Government housing grease trap smells

This article will cover Government housing grease trap smells. The moment a person enters a room, the primary sign that the place is well-maintained is the way it looks. If there is no clutter and no disorganization, then the room is absolutely cared for. The next thing to assess is the smell. If the room smells of fresh lemon, of flowers, or even of fruits, then it goes to show that someone took the time to clean the room thoroughly and leave such a clean scent behind. To most people, smell says a lot about the place. Even if everything is in order but smells like some animal defecated in it, then it’s just no good. A clean place looks and smells clean.

Everyone dreams of living in a clean home but sadly, not everyone could afford having an owned home. The US federal government understands this very much. The government people wouldn’t want to see the American people on the streets just because they don’t earn thousands of dollars a month. For low-income earners or for Americans that have very large families to support, the government provides housing projects. These are projects that provide assisted housing to those who do not earn that much. There are different types of government housing projects. Some have asked the government’s help in constructing their own home. The most frequently used government housing project these days is the apartment building type.

The apartment building government housing project is something that caters to the housing needs of those who earn much lower wages. The government agency assigned to manage the project rents out apartment units in the building. Each unit has a bathroom and a kitchen, plus the living space. The rent is at a much lower rate. For the renters who are elderly or disabled, they could rent the apartment at a discounted price. The kitchens of these apartment units provide a huge problem to the wastewater treatment facility in their designated areas all over the country. The FOG (fats, oils, grease) that they produce causes FOG overflow that triggers the environmental, health, and sanitation crisis in the country.

The US government has come up with the grease ordinance in the hope that its strict implementation will drastically cut down the amount of FOG that enters the wastewater system. Government housing projects are included in the list of institutions that  have to abide by the ordinance. According to it, the government agencies that manage the housing projects should make sure that grease traps are installed in the residential areas. The traps should have legal permits and they should be well-maintained. Pumping out the grease traps should be done at least four times annually. But because of the threatening fines and lawsuits, agencies opt to have their grease traps pumped out more often, which can be a bit expensive for them. Only a licensed hauler should pump out and dump the wastes in proper areas.

Government housing grease trap smells should be prevented from ever wafting through the residential area and surrounding areas. This would be a huge issue for the agency to deal with because this would mean that the government houses its people in less than mediocre homes. When there are government housing grease trap smells, one can be sure that there is something wrong in the sewers. FOG that overflows from an unmaintained grease trap mixes with the untreated effluent. It hardens and sticks to the inner pipe walls. When there is enough FOG, the passage of effluent gets completely blocked. The wastewater then backs up into the government housing project and surrounding area.

To eliminate or prevent government housing grease trap smells, bacteria-based additives should be used on a regular basis. Bacteria are very efficient in consuming and digesting the FOG and solid wastes in the grease  trap. As they do this, the unwanted smells are also taken away. In keeping government housing grease trap smells away, bacteria can give you the best kind of help.

Government housing grease trap problems

This article will cover Government housing grease trap problems. Engaging in efforts to have home ownership is a common thing in the United States. More and more people are realizing the importance of having their very own property. Many start young and manage to secure a home even before they enter marriage. Others wait until they get married in order to have someone help them acquire a house in an area that’s ideal to raise children. But because of the unsure status of the American economy, there are a lot of people who cannot continue paying for mortgages anymore. The US government understands this dilemma that’s why there are government housing projects being erected.

The low-income earning families deserve to have homes. They have to make sure that they raise their children in a safe and secure environment with a sure roof over their heads. It can be challenging to achieve this because of so many expenses. This is why the US government has decided to intervene. For a low fee, anyone can rent an apartment under a government agency. There are also housing projects that allow people to have their own homes built but with the help of government funding. The payment for the constructed house would then be set according to the income of the owner.

Kitchens and bathrooms are standard facilities in government housing projects. This is basically why the US government mandates the government agencies to install grease traps in their housing projects. FOG (fats, oils, grease) is becoming a huge problem in the country. Enormous amounts of FOG enter the wastewater treatment facilities. This results to contamination of the clean water supply, outbreaks of various diseases, and sanitation problems. The government aims on keeping the FOG levels under control so that these major government housing grease trap problems can be avoided.

There is actually an acceptable level of FOG that could enter the wastewater treatment facilities but as much as possible, FOG should not mix into the untreated effluent. When FOG overflows into the wastewater, it hitches a ride through the sewer lines. Once inside the pipes, the FOG cools and hardens. It sticks to the inner walls of the pipelines like layers of cement. Eventually, the hardened FOG blocks the untreated effluent. The wastewater then backs up into the government housing facilities and surrounding environment.

Government housing grease trap problems can be minimized or even resolved with the help of the residents and the agency’s vigilance in implementing their grease trap maintenance regulations. The residents could manually scrape off the grease materials and food bits from their dishes and cooking equipment. They could then place these substances is leak-proof, sealable containers that could be properly disposed of. Drains could also be fitted with strainers and meshes that could catch the very small bits of food and grease, preventing them from entering the grease trap.

It’s the entire government housing community’s obligation to make sure that the FOG levels in their grease traps remain at a very low minimum. This would mean that they should perform measures as a unit so that the country’s FOG problem could finally be controlled. This includes choosing the right additive to use in maintaining their grease traps. Chemicals and enzymes do not work like they are supposed to. Instead of eradicating FOG, they emulsify it, allowing it to mix in with the untreated effluent. They only make it possible for the FOG to harden in the pipes and block the normal flow of the wastewater towards the wastewater treatment facility.

The best helpers in resolving government housing grease trap problems are bacteria. They are the most reliable grease trap cleaners that anyone could ever have. Bacteria break down the FOG and get rid of the bad odors as well. They don’t have chemical discharges that can pollute or contaminate so the environment and water supply systems remain safe when they are used. With the help of bacteria, government housing grease trap problems can really be resolved.

Government housing grease trap backups

This article will cover Government housing grease trap backups. Through the years, the United States government has always come up with programs and projects for the good of its people. Basic needs like food and housing are being helped even as the economy strains at present. Food stamps are being provided to those who have successfully applied for them. This is a lot of help for the low-income earners and for those who have large families. They are given by schedule on a monthly basis according to last names.  The amount will depend on how much you earn every month, family members, and the total expenses you have.

To aid in the housing needs of the American people, the federal government has come up with many government housing projects all over the country. These government housing projects vary according to how the applicant would want to live and if the monthly income could handle it. There are those who apply for the government’s help in building a single detached home. The applicant will then pay it according to his or her monthly salary. The most popular type of government housing project is the apartment building. Here, a government agency is assigned to manage the building and its tenants. The rent for an apartment unit under government housing is much lower because it targets to aid the low-income earning population. Each apartment unit has its own kitchen and bathroom. It’s a great help for those who want to save money on rent and for those who cannot afford to rent a privately developed apartment unit.

Because the apartment type government housing has tenants all the time, the kitchens are frequently used. It’s a very problematic thing because kitchens produce FOG and FOG (fats, oils, grease) levels in the wastewater are increasing dramatically. This then becomes a cause of environmental, health, and sanitation problems. The grease ordinance was made to help counter this dilemma and government housing units are already included in the list of those required to follow. The kitchens are the main areas targeted to initiate proper grease trap maintenance and avoid government housing grease trap backups.

Government housing grease trap backups result from FOG overflow. FOG overflow results from poor grease trap maintenance. When a FOG overflow happens, the grease mixes with the untreated effluent. It hitches a ride through the sewer lines and then sticks to the inner pipe walls as it hardens. What results are government housing grease trap backups. When backups happen, the untreated effluent flows back into the government housing facilities and the surrounding environment. The contamination brings about diseases because of the pathogens that the effluent contains. Disarming odors also waft through the premises and this also contains toxic fumes that may trigger or aggravate medical conditions such as allergies. The surrounding water systems will be polluted as well because of the chemical compounds in the effluent.

To prevent government housing grease trap backups the management and the residents should work together in improving their grease trap maintenance. The individual kitchens have sinks and their drains should have meshes or strainers for catching the minute food and grease particles. Proper collection and disposal of the grease materials from dishes and leftovers should be performed, instead of just letting these big chunks of FOG go down the drain.

Using bacteria as an additive in maintaining the grease trap is also one way of keeping government housing grease trap backups at bay. Bacteria have long occupied valuable space on earth. They may not be seen with the naked eye but their increase or decrease in number decides the life or death of a much larger organism. The same principle applies to the grease trap. When non-pathogenic bacteria are introduced into the grease trap, the FOG, solid wastes, and foul smells are eliminated. The environment is also kept safe because bacteria are all-natural and do not contain chemicals. bacteria are significant helpers in preventing or even stopping government housing grease trap backups.

What role a septic tank baffle plays in drain field lines.

This article will cover what role a septic tank baffle plays in drain field lines. Part of creating a sanitary home environment is maintaining a fully functional septic system with its septic tank and drain fields intact. It’s easy to just be aware of the septic system that you have underneath your yard and just let the septic expert handle everything. However, it’s part of being a responsible homeowner to know everything about the components of your septic system. The baffles are important parts of your system. You should know what role a septic tank baffle plays in keeping drain field lines optimal. As you know, a modern septic system has an inlet and an outlet pipe. The baffles are situated in front of each pipe. If you see to it that the septic baffles are always in good condition, you can be assured that the lifespan of your septic system is extended. As a result, your drain field will also be well taken care of.

The septic baffles or septic tank tees are responsible for preventing the grease and scum from blocking the inlet and the outlet pipes. The solid waste particles are kept inside the tank to keep the waste particles fro flowing back into your home and out into the drain field. This is very helpful for maintaining the drain field because all the particles that might clog it are kept in the tank. With this, you should see to it that the septic baffles are well maintained. Failure to do so will lead to a very expensive septic system replacement or repair. If ever the septic baffles are missing or damaged, expect the solid waste particles to enter the drain field, clogging it up, especially if they have not been replaced. This leads to the drain field’s inevitable failure.

Septic baffles can be easily replaced or repaired. A plastic tee piping could easily be inserted into the outlet or inlet pipes so that a new baffle system may be established. Baffles contain the floating scum, grease, and solid waste particles inside the tank itself so that they won’t reenter the home or exit into the drain field. Septic baffles can be lost or deteriorate. This lets the solid waste particles enter the drain field. As a result, the drain field gets all clogged up and this will lead to the failure of the entire septic system. Baffles are ideally maintained by inspecting them whenever you have your septic tank pumped out. Any rusting or damage should be reason enough for the septic expert to replace the baffles with septic tees.

There are many things to consider when baffles are inspected. Taking a closer look at the baffles could very well tell you what is taking place in your septic system. Baffles that are made of concrete easily erode because of poor concrete quality, harsh chemicals, too much water flowing over them, improper pump outs, and strong detergents. Inspecting baffles involves looking at the scum layer over the baffles. This will prompt more investigation on the baffles. Heavy rain also contributes to the deterioration of the baffles. If there were just too much runoff, it would be better to seal the entrance of the septic tank so that leaks can be prevented from saturating the tank with too much water pressure or additional sediments. Make sure the raw sewage is just below the inlet pipe and inches below the top of the baffles. If you see the sewage level is low inside the septic tank, then the tank must be leaking or damaged. You can expect the sewage is already spilling into the drain field. The solid waste particles will surely clog the drain field and this will lead to inevitable system failure.

Septic baffles are important in maintaining the septic tank’s optimal condition. If the septic baffles are always monitored, you will have a longer lasting septic system. You should work with your septic expert in maintaining or replacing your baffles so that your household won’t experience drain field failure problems.

Retirement home grease trap smells

This article will cover Retirement home grease trap smells. For the longest time, retirement homes have been dreaded by so many elderly people. They have tried their best to keep themselves from being admitted into such institutions. There are very strong reasons as to why they have this perception of retirement homes before. Cases where care providers have maltreated retirees; sanitation problems; unpalatable food; and lack of proper medical attention are only some of the issues raised. For years, no one has stepped up to the plate to heed the cries of the senior population. Retirement is the phase where those who have come before the younger generation already deserve to enjoy life and do what they want to do.

As a response to the needs of the elderly, numerous organizations, philanthropists, and religious sects have come up with the idea of revitalizing the retirement homes all over the United States. These days, when anyone speaks of retirement homes, the picture of quiet, clean, active, and spacious residences come to mind. Employees in these retirement homes are very pleasant and aim to serve the senior population the best way they can. There are even collections of retirement homes called retirement communities where the elderly could function the way they would in an ordinary community. Retirement homes today offer local markets, stores, and even jobs to the retirees. Primary care providers will not have any problems with the amenities and the safety of their elderly loved ones when they relocate them in such institutions.

Retirement home grease trap smells used to be a problem in the old retirement homes. It may be caused by a lack of maintenance due to insufficient funding. The smells waft through the entire retirement home area, making it difficult for everyone to go on with their daily lives. Employees resign or project their frustrations onto the retirees because of such an environment. Preventing retirement home grease trap smells is truly one of the primary tasks in institutions like this.

The grease ordinance mandates the owners of the retirement homes today to install grease traps within their areas of operation. They should make sure that there are legal permits issued to these traps so that the City Sewer Department could inspect them on a regular basis. The owners should also maintain and monitor the traps regularly to make sure that they have the traps pumped out before they overflow with FOG.

Retirement home kitchens work daily to provide healthy meals to the retirees. They are the main sources of FOG in these institutions. Those who work in the retirement home kitchens should be vigilant in keeping the FOG levels in grease traps at a very low minimum. They should manually scrape off the grease from the dishes and the cooking equipment used. They should then place the collected grease in sealable containers for proper disposal. The sinks used for washing should have drains that are fitted with fine meshes or strainers to catch the grease and food particles so that they won’t enter the grease trap anymore.

The cause of retirement home grease trap smells can either be the trap itself if unmaintained or the backed up untreated effluent. It’s very depressing to experience the foul smells in such an established institution. The best additive to use here is the bacteria-based one. Bacteria are very primitive microorganisms that are programmed to eat and reproduce. They eat so that they could survive and proliferate. More food for them means more generations of bacteria. Bacteria work fast to digest the FOG and the solid waste materials. Upon application, they also get rid of the retirement home grease trap smells. The grease trap is practically odorless once the bacteria are done with it. The owners of retirement homes should not be worried about the environment’s welfare when they use bacteria. These organisms have no chemical discharges that pollute. Bacteria are truly very helpful and are considered the best means to control retirement home grease trap smells.

Retirement home grease trap flooding

This article will cover retirement home grease trap flooding. Everybody dreams of living in a perfect place.  This would mean that the place is secure; has no neighborhood qualms; has friendly people; near establishments; easy to find; not in the center of hurricanes; and not prone to flooding. These are just some of the characteristics that most people would want their area of residence to have. This doesn’t change when they reach retirement, though. As retirees, people tend to look for ideal places to spend the rest of their lives in. Even if it’s just a small retirement home, they still want spaces that are presentable and decent.

Flooding is an issue when the residential area is in a place that is hit by storms and hurricanes most of the time. Even if it’s expected to occur, there are still measures done to prevent flooding in these areas. But what if flooding occurs in a place that is not supposed to flood?

Retirement home grease trap flooding is something that happens when the institution neglects to maintain the grease trap that they are mandated to install in their area. The grease ordinance is the one that should be followed by retirement homes so that FOG (fats, oils, grease) overflow can be avoided. When FOG overflow occurs, the FOG is carries through the sewer pipes by the untreated effluent. There, the FOG cools and solidifies. It ends up sticking to the inner walls of the pipelines like hard cement. Eventually, the FOG completely blocks the pathway of the effluent towards the wastewater treatment facility. The wastewater backs up into the retirement home and surrounding areas. This is the flooding that goes straight into the main drains, especially the ones in the retirement kitchens.

There have already been several instanced wherein grease trap flooding has caused death and injury to the kitchen staff. It isn’t a secret that any kitchen is wired with electricity because of the heavy duty appliances that make work a lot faster. When there is retirement home grease trap flooding, the effluent reaches the power sources that are located near to the floor surface. Anyone who is in the kitchen at the time the grease trap and drains overflow with effluent, is prone to incurring severe injuries or even die when they are electrocuted. Slips could also occur when there is flooding by backed up effluent. The staff  could also acquire diseases and infections when exposed to retirement home grease trap flooding. The food that they prepare could be contaminated as well. The last thing that retirees want is to get sick because of the food that they eat.

The grease ordinance should be strictly implemented so that retirement home grease trap flooding won’t take place. It’s is important for the owners of these retirement homes to always monitor, inspect, and maintain their grease traps to keep the FOG level at a low minimum. This would make sure that there will be a regular pump out schedule and that there will be no FOG overflow that will lead to retirement home grease trap flooding. Retirees must not be exposed to the pathogens in the backed up untreated wastewater. Their weak immune systems will not be able to handle it, considering that they already have medical conditions.

Using bacteria as a means to eliminate the FOG and solid materials in the grease trap will quickly lower the possibility of a retirement home grease trap flooding. The bacteria will also get rid of the disarming grease trap smells mainly due to lack of maintenance and backed up wastewater. Bacteria are very primitive organisms that eat voraciously in order to survive and reproduce. Bioremediation is a process that uses friendly bacteria to transform the FOG into less detrimental forms. Bio-augmentation makes use of a selected strain of bacteria to remove the contaminants and FOG in the grease trap.

Retirement home grease trap flooding is unnecessary in the lives of the retirees. With bacteria, this negative experience is banned for the rest of their lives.

How french drains can help your sand mound systems?

This article will cover how French drains can help your sand mound systems? There is no end to the pressures of owning a home. A major part of the daily matters you have to face is the maintenance of your home’s components. It is a given that you need all those elements to work optimally and in sync with one another so that you can always wake up to a home that is healthy and safe. It may be challenging to find what specific components you need to make your household secure and comfortable. A usual concern is the type of wastewater treatment system that has to be acquired for the property. Most people who have soil that percolates normally in their property need the conventional septic system that is built and installed underground. However, there are homeowners who have soil that percolates either too slowly or too quickly. This is a problem because wastewater needs to be treated at a normal percolation rate so that all the solid waste materials can be broken down and the effluent can be purified effectively. If the soil percolates too quickly, the wastewater won’t be treated enough. If the soil percolates too slowly, the solid waste particles will accumulate and this will clog up the system.

Problem soils that have erratic percolation rates can be helped by sand mound systems. It is designed and built to help the soil filter normally. It is also elevated and raised above the ground so that it can accommodate the additional filters that will help improve the percolation of the soil. Just like a conventional septic, you need to treat the sand mound system the proper way so that it can efficiently treat your wastewater on a daily basis. Here are two of the most important things that you have to consider in taking good care of your sand mound:

  • Change the construction fabric that lines the mound. You have to check the construction fabric that lines the mound constantly because this keeps the heat inside the sand mound. The heat trapped by the fabric helps the bacteria metabolize and break down solid waste materials even when it is winter season. Make sure that you replace the fabric immediately when it becomes deteriorated or ice and snow will enter the system and freeze everything up.
  • Keep the water load at a minimum. Excess water load should be prevented to keep the wastewater treatment run smoothly. Bacterial decomposition of the solid waste materials is delayed when added water pressure enters the tank. The particles just clog the system and this eventually leads to sand mound failure.

Excess water load is also brought in by heavy rainfall. When this happens, the sand mound tank overflows, and everything becomes chaotic. The aerobic bacteria that help purify the effluent die off because they drown with all that excess water. Excessive water load in the sand mound is a common issue among homeowners that is why French drains are highly considered. You should know how French drains can help your sand mound systems so that you could appreciate how a simple system can help a complex system function better.

French drains catch the wastewater that overflows from the sand mound tank. It also catches the runoff that comes from heavy rain. The wastewater stagnates in the French drain, allowing the anaerobic bacteria to continue their job in breaking down the solid waste materials. The drain then disperses the pre-treated effluent into the surrounding soil. It passes through the durable media that has slime growing on it. The bacterial slime helps break down the remaining solid waste particles. When the effluent enters the soil, the latent bacteria purify it so that it can be used again.

Ask you’re septic and drain experts about French drain installation and the requirements you have to secure to have one with your sand mound. It will definitely make your life as a property owner a lot more convenient and worry-free.

Chemicals used to keep roots away from drain field lines.

This article will cover chemicals used to keep roots away from drain field lines. Homeownership includes many challenges and one of them is maintaining the septic system designed and constructed especially for your household. It is an essential part in maintaining cleanliness and order in your household and on your entire property. It is responsible for keeping you and your family safe while separating the toxic wastes from your living area. The septic system has various components that help treat your wastewater. It is divided into two main areas—the septic tank and the drain field. The septic tank is where the raw wastewater enters and collects. During its stay there, it forms three layers—the scum (top layer of lightweight waste), the effluent (middles layer of clear fluid that enters the drain field), and the sludge (bottom layer of heavy waste, where the anaerobic bacteria work on breaking down the organic particles). The effluent or the treated wastewater then enters the drain field where it is further treated and purified before it is released back into the surrounding environment.

The drain field is the final area for wastewater treatment. It consists of drain field lines that distribute the treated effluent into the surrounding land. It is essential that proper care is given to the drain field because anything that goes wrong with it may result to septic system malfunction or failure. The following should be considered as part of drain field care and maintenance:

1)  Clear the area of heavy vehicles or construction projects.

It’s vital that you do not treat your drain field area as a parking space or a construction space for your property. The weight of the vehicles and structures will crush the drain field lines and this will cause a backflow of effluent back into the septic tank and onto your property. This is called soil compaction. You should make sure that you know where the drain field area is in your backyard so that you could avoid using it for heavy-duty purposes.

2)  Divert the rain gutter away from the drain field.

When it rains, rainwater and sediments tend to flow into your property through your rain gutters. Make sure that it doesn’t pour out directly onto your drain field lines because this will interrupt the normal flow of effluent. The sediments will block the perforated pipes of the drain field and the additional water will cause the effluent to backflow.

3)  Refrain from using harmful chemicals on toilets and drains.

Harsh chemicals destroy the resident bacteria that degrade the solid waste products in your septic tank. Without the useful bacteria, you cannot possibly expect your wastewater to be treated at all. The entire process of treatment will stop and your property and health will be compromised. Once the septic tank’s anaerobic bacteria are affected, the solid wastes will enter the drain field and the drain field will be clogged up. This will lead to an inevitable system failure.

4)  Remove the surrounding plants.

Plants are living organisms that need to feed. To do this, their root systems have to find abundant and regular sources of water and nutrients. If they are planted over or near your drain field, then their invasive root systems will definitely cause trouble. Roots are known to be very persistent. They can enter even the thinnest of cracks and gaps just to reach their food source. If they reach the septic tank or the drain field, they will establish their territory by making thick meshes of roots that are virtually impenetrable, blocking the wastewater from being treated normally. When the roots block the drain field pipes, they will cause severe effluent and wastewater backflow and flooding. To remove the invasive roots, you could ask your local septic expert to remove them manually or opt for chemicals used to keep roots away from drain field lines. It is much more economical to use chemical treatments but you have to read their instructions carefully first before you use them.

Drain field lines are important to your septic system. Care for them as much as you care for your septic tank. There is indeed nothing more fulfilling than owning a home that is clean and environmentally sound.

How plastics and nylons from laundry water can wreak havoc in a seepage pit

This article will cover how plastics and nylons from laundry water can wreak havoc in a seepage pit. Your seepage pit is considered the most crucial part of your septic system. It is a hole that’s about 4 to 6 feet in diameter and a depth of 30-50 feet. It is usually filled with three quarters to two inches of rock. It’s like a trench that also has a pipe that goes straight to its bottom. This pipe is attached to the septic tank’s outflow pipe with the help of an elbow or a tee. The effluent that exits the septic tank enters the perforated pipes of the  seepage pit and absorbed into the surrounding soil, along the seepage pit’s sides.

Many homeowners think of seepage pits as cesspools and cesspools as seepage pits. These two systems have different goals in treating the wastewater that your household produces. The seepage pit is like the cesspool when it is constructed. It also has a large pit that is lined with masonry block (porous) and concrete rings. It also has a bed of gravel surrounding it. The seepage pit accommodates the effluent that comes from the septic tank that you already have installed in your yard. The effluent is temporarily stored here until it slowly seeps into the surrounding soil. Biomat forms at the bottom of the seepage pit. The biomat stays here for a long time and becomes very thick. The biomat has a tendency to clog the surrounding walls of the seepage pit. They are not equally efficient in treating wastewater as your regular septic system.

  • You can only use seepage pits in specific areas. The specifications for seepage pits are:
  • At least 60 feet should be the distance of the groundwater underneath the seepage pit.
  • The soil should be categorized as alluvial from the valley. This means that the soil carried to that particle area should be from the nearby mountain ranges by means of a natural body of water. Properties found close to mountains and hills are not ideal for seepage pits because the soil quality is not enough to filter and treat the effluent. This can be caused by slow filtration rate or elevated numbers of loose rock. If the property is near washes or riverbeds, the soil will be too loose to be for filtering the effluent thoroughly before it reaches the groundwater system.

As you know, your seepage pit helps the septic system do its job thoroughly. It helps your existing septic system or cesspit treat the effluent. It is important for both your cesspit and septic system to function without any problems so that you could have a smooth wastewater treatment process in your property. If they clog together with your seepage pit, you will inevitably have problems in your property. A responsible homeowner makes sure that there is no clogging that takes place. Clogging may ensue because of plastic in the laundry water. Septics that accommodate laundry water have no greywater systems. It is common for fabrics to have plastic in them. It helps the garments become more flexible and form fitting. Plastic is composed of both biodegradable and non-biodegradable materials. Most are non-biodegradables that cannot be broken down by the anaerobic bacteria in the tank. This makes it problematic for the system since the non-biodegradables stay in the tank or get pushed into the drain field. These plastic components may be minute but once they accumulate, they will clog the flow. Once the plastic particles in the laundry water make it into the seepage pit, the perforated walls will be clogged. The effluent will not be completely treated and distributed to the surrounding area.

You should know how plastics and nylons from laundry water can wreak havoc in a seepage pit. It you have a seepage pit for your septic system, you have to make sure that plastics and nylons do not make it in there or you will have issues to deal with that may be require costly replacements or repairs.

Tree roots can harm sand mound systems

This article will cover how tree roots can harm sand mound systems. Trees are placed in gardens to add natural elements into the property. However, the consequence of planting trees focuses on the septic system. If you have sand mound systems, you should take extra care and consideration in choosing in planting trees and other plants. Trees are living organisms and like other plants, they need to have a regular supply of water and nutrients. Of course, your sand mound is a perfect source, which is why trees access it as much as they can. With this, tree roots can harm sand mound systems especially since they tend to have higher moisture levels. The added nutrients into the soil attract the tree roots positioned near the sand mounds.

As you know, sand mounds are designed and built in properties that have soil with either slow or fast percolation rates. It is a type of septic system that’s elevated or raised because of the assistance that it has to give the soil. Additional filters are installed in a sand mound system to enable the smooth treatment of the wastewater system.  Sand mound systems are viewed as complicated septic systems already. Having plants o trees around your septic system may cause additional worries if you don’t do it well. Plant lovers just tend to think of the roots and the soil that the plants should have to survive. They never really give much thought to the septic system underneath those roots. Trees don’t look at a sand mound and avoid it. Their roots will always be attracted to the rich amount of water and nutrients that come from this form of septic. When the tree roots succeed in accessing your sand mound system, damages such as septic tank perforation and ruptures pipelines.

Some experts prefer planting slow-growing, small trees around the sand mound area. Larger, fast-growing trees pose as real dangers to the sand mound system. If you end up purchasing a home that has huge trees near the sand mound area, it is best to approach an arborist and discuss what the best option would be in moving the trees away from the sand mound system. It is true that removing trees may sound heartless because one may think that removing them from their area would be like disposing of them. Trees are not disposable. They are living creatures and they deserve a place where they could thrive without any issues especially with your  sand mound system. If these trees do succeed in establishing themselves with your sand mound system, you would have to prepare yourself for large amounts of cash leaving your back accounts. Moving trees away from your sand mound area is much more inexpensive than purchasing a brand new wastewater treatment system.

The following is a list of hardwood plants that are safe to plant near sand mound systems:

  • Aralia
  • Cordyline australias (cabbage tree)
  • Begonias
  • Coprosma propinqua (Coprosma)
  • Canna lilies
  • Phormium tenax (Flax trees)
  • Fuscia
  • Hebe
  • Pittosporum tenufolium (Kohuhu tree)
  • Olearia rani (Heketara)
  • Hoheria populnea (Lacebark)
  • Brachyglottis repnda (Rangiora)
  • Elaeocarpus hookerianus (Pokaka)
  • Leptospermum scoparium (Manuka)
  • Plagianthus regius (Ribbonwood)
  • Carpodetus serratus (Philodendrons/Poataniweta)
  • Myrsine divaricata (Weeping mapou)
  • Taro

If you are considering planting Red Spruce trees and Norway Pines, you should consider the following:

1)  Red Spruce trees

These trees grow up to 60 to 80 feet high with a trunk diameter or 1 to 2 feet. It can exceed these measurements occasionally. The red Spruce is also known as He-Balsam tree, Picea rubens, Easter Spruce tree, Yellow Spruce tree, and West Virginia Spruce tree. Planting this tree at least a hundred feet from your sand mound system will allow you to have a functional septic system for up to six decades.

2)  Norway pine

This North American tree grows very quickly during the first 60 to 70 years of their existence. They can live up to 350 years and could be 120 feet high with up to 3 feet in diameter. Plant this tree at least 1000 feet away from your sand mound’s soil absorption area because of their aggressive root systems.

Always consult your arborist and septic expert for the best option for planting trees and other hardwood plant near your sand mound area.