect of having a septic system. Adding a beneficial bacterial septic tank treatment is crucial in preserving the integrity of a septic system. Maintain a septic system with monthly septic tank treatments can extend the life of a septic system by decades.

Over taxing a septic system – The over use of a septic system is probably one of the most common causes of septic system failure. Excessive showering and washing of cloths will all play a part in the over loading of a septic system. Re routing of water is a great idea. Consider constructing a grey water system can save a heavy water load on a septic system.

Tree roots can destroy a system – Never plant on or near a septic tank drain field. Tree roots can destroy a septic system. Tree such as bamboo and the infamous weeping willow can infiltrate a septic system in just a few years with disastrous effects.

Never dispose of sanitary napkins in a septic system – Toilet paper and human waste are the only things that should be flushed down a septic system. Plastic, garbage, cigarette butts and cat litter etc should never be flushed down a septic system. These types of products will never digest creating backups and clogs.

Rain water runoff – Rain water runoff can saturate a septic system in just a few minutes of heavy rain. Divert rain gutters and down spouts away from septic systems and drain fields.

Antibacterial Soaps – Antibacterial hand soaps and toxic cleaners will destroy the beneficial bacterial essential for the operation of the septic. Solid waste that is usually digested by healthy bacteria is forced out into the drain field where the solid matter converts into a bio-mat clogging the 1b and 2b crushed gravel of the septic system drain field.

Maintaining a septic system completely depends on the homeowner and their ability to set in place a septic tank and drain field maintenance treatment schedule. Maintaining a septic system will save you the homeowner thousands in repairs providing uninterrupted service and years of problem free service.

Septic tank treatments

There are literally  hundreds of various septic tank treatments located in the United States alone. When it comes to that many choices, most people have always relied on advice from neighbors or relatives as to which one might work best for their own unique situation. What most fail to realize is that the majority of problems relating to septic tanks doesn’t actually occur in the tank itself, but further down the line in the drainage area. This area is where all of the effluent (liquid) coming through the tank ends up. Once this drainage area becomes clogged, its time to look at replacement or some type of septic treatment.

You may have had many encounters with the septic tank when you were a kid. Perhaps you almost feel to your doom while observing that giant hole in the ground. Your folks might have explained to you what the septic is there for and why its so much better than having the household waste just flow into the backyard. It was probable one of the most disgusting experiences you’ve ever had which was why you didn’t exert too much effort in learning about it. But you were already about to own your own home in a month and part of your responsibilities was to know your septic tank.

Your household’s personal waste water treatment system is the septic system. It is your responsibility to care for and maintain it. The septic tank is where the main waste water treatment takes place. Here, three layers form—the top layer (scum—lightweight solid wastes), the middle layer (effluent—clear liquid), and the bottom layer (sludge—heavyweight solid wastes). As you can see, the waste water that your household produces is divided into three distinct layers so that the resident anaerobic bacteria could concentrate of breaking down the solid wastes. The septic tanks sludge level is the one that should be monitored. The sludge in the septic tank should be pumped out regularly so that the tank could continuously take in the waste water that your household produces.

Part of maintaining septic tanks good condition is to provide septic tank treatments. But it could be very overwhelming when you enter any septic store. Towering shelves are always full of various brands that you may not be familiar with at all. This could really take much of your time if you have no idea what septic tank additive you should use for your treatments. You should take advantage of the store’s knowledgeable staff or even your septic expert to know which product will be worth trying.

Septic tank treatments are inorganic, organic, or biological. Inorganic treatments use corrosive acids and bases that kill off the resident bacteria. Organic treatments use baking soda or yeast that improve the performance of the decomposition but if used on a prolonged period of time, they would still negatively affect the performance of the septic tank.

The most beneficial septic tank treatment used by septic experts is the biological treatment. This uses enzymes or non-pathogenic/cultured bacteria that really accelerate the breakdown of the solid materials in the waste water. Biological septic tank treatments are the best that you could provide to your septic tank. These do not have harmful chemical discharges that contaminate the surrounding environment. You know that it’s important to have your waste water treatment and care for the environment as well.

Experts say that it is not a must for homeowners to use septic tank treatments. The dumping of human waste into the septic tank is enough to accelerate the breakdown process of the solid waste particles. But many homeowners still use septic tank treatments in such a way that they fully depend on them and not perform septic pump outs anymore. They just completely surrender to the promises of the manufacturers that pump outs are not needed anymore once their products are used.

It was pretty hard for you to learn these new things about the septic tank but you managed to gather the needed information especially when it comes to caring for it. Septic tank treatments are helpful in maintaining the good condition of your septic tank and septic system as a whole. The drain field remains intact as long as the tank is okay. Coordinate with your septic expert for the best brand of biological septic tank treatments that you could avail of. It’s about time for you to be a hands-on homeowner, don’t you think?

Keeping groundwater away from cesspools

In this article we will talk about how every homeowner knows that groundwater is valuable to everyone in the community. Groundwater is the clean water that is situated underneath the earth’s surface. It fits into the fractures of various rock formations and soil pore spaces. It has a part called the water table that is known as the depth in which fractures and voids in rock formations wherein water stays in significant amounts. Groundwater comes from and flows back to the surface. This is naturally seen in wetlands, oases, seeps, and springs. It can be withdrawn for industrial, municipal, and agricultural use with the help of extraction wells. Oil formation water, immobile bedrock water, permafrost, and soil moisture are also classified as groundwater.

Groundwater contamination or pollution is a problem in the United States especially in the residential and commercial areas. When groundwater is contaminated, the drinking water of everyone in the area is affected. People accidentally take in substances that cause birth defects, cancers, infections, and other diseases. The substances that cause these are usually dioxins and organic solvents from landfills. People usually establish residence around and over these landfills. As a result, the chemicals seep into the basements and water supply. With this, the Ground Water Rule was published by the Environmental Protection Agency (US-EPA) in November 2006. The EPA thinks that the groundwater is vulnerable to fecal matter contamination. This rule keeps pathogens out of public water supplies. The Ground Water Rule is observed in both residential and commercial sites.

Keeping groundwater away from cesspools is a great way to ensure health and safety in residences.. All homes have cesspools because the daily wastewater should be treated and purified first before it is returned to the surrounding environment to be used again. There is always a risk that groundwater may be contaminated especially if the cesspool is not maintained well. Groundwater should be kept away from cesspools or at least kept a good distance away from the system. This can be done by any homeowner by observing the proper ways on how to keep the cesspool optimal. Below are some easy methods on how to do this as a homeowner:

  • Remove heavy structures and vehicles above the cesspool area. The weight of these obstacles crushes cesspool components. The cracks and damages result to leaks, which then pave the way for wastewater backups, overflows, and flooding. The raw wastewater could easily mix with the groundwater at this point.
  • Do not use harsh chemicals for your drains, toilets, and yards. These could kill off the resident bacteria in your cesspool system and stop the wastewater treatment. When this happens, the wastewater will overflow and the solid waste particles will clog the soil absorption system. The raw wastewater and chemicals will then reach the groundwater.
  • Conserve water. Every cesspool has a limit as to how much wastewater and fluids it can handle. If you are wasteful with water, your cesspool is going to overflow and this will lead to groundwater contamination.
  • Divert you rain gutter away from your cesspool.  Heavy rains usually introduce a lot of water into your cesspool. The moment a sudden flow of wastewater stirs up the solid particles of waste and pushes them into the soil absorption area. This leads to clogging. Once the cesspool clogs, the system overflows and the raw effluent mixes in with the groundwater.
  • Perform regular pump outs on your cesspool. There should be a regular pump out schedule to be followed with your septic expert. This is an effective way to eliminate solid particles and clear the clogs in the cesspool. With pump outs, you can be sure that you won’t be contributing to groundwater contamination.

Groundwater should definitely be separated from your cesspool. It is your responsibility to help maintain, not only the safety of your household but the safety of the surrounding environment. Following these tips will help you do your job more efficiently in keeping groundwater away from cesspools

Drain field preventive maintenance

This article will briefly discuss the benefits of drain field preventive maintenance. The drain field is the make or break of the septic system. This is the final phase of wastewater treatment in your home. Here, the pre-treated, clear effluent is purified and rid of the contaminants and pathogens before it is released back into the surrounding environment. It makes or breaks the septic system because its condition leads to the smooth functioning or the failure of the entire septic system. The drain field is where the bio-mat and the aerobic bacteria are found. The aerobic bacteria help in the further breakdown of the minute solid particles that are still in the pre-treated effluent. The bio-mat is the filter that eliminates pathogens and contaminants. The aerobic bacteria consume the bio-mat so it is kept at a normal phase. If the drain field becomes too saturated with water, the wastewater will not be able to enter the system anymore. Instead, it will just back up in to the home or onto the yard.

The septic system needs to function smoothly every moment of every single day. It has to continuously treat the wastewater that your household produces. It is specifically designed to accommodate the specific number of household members. If you plan to increase the number of people in your home, you have to consider modifying the size of the system. If the septic system’s capacity is not enough, it is prone to failure.

To make sure that you continue to have a reliable drain field, you have to subject your drain field to a regular drain field preventive maintenance. Preventive maintenance aims to prevent the failure or malfunction of the drain field and to maintain its optimal condition. You should talk to your septic expert about this because preventive maintenance should be done according to proper procedure. Here are what basically happens:

1. Suggested methods
Proper scheduling of preventive maintenance should me set with your septic system expert. You could help in the preventive maintenance by properly using the sinks, drain, and toilets. You should never dump paper, grease, napkins, cat litter, non-biodegradable substances, paint, food scrapings, and trash into the system. Color safe oxygen bleach should be used more often and chlorine bleach should be avoided. Laundry loads should be divided within the week instead of once. The pipes and other fixtures should be replaced or fixed.

2. Annual Inspections
Inspections should be performed on your drain field by your septic expert on a yearly basis. During each inspection, the following are assessed:
a) Damages that the components may have acquired already.
b) Compaction of the drain field caused by the heavy weight of the vehicles or any form of construction.
c) Shrubs or trees planted over the drain field. Their roots may already be penetrating the drain field.
d) Indicators of the drain field’s inability to take in or hold water (soggy lawn, septic smells, and pooling
e) Measurement of the depth of the sludge

3. Proper treatments

There are several treatments that should be given to the drain field:
a) There are activator treatments that should be given to the drain field to bring the bacterial population back to normal.
b) The porosity restorers bring the efficiency of the drain field back to normal.
c) Maintainers break down the grease and detergents, enhance the bacterial activity, stop the septic smells, and protect the drains as well.

The septic expert should be coordinated with if you want a systematic flow of preventive maintenance. You could talk to him about the various products that should be used to fully benefit the drain field and the surrounding environment. It is advisable to make use of biological products that do not leave any harm on your system and the water supply system in your area.

It is really a must for homeowners to give their drain field preventive maintenance. By practicing this, you can be sure that the drain field and the entire septic system will be able to serve our household for decades to come.

Sand mound enzymes

When the property owner is advised to have sand mound installed instead of a conventional, underground septic system, things get a little more complicated. The regular septic tank had always been victim of neglect. What more would an extra sensitive sand mound experience? Sand mound enzyme additives are something every homeowner should recognize as a curtail part of owning a home.

The sand mound is installed because of the high water table that the property has. This is a wastewater treatment system that is elevated or found above the surface of the soil so it is exposed to the elements. A special construction fabric is used to cover the sand mound before the thin top soil is placed over it. The construction fabric keeps the heat inside the sand mound system to make the system function smoothly. It has to be inspected regularly especially before the cold season because if the construction fabric is deteriorated by the start of winter, the sand mound will freeze over and eventually fail. This extra effort for the sand mound system can be very taxing for the homeowner but it should be done to maintain the smooth run of the system and to assure a safe and healthy home in every kind of weather.

Taking care of the sand mound takes vigilance and prudence. You have to be very careful in choosing the right chemical aides that are available in the market today. Many manufacturers grab the opportunity to prey on desperate homeowners who want instant results for their sand mound. These homeowners also want to reduce or even avoid the regular pump outs of their sand mounds that is why they purchase the sand mound products immediately even if the promises are very exaggerated. These homeowners completely perceive the sand mounds additives as the panacea for their sand mound systems and do not bother to adhere to the usual maintenance anymore.

There are three main groups of cesspit enzymes additives—organic, inorganic, and biological. Organic additives are where yeast and baking soda are classified. Baking soda is said to improve the living conditions of the resident bacteria because it lowers the acidity. As you know, bacteria thrive better in non-acidic environment. But prolonged usage of this type of additive is said to eventually affect the efficiency of the bacteria’s performance. Inorganic additives are the very strong acids and alkalines that usually corrode the physical components of the sand mound and kill the resident bacteria. They are still used in various treatments but are not recommended because of their destructive effects. The most ideal sand mound additive is the biological type. Biological additives are composed of non-pathogenic, cultured bacteria and enzymes. The added bacteria and enzymes greatly improve the bacteria’s breakdown of the solid waste materials. Biological additives do not leave chemical discharges in the surrounding environment so it is completely safe to use.

The effects of sand mound enzymes do not convince some experts that they really do amp up the conditions of these systems. They believe that it isn’t even necessary to use sand mound enzymes at all. Sufficient studies have proven that human wastes are more than enough to supply the necessary enzymes for the improvement of the sand mound decomposition. The only thing that the homeowner should do is to pump out the san mound tank on a regular basis so that clogging, backing up, and system failure will not happen. But it is still up to you if you choose to use sand mound enzymes of not.

Just make sure that you help the sand mound enzymes in improving your system. It isn’t enough that you use these additives and pump out the tank as scheduled. You and the rest of your household should exert effort in prolonging the lifespan of your sand mound. Sand mound enzymes are only assistants for a smooth-running sand mound system. It is not the magical pill that every homeowner wishes for to take away their sand mound’s problems.

It is better for you to consult your septic expert when it comes to using sand mound enzymes additives so that they may be used properly. These professionals know which kind is most beneficial to your system so better entrust your sand mound to knowledgeable and capable hands.

Conserving water to help you sand mound systems

This article will try to help the consumer understand how conserving water to help you sand mound systems. How can you tell if you’re a responsible homeowner? Many see themselves as responsible homeowners because they maintain a well-manicured lawn. Others say that they are ideal homeowners because they are able to maintain their home like new. For some people, the real measure of a responsible homeowner is to make sure that the components of the entire property functions optimally. One of these components is the septic system. A conventional septic system that is installed underground is easy to do because you won’t have to see any visual evidence of the wastewater treatment system. All you have to do is use your septic system properly and everything is fine.

The conventional septic system is meant for properties that have soil with a normal filtration rate. However, there are properties that do not have soil with normal filtration. The soil in these properties filters either too quickly or too slowly. This soil condition  needs additional filters to make sure that the wastewater is completely treated. Making room for these filters requires the system to be elevated or placed above the ground. This makes the sand mound system a special type of septic system. If you are truly a responsible homeowner, then you should be able to take good care of your sand mound system. You can do this by doing everything you can to prevent sand mound failure.

There are many ways to maintain your sand mound system. If this wastewater treatment fails, your entire living environment will be destroyed and your health will be compromised. Below are only some of the common means to accomplish sand mound maintenance:

Remove roots and relocate hardwood plants near the sand mound system. It is true that sand mounds can be seen as eyesores. That is why many homeowners try to obscure their sand mounds with foliage. The complex root systems of these hardwood roots negatively affect the flow of residential  wastewater treatment. Root systems do not stop looking for regular sources of abundant water and nutrients. The sand mound system is an easy target. When they penetrate the sand mound, they block the normal flow of the wastewater treatment. They even damage the system by forcing themselves through the small gaps and perforations.

Get rid of the heavy vehicles and structures near and over the sand mound system. The heavy weight of these objects cause soil compaction. Soil compaction destroys the pipes and other components of the sand mound system. Cracks produce leaks, which lead to wastewater flooding and backups into your home and onto your yard.

Divert the rain gutters away from the sand mound system. Runoff during a heavy rain adds more water inside the tank of the sand mound system. This causes the tank to overflow. Wastewater flooding and backup results from the overflow. Redirecting the rainwater away from the sand mound will allow the normal flow of the wastewater treatment system.

Avoid using harsh chemicals in cleaning. These harsh chemicals destroy the resident bacteria in the sand mound tank. Without these bacteria, the solid waste will not be broken down. If the solid waste is not broken down, the sand mound system will be clogged and inevitably fail.

Do not dump grease and non-biodegradable materials into drains and toilets. These substances cannot be decomposed by the bacteria in the sand mound. As a result, the solid waste materials accumulate in the system and clog everything including the filters and the soil absorption system. The sand mound fails if this is not corrected immediately.

Consider conserving water to help you care for sand mound systems. Lessening your water consumption will enable the system to properly treat wastewater. You can do this by not using the washing machine and dishwasher at the same time. Regulated water consumption will prevent stirring up the solid waste particles that will just clog the system.


Caring for sand mound systems will make you an ideal homeowner. These steps, including being mindful of water consumption, will definitely help you achieve this status

Conserving water to help you raised mound systems

Conserving water to help you raised mound systems is the focus of this article. For decades, communities have labored hard to figure out how they could possibly isolate the toxic, disease-ridden wastewater or sewage from their living environments. After some trials and clever designs, the septic system was finally conceived and materialized. Because of the septic system, wastewater is no longer a problem. The streets are no longer filthy or foul-smelling. The septic system has been a great gift to any home and business owner for decades. Today, the septic system is a conventional wastewater treatment system that is designed specifically to cater to a specific home or business. It is built underground with a capacity based on the number of people using the facilities. If you are a homeowner, you should talk to your septic expert about the living conditions that you have in your household. This will determine the actual size of the septic tank that your household needs to contain and treat your wastewater. If your household suddenly increases, you would have to talk to your septic expert about installing another septic tank. This is needed so that you won’t have to deal with wastewater flooding or backups brought about by an overflowing septic tank. This type of issue is also applicable to the non-conventional type of septic system known as the raised mound system.

The raised mound or the sand mound system is a wastewater treatment system that is elevated or above the ground. It is necessary for properties whose soil filters too quickly or too slowly. It is raised because it needs t give way to the special filters that help treat the wastewater. The raised mound system also has a tank that has to be specific to the number of people in need of facilities. It also has a soil absorption field that helps treat and purify the effluent before it is released into the surrounding environment. For most people, having a raised mound on the property can be an eyesore especially if there are no landscaping elements to conceal it. You should talk to your landscape architect to deal with the aesthetics of your yard. The raised mound would surely make an interesting element to the design.

Caring for the raised mound system can be challenging to some homeowners. It is elevated, which is why it is more exposed to the elements such as cold weather. The system requires heat to maintain the rate of metabolism needed by bacteria. To accomplish this, you have to make sure that a special construction fabric lines it before a thin topsoil and grass are placed on top of it. You should regularly check the fabric especially before winter comes. Any damage or perforation in the fabric could cause the snow and ice to enter the raised mound system. If this happens, the system will freeze over and you will have a terrible winter. Another consideration is the hardwood plants that you have surrounding the system. They should be relocated because their complex root systems are invasive. The roots could damage the raised mound and cause wastewater flooding and backups.

You should also consider conserving water to help you maintain raised mound systems. It is important that you prevent too much water to flow into your raised mound system to prevent that sudden water pressure. This pressure stirs up the sludge at the bottom of the tank. The solid waste particles then flow into the filters and into the soil absorption system, clogging everything. If left uncorrected, this will lead to raised mound failure. You can save water by not having tub baths every day, by not using the dishwasher and washing machine at the same time, and by not letting the hose run unmanned continuously in your yard. Who says raised mound systems are too complicated to maintain, anyway? These small steps could lead to a better functioning raised mound system. With it, you won’t have to experience septic nightmares at all.

School grease trap reduction

This article will cover school grease trap reduction and the benefits of using good bacteria. As the population in the United States increases, more and more young people become students. There is a very high demand for educators and educational institutions that will help form these young people into achievers of their generation. The US has always been known to fully support educational milestones and processes. The government and its citizens recognize the hunger for learning and the requirements to help nurture this hunger. Every school in America is equipped with facilities that are designed to draw out and develop the inherent gifts of these young minds. The goal is to mold them into well-rounded individuals who could keep up with the high level of competition in whatever field they choose to specialize in.

The mind is as equally important as the body. Without the body, the mind cannot do things. Without the mind, the body cannot do things correctly. The entire being of a student should be honed and put to good use. The potentials should be seen and encouraged. Schools have this role and in doing all of these, they need to have a conducive environment. Maintaining an environment fit for education is a challenge for administrators. It depends on their themes and missions but basics remain—cleanliness and order.

Schools are incomplete without canteens.  The school canteen is the department that supplies the nutrients needed to make it through each school day. There are many activities in school and students should have the needed energy to accomplish their tasks. Whether it’s curricular or extra-curricular activities, the school canteen is always there to bring comfort foods to students and staff. This is why it’s vital for the canteen to keep up with the latest menus and even come up with creative ones that will provide the nutrients in livelier meals. More students mean more meals to be prepared. More meals mean more FOG (fats, oils, grease). The FOG crisis is worsening and the schools are heavy contributors to it.

The grease trap ordinance requires the school administrators to have grease traps installed in their premises. The traps should be issued with permits and should be regularly maintained. Inspection should be done before the grease trap is installed. It would be better if the manufacturer sends a crew to install the grease trap professionally. After the installation, inspection should again be performed to make sure that there are no damages that could lead to leaks in the near future.

School grease trap reduction is a very important task placed on the shoulder of the school administration. The US is suffering from the FOG crisis and it needs every school’s cooperation in this endeavor. To make this possible, the students and the faculty should help in properly disposing of the FOG when they eat at the canteen. There should be special leak proof receptacles that should contain the collected grease in the leftovers after every mealtime. These receptacles could then be disposed of with the regular trash. In the kitchen, the sinks used for washing these dishes and cooking equipment should have strainers and fine meshes to filter out the small bits of grease or food left. These methods could significantly make school grease trap reduction much easier to accomplish.

Bacteria should also be used in school grease trap reduction. These are very primitive yet very efficient organisms that eat voraciously so that they may fuel their survival and reproduction. Bioremediation makes use of non-pathogenic or “friendly” bacteria while bio-augmentation uses a special strain of bacteria in eliminating FOG and other contaminants in the grease trap. As bacteria take action, they also get rid f the foul odors. Bacteria are all-natural and organic. They don’t have chemical discharges that pollute the environment. The use of chemicals and enzymes should not be encouraged anymore because they just make things worse by emulsifying the FOG.

School grease trap reduction is achievable especially when cooperation is involved and bacteria are used.


School grease trap clogging

This article will cover school grease trap clogging. Grease is man-made. People say that everything that man has created has both good and bad purposes. It’s like creating something neutral and then the outcome would just depend on how that thing affects everything else. Grease was made to be an efficient lubricant in machines of various industries. It is always present in automobiles to smoothen the run of the motors. Factories need grease to make their heavy machinery function without any delays. It seems like grease can be a friend. But lately, this concept is starting to become a bit tentative.

The FOG (fats, oils, grease) crisis is now overwhelming the United States. FOG is already overflowing, causing untreated wastewater to enter facilities that are supposed to remain clean and highly sanitary. Food processing plants, hospitals, malls, restaurants, hotels, nursing homes, and schools are all suffering from effluent backups because of FOG overflow.

Schools these days are being mandated to by the grease ordinance to have grease traps installed in their premises. These traps should have legal permits and should always be maintained. Negligence usually happens when the school is generally too busy with everything. Because of poor maintenance, FOG overflow occurs. When there is FOG overflow, the FOG mixes with the untreated effluent. It then gets carried through the pipelines. There, the FOG hardens and sticks to the inner pipe walls, eventually blocking the wastewater from reaching the treatment facility. School grease trap clogging is a huge problem that has to be solved or prevented immediately.

If there is school grease trap clogging already, the grease trap experts should be called to remedy the problem. A thorough pump out is an order. This completely clears out the grease trap and resets the system for a new batch of FOG. Only a licensed hauler should dispose of the wastes and FOG that have been obtained from the trap. An effective grease trap additive or cleaner should be used to completely get rid of the FOG from the grease trap. Chemicals and enzymes are usually bought and used for such a purpose but these products are just decorated by their manufacturers’ flowery words. The true effect of these compounds is that they emulsify the FOG and allow it to mix into the untreated effluent. This then makes the school grease trap clogging much faster. The school’s maintenance department won’t even know the problem until it’s too late.

School grease trap clogging could be remedied much faster when bacteria based additives are used. These are living organisms that really need to consume. They metabolize the FOG and solid wastes in the grease trap so by the time they are done with it, no trace of FOG is found and foul smells are also eliminated. The processes of bioremediation and bioaugmentation both use bacteria. Bioremediation uses non-pathogenic bacteria to digest and convert FOG into less detrimental substances. Bioaugmentation then uses a specific type or strain of bacteria that eliminates every bit of FOG and contaminants in the grease trap.

Preventing school grease trap clogging needs the cooperation of the students and the employees. The students and employees could actively participate in reducing the grease materials that enter the grease traps by manually scraping away the FOG from the dishes and trays that they use into ready leak-proof bins in the cafeteria area. This practice could lessen the task placed on the kitchen employees.  The drains in the sinks should also be fitted  with meshes and strains that could catch the grease and solid food particles. If there is minimal FOG that enters the grease trap, there will be no FOG overflows at all.

Bacteria could also be used as a maintenance additive to keep the FOG levels at a very low minimum. This is also a sure way of lengthening the life spans of the trap. Using bacteria to prevent and remedy school grease trap clogging is a practical and natural means to help fight the FOG crisis.

School grease trap chemicals

This article will cover School grease trap chemicals and the role they play. What is the first thing that comes into mind when the word “chemicals” is heard? Most people think of corrosion, harm, burns, explosion, drugs, and danger when they hear this word. Well, technically, when chemicals are used, these collections of words are actually evident. Not everyone is well-versed with the proper use and combination of chemicals. This is why chemistry is very important to learn. Schools have chemistry subjects to prepare students for higher levels of familiarity with chemicals. Even if they would be pursuing a career that’s not related to chemistry, they should still know about chemicals to be safe when they use household products.

In schools all over the United States, chemistry laboratories are set up to help the students learn more about the dangers and benefits of chemicals. The school administrators have the responsibility of keeping their students safe whenever they study about chemicals. The chemistry lab should be the only area in school for the students to interact with the compounds. But since the start of the FOG (fats, oils, grease) problem, schools have already been exposed to chemicals at a much more hazardous degree. FOG overflow results to the backing up of untreated wastewater. The untreated wastewater is filled with various chemicals, most of which are very corrosive. The effluent also carries pathogens that cause various diseases. The chemicals in the effluent also pollute the surrounding environment, enough to kill off the aquatic life.

The US government requires all schools to have grease traps installed within their premises. The traps should be regularly maintained to prevent FOG overflows from taking place. In grease trap maintenance practices years back, the use of school grease trap chemicals and enzymes was very common. These chemicals and enzymes, until now, are very strong substances that could do more bad than good. School grease trap chemicals and enzymes emulsify the FOG and mix it easily with the untreated wastewater. The FOG easily enters the sewer pipes and cools down. The FOG then sticks to the inner pipe walls and harden like concrete. As more FOG enters the pipes, the thicker the coating of the cement-like substance on its walls. The pipelines become heavily clogged, resulting to effluent backups. School administrators do not realize what’s really happening until the very last minute when the grease expert breaks the horrid news to them that the school grease trap chemicals and enzymes that they’re using are even causing the FOG overflow. School grease trap chemicals and enzymes are indeed very strong. The chemicals could actually damage the grease trap itself. There should be a change in the type of additive used or school grease trap chemicals and enzymes will lead to the demise of the school’s grease trap.

Instead of school grease trap chemicals and enzymes, bacteria should be used regularly during the maintenance and pump out of the grease trap. Bacteria may be very ancient already but they do get the job done. Once they are introduced into the grease trap, they immediately eat voraciously and see to it that there are no traces of solid wastes and FOG that’s left in the grease interceptor. Bacteria also rid the grease interceptor of the disarming odors. They keep the environment safe because they do not have chemical discharges to pollute the surrounding living systems.

When FOG overflow happens, there are lots of issues that the school administration has to face. There are hefty fines that have to be paid because the amount of FOG that came from the school’s grease trap went beyond the set limit; those environmental lawsuits for the pollution and damages incurred by the surrounding bodies of water; and all serious health matters that the school administration has to answer for because of the backed up effluent.

With bacteria, none of these will ever come up again. These are Mother Nature’s best plumbers and no amount of school grease trap chemicals will ever take their place.