Category: Septic Tank

Roughly one in four homes and businesses in the United States relies on a septic system to treat wastewater. That adds up to more than 21 million properties, with the highest concentrations in New England, the Southeast, and parts of the Midwest. Each of those systems disperses treated effluent into the surrounding soil, where it eventually filters down into the groundwater supply. When the system is functioning properly, this process works as intended and can even help replenish local aquifers. When it is not, the consequences extend well beyond the property line.

According to the EPA, failing or poorly maintained septic systems can contaminate groundwater with pathogens, excess nutrients, and harmful chemicals. That contamination can spread to private wells, nearby surface waters, and community drinking water sources, often without any visible warning at the surface. For properties that depend on well water, the risk is especially direct.

What many property owners do not realize is that the products they use to maintain their septic systems can be part of the problem.

How Septic Systems Interact with Groundwater 

A conventional septic system works in two stages. Wastewater flows from the building into the septic tank, where bacteria break down organic solids and separate the waste into layers of sludge, scum, and liquid effluent. That effluent then moves into the drain field, where it percolates through the soil. The soil itself acts as a natural filter, removing remaining bacteria, viruses, and nutrients before the water reaches the groundwater table.

This process depends on two things working together: healthy bacterial activity inside the tank and intact, permeable soil in the drain field. When either one is compromised, the quality of the effluent drops, and contaminants that should have been processed begin passing through the system and into the ground.

The most common contaminants associated with septic-related groundwater pollution include nitrates, phosphorus, coliform bacteria, viruses such as hepatitis A, and in some cases, chemicals introduced through household or commercial products. The EPA identifies nitrogen contamination as one of the most persistent risks, noting that excess nitrates in groundwater can affect drinking water systems and contribute to harmful algal blooms in nearby surface waters.

The Problem with Chemical Treatments 

The EPA’s guidance on septic system additives is clear: additives made of organic solvents or strong alkali chemicals pose a direct threat to soil structure and groundwater quality. At least 27 states have enacted regulations restricting or prohibiting specific chemical additive types for this reason.

Chemical drain openers and solvent-based septic treatments introduce concentrated toxic compounds into a system that is ultimately connected to the groundwater table. These products do not stay contained inside the tank. As effluent exits into the drain field, those chemicals travel with it, passing through the soil and into the water below. In areas with shallow aquifers or sandy, highly permeable soils, the pathway from septic tank to well water can be alarmingly short.

Beyond the direct contamination risk, chemical treatments also damage the biological processes the system depends on. By killing beneficial bacteria in the tank, they reduce the system’s ability to properly treat waste, which means the effluent leaving the tank carries a higher concentration of pathogens and nutrients into the drain field. The result is a compounding problem: the treatment intended to help the system actually weakens it, and the weakened system produces lower-quality effluent that is more likely to contaminate groundwater.

What “Bio-Safe” Actually Means 

The term “bio-safe” in the context of septic treatments refers to products that work with the biological processes already present in the system, rather than against them. These are typically bacteria-based formulations that introduce live microorganisms into the tank to support and replenish the populations that break down organic waste.

Not all biological products are equally effective or equally safe, however. The EPA notes that many commercially available biological additives contain bacteria strains that are not identified on the label, and that long-term impacts on drain field performance are not always well documented. This is where product-specific credentials matter.

BioOne stands apart in this category for several reasons. It was the first microbial product to be recognized under the EPA Safer Choice program, a designation that requires rigorous third-party screening of every ingredient for human health and environmental safety. It has also received the EPA Safer Choice Partner of the Year Award. The Safer Choice label is not a generic “green” marketing claim. It means the EPA and an independent science team have reviewed the full formulation and determined that it meets stringent criteria for environmental protection, including groundwater safety.

BioOne is formulated with 100% live, vegetative bacteria that begin working immediately upon introduction to the system. Unlike spore-based products that require specific conditions to activate, BioOne’s bacteria begin multiplying on contact with organic waste, digesting fats, oils, greases, and other solids into carbon dioxide and water. This process produces no harmful byproducts, introduces no chemicals into the effluent stream, and leaves nothing behind that could compromise soil structure or leach into the water table.

The product is manufactured under Good Manufacturing Practice (GMP) conditions, with each batch undergoing over 100 quality control checks. It is classified as non-regulated and non-hazardous under the Globally Harmonized System (GHS) and holds the lowest possible hazard rating from both the NFPA and HMIS.

Why This Matters for Groundwater Protection 

The connection between septic maintenance and groundwater quality is direct. Every product that enters the system eventually influences the quality of the effluent that reaches the soil and, ultimately, the water table. Choosing a treatment that supports bacterial health rather than undermining it means the system produces cleaner effluent, the drain field functions more efficiently, and the risk of contamination drops.

For properties with private wells, this is not an abstract environmental concern. It is a matter of drinking water safety. USGS research has documented measurable nitrate contamination in domestic wells located near septic drain fields, particularly in areas with sandy soils and shallow aquifers. A well-maintained system with a healthy bacterial balance is the most effective frontline defense against that contamination.

For businesses that operate on septic, especially restaurants, hotels, healthcare facilities, and schools, the volume of wastewater moving through the system makes product selection even more consequential. Higher throughput means more opportunities for chemical contamination if the wrong products are being used, and a greater impact on the surrounding groundwater if the system underperforms.

A Practical Approach

Protecting groundwater through your septic system does not require a complicated or expensive overhaul. It requires consistent maintenance and informed product choices.

Pump the septic tank every three to five years. Avoid sending chemical drain openers, solvents, or antibacterial products into the system whenever possible. Support the biological health of the tank with a monthly maintenance treatment using a product that has been independently verified for environmental safety. BioOne’s routine dosing requires just 4 ounces per month, and a single 64-ounce bottle provides 32 treatments.

For properties with drain field concerns or systems recovering from chemical damage, BioOne is also available in 2.5-gallon commercial sizes and in an auto-dispensing format for facilities that need continuous, hands-off treatment.

Browse the full line of BioOne septic products here or call Aqua Pro Solutions at (828) 255-0772.

Most septic system owners understand the basics: pump the tank regularly, don’t flush anything that doesn’t belong, and be mindful of water usage. What many overlook, whether at home or in a commercial facility, is the impact of the cleaning products used every day. The same disinfectants, drain openers, and antibacterial soaps that keep a space clean can quietly undermine the biological processes that keep a septic system functioning.

Understanding which products pose a risk and which alternatives exist is one of the simplest ways to protect a system that can cost tens of thousands of dollars to replace.

Why Cleaning Products are Detrimental to Septic Health

A septic system depends on living bacteria to work. Inside the tank, anaerobic bacteria break down organic solids, separating waste into sludge, scum, and treated effluent. That effluent then flows into the drain field, where additional bacteria in the soil provide a final stage of filtration. When the bacterial populations in the tank or the drain field are disrupted, the entire system loses efficiency. Solids accumulate faster, effluent quality drops, and the drain field becomes vulnerable to clogging and premature failure.

The challenge is that many common cleaning products are specifically designed to kill bacteria. They do that job well on countertops and bathroom surfaces. They do it equally well inside the septic tank, where those bacteria are not the enemy. This applies whether the source is a residential kitchen sink or a commercial restroom cleaned multiple times per day. In fact, businesses like restaurants, hotels, schools, and healthcare facilities often face a higher risk simply because of the volume and frequency of cleaning chemicals entering the system.

The Worst Offenders

Not every cleaning product poses the same level of risk. Some are genuinely harmful to septic systems even in moderate quantities, while others are fine in small doses but become problematic with regular heavy use. The products that deserve the most caution include:

1. Chlorine bleach. One of the most widely used disinfectants in both homes and commercial facilities, and one of the most damaging to septic bacteria. Small, occasional amounts are unlikely to cause lasting harm, but regular use, such as adding bleach to every load of laundry or using it as a daily restroom cleaner, can significantly reduce bacterial populations over time.
2. Chemical drain cleaners. Products containing sulfuric acid, lye, or sodium hydroxide are among the most aggressive chemicals that enter septic systems. They are effective at dissolving clogs, but they are also corrosive to pipes, toxic to beneficial bacteria, and can damage the structural integrity of concrete tanks. Commercial kitchens and restaurants that rely on these products to manage grease buildup are particularly at risk.
3. Antibacterial soaps and hand washes. Products marketed as antibacterial contain compounds like triclosan or benzalkonium chloride that are designed to eliminate bacteria on contact. In a septic system, they do exactly that. This is especially relevant for businesses with high-traffic restrooms, where antibacterial soap dispensers run through product quickly and send a steady stream of bacteria-killing compounds into the system.
4. Disinfectant cleaners. Pine oil cleaners, quaternary ammonium compounds (found in many bathroom and kitchen disinfectant sprays), and phenolic-based products all suppress or kill septic bacteria. Facilities that follow strict sanitation protocols, such as healthcare offices, daycare centers, and food service operations, should pay close attention to how much of these products reaches the drain.
5. Powdered detergents with fillers. Some powdered laundry and dishwasher detergents contain clay-based fillers and phosphates that do not fully dissolve in water. The undissolved particles can accumulate in the tank and pipes, contributing to clogs. Phosphates also promote algae growth in the drain field, which reduces the oxygen levels that beneficial soil bacteria need.

What You Can Use Instead

Protecting your septic system does not mean sacrificing cleanliness or sanitation standards. A number of effective alternatives exist that perform well without introducing harmful chemistry into the system.

Products labeled “septic safe” or “biodegradable” are a reliable starting point. These formulations are designed to break down naturally without disrupting bacterial activity. Liquid detergents tend to be safer than powdered versions, particularly those labeled phosphate-free. For everyday surface cleaning, white vinegar, baking soda, and oxygen-based (non-chlorine) bleaches are effective options that pose minimal risk to septic health. For businesses that require stronger sanitation, the key is selecting commercial-grade products that meet hygiene standards while remaining compatible with biological wastewater systems.

For drain maintenance specifically, biological treatments offer a fundamentally different approach. Rather than using caustic chemicals to dissolve buildup, products like BioOne introduce live, vegetative bacteria that consume fats, oils, greases, and organic waste through natural digestion. The bacteria convert that material into carbon dioxide and water, keeping drain lines clear without harming the existing microbial balance in the system. BioOne carries the EPA Safer Choice label, meaning every ingredient has been screened for safety to both human health and the environment. It contains no caustic chemicals, no added enzymes, and no surfactants. For commercial operations with heavy drain usage, BioOne also offers an auto-dispensing system that provides continuous, automated treatment directly into the drain line.

A Simple Rule of Thumb

If a product is designed to kill bacteria, it will kill bacteria in your septic tank just as effectively as it kills them on a kitchen counter or restroom floor. That does not mean every conventional cleaner needs to be eliminated overnight. Small amounts used occasionally will not destroy a healthy system. The risk comes from cumulative, habitual use of multiple products that all suppress bacterial activity, and that risk scales with the volume of chemicals entering the system.

The goal is balance. Choose septic-safe products where practical, reserve harsher cleaners for situations that genuinely require them, and support your system’s biology with routine maintenance. Regular pumping every three to five years, conservative water usage, and a monthly biological treatment like BioOne go a long way toward keeping the system healthy and extending its operational life.

Browse BioOne products here or call Aqua Pro Solutions at (828) 255-0772 for guidance on keeping your septic system in balance.

Antibacterial and disinfecting cleaners can knock back the “good” microbes your septic tank relies on. A little, well-diluted use (normal cleaning per the label) is usually fine because the system can rebound. Routine or heavy use, though, slows waste breakdown, raises sludge and scum, creates odors and slow drains, and can stress the drain field. The safer path is a septic-friendly routine and a bacterial, non-caustic drain maintenance product that supports, rather than fights, your tank’s biology.

How Your Septic System Works

Wastewater enters your tank, where it naturally separates: fats and oils float (the scum layer), liquids settle in the middle (effluent), and heavier solids sink (the sludge). The real engine here is bacteria. They digest and stabilize organic waste so the liquid leaving the tank is clearer.

From there, effluent flows to the drainfield, where soil and the thin biological layer at the trench surface (often called a biomat) provide final treatment before water filters into the ground. When the tank’s microbes are healthy, the whole train runs on time. When they’re not, problems stack up.

What Antibacterial Cleaners Do Once They Hit the Tank

Many household disinfectants use one of a few active ingredients—chlorine bleach (sodium hypochlorite), quaternary ammonium compounds (“quats”), or phenolic disinfectants. Their job on a countertop is to kill or inhibit microbes. When enough of those products wash into your septic tank, they don’t distinguish between “bad” and “good” bacteria. They can:

• Suppress beneficial bacteria, slowing digestion.
• Shift pH or add chemical stress, especially with strong caustics/solvents.
• Accumulate as repeated “shock” doses, which can push a once-healthy system out of balance over time.
  

Occasional, diluted use from everyday cleaning usually won’t crash a healthy system; repeated, concentrated use can.

Short-term vs. Long-term Effects

In the short term, you might notice stronger sewer odors, foaming in fixtures, or slower drains after a heavy cleaning day. (Slow drains can also be a physical clog—so don’t rule out a mechanical issue.)

Over the long term, antibacterial overuse leads to thicker scum/grease caps and faster sludge buildup (meaning more frequent pumping). When digestion slows, solids can carry over into the drainfield, where the biomat can become restrictive instead of helpful. That’s how backups and costly drainfield repairs begin. Regular inspection (about every 1–3 years) and pumping (about every 3–5 years) keeps you ahead of those risks.

How Much is Too Much?

Think about concentration and frequency. A capful of diluted cleaner during normal housekeeping is one thing; pouring multiple cups of strong disinfectant down every drain on the same day is another. Risk also climbs if you combine disinfectants with other stressors such as:

• Chemical drain openers (harsh acids/alkalis and solvents)
• Paints, solvents, and thinners
• Antibiotics entering the system (they’re designed to affect bacteria)
  

A practical rule of thumb from extension guidance: small, occasional, well-diluted use is usually manageable; chronic or heavy use is risky..

Signs Your Septic Biology Is Out of Balance

• Persistent odors in the house or yard
• Multiple slow, gurgling drains (not just one sink)
• Lush grass or wet spots over the drainfield
• Alarm trips or unusually cloudy effluent in monitored systems

A Septic-Safe Cleaning Routine That Actually Works

• Use non-antibacterial, biodegradable cleaners for everyday jobs when you can. Reserve disinfectants for true disinfection moments (per label directions).
• Skip chemical drain openers. Try a plunger or drain snake first; if needed, call a pro.
• Space out water use (laundry loads, long showers, dishwasher) to avoid “flooding” the tank and field.
• Limit garbage disposal use; ground-up food adds to sludge and pumping frequency.
• Never pour paints, solvents, or harsh chemicals down sinks or toilets.
   

Why Bacterial Drain Care Helps

Instead of “burning through” a clog with caustics, a bacterial, non-caustic drain maintenance product adds friendly microbes that digest fats, oils, and grease, the usual culprits behind slow drains, without shocking your tank’s biology. BioOne® is one well-known example. Aqua Pro sells BioOne® and offers it as part of a septic-safe routine for homes, restaurants, and facilities that want to maintain flow and protect their drain fields.

Bottom line

Your septic tank is a living treatment system. If you routinely feed it antibacterial and harsh chemicals, it can’t do its job. Keep disinfectants for targeted needs, avoid chemical drain openers, and support the biology with smart cleaning habits and a bacterial, non-caustic drain product. Pair that with regular inspection and pumping, and you’ll save yourself headaches (and money) over the long haul.

If you suspect a clog in your septic drain pipe, you’re probably wondering what to do. While calling an experienced plumber is always an option, you may be able to clear the blockage yourself. Once the drain pipe is unclogged, you may also want to consider adjusting a few habits to reduce the risk of clogs in the future.

What Happens When a Septic Drain Pipe is Clogged?

Your septic system removes all wastewater from your home, along with any waste that goes down the drain or is flushed down the toilet. The main drain line leads directly from a home or residence into the septic holding tank. This drain line is often susceptible to clogs.

A clog can start with a buildup that begins to slow the flow of wastewater to the tank, or it can be a complete blockage, keeping any waste from making it into the septic system. Though you aren’t able to see a clog, there are some warning signs to alert you to a problem:

Slow Drainage

This is a telltale sign that a problem is occurring in your drain line. You may notice that your shower is draining slowly or that water is pooling in the kitchen sink. That’s because the water cannot move past the clog or blockage down the line.

Gurgling Sounds

As wastewater attempts to move through a clogged or blocked drain line, it can make a gurgling or trickling sound. This noise is often indicative of a problem within the drain pipe itself.

Foul Odors

As waste begins to back up in your pipes, gasses will build up, leading to foul odors that can quickly fill your bathrooms, basements, and even your kitchen sink.

Common Reasons for a Clogged Drain Pipe

There are several reasons that you may be experiencing a clogged septic drain pipe. Common causes of a clog or blockage are:

Flushing Inappropriate Items

When you have a septic system, it’s critical to be mindful of what goes down your drains. Only wastewater and septic-safe toilet paper should be flushed down the toilet. Diapers, wet wipes, and feminine items are known for clogging pipes in septic systems.

A Buildup of Fats, Oils, and Greases

Fats, oils, and greases (or FOG) often flow through the drain as a liquid, but once inside your pipes, they quickly solidify, causing stubborn blockages. Dispose of FOG separately to reduce the risk of clogging in the future.

System Overload

You may not know this, but using a lot of water in a short amount of time can overload your septic tank, thus resulting in a clog or backup. If possible, try to space out showers, loads of laundry, and dishwashing to give your septic tank time to process the wastewater properly.

Interference from Tree Roots

As trees and bushes age, they develop deeper root systems. Over time, those root systems could begin to interfere with your septic system’s drain pipes, obstructing the flow of wastewater. Avoid planting anything in the area of your septic tank, and consider removing older trees if they could obstruct your drain pipes.

Unclogging a Septic Drain Pipe

If you’re dealing with a backup in your bathroom sink or foul odors in your kitchen, you may be eager to fix the problem quickly. Fortunately, with some troubleshooting, it’s often possible to take the DIY approach to unclogging your septic drain pipe. Try the following solutions.

Baking Soda and Vinegar

You’ve probably heard of this trick before, and that’s because it’s quite effective, especially when the clog is due to fats, oils, or greases. Pour about a half cup of baking soda down the drain pipe, followed by a third cup of vinegar. The chemical reactions will get to work breaking down the FOG in the pipe right away. After an hour, rinse the drain pipe with hot water.

Hot Water

Sometimes, pouring hot water down the drain is all that is needed to break up the clog in your drain pipe. This is most effective when the pipe is only partially blocked.

Use a Snake or Auger

These plumbing tools are incredibly useful when breaking up a clog, and they can travel through your pipes up to 80 meters! If the blockage is located closer to the drain itself, you may also be able to loosen the clog with a bent wire clothing hanger.

Call a Plumber

If you’ve tried these DIY solutions with no luck, it may be time to contact a local plumber. They’ll be able to locate the blockage and determine the best course of action to have your pipes flowing freely again.

Prevent Clogs Before They Form

Want to avoid another DIY repair project? You’re in luck. There are plenty of things you can do now to reduce your risk of septic drain clogs in the future, and most involve simple changes to your daily habits. First, it’s important to be mindful of what you put down your drains and toilets. Avoid flushing feminine products, diapers, and even “flushable” wet wipes that can easily cause a blockage in your drain pipe, and consider tossing all food scraps in the trash.

Next, swap your chemical drain cleaner for a bacteria-based product. For your septic system to function properly, bacteria is needed to break down the waste inside the tank. Harsh chemicals will kill off the naturally occurring bacteria and slow the breakdown process significantly. When you use a bacteria-based product regularly, the bacteria will completely digest fats, oils, and greases inside both the tank and the drain pipe. When FOG cannot continue to build up in your pipes, the likelihood of clogs is greatly reduced.

What to do When You Have a Clogged Septic Drain Pipe

A clogged septic drain pipe could cause some major headaches, including foul odors, slow drainage, and even septic backups. If you wake up to a stinky kitchen sink or standing water in your shower, it’s time to take quick action. If you feel comfortable, you can try to clear the drain with baking soda and vinegar, hot water, or a plumbing snake. If not, call a plumber. Then make a plan to reduce the risks of clogs in the future. Flush only wastewater and septic-safe toilet paper, and add a bacteria-based drain cleaner to your routine. Taking these steps now will help to ensure your septic system will function properly well into the future.

Your septic system is a critical part of your home’s infrastructure, swiftly removing waste and water from your home during everyday tasks like taking a shower, washing the dishes, or flushing the toilet. When a septic tank is functioning properly it can be easy to forget it’s there, but when it fails, it can be costly and challenging to fix. Fortunately, there are 5 signs you can look for to know if your septic tank is failing, and if you notice any of these signs, it’s best to have them looked at right away.

Signs that Your Septic Tank may be Failing

System Backups

This is the easiest sign that there’s likely an issue with your septic system. When your septic tank isn’t draining properly, waste inside the tank will fill up quickly. When there’s no longer space for the waste, it will begin to make its way into the drain pipes and then, eventually, the drains in your sinks, bathtubs, showers, and even toilets.

Slow Drains

This is a slightly more subtle sign that usually appears before waste begins to back up into your drains. You may notice water beginning to pool during your shower, or it may take longer for your kitchen sink to drain. This sign should not be overlooked, as it could lead to bigger problems.

Gurgling Sounds

Noises are typical when you flush the toilet or run the dishwasher, but if you begin to hear unusual noises coming from appliances and drains, this could be a sign that a clog or backup is beginning to form.

Foul Odors

Consider contacting a plumber or septic technician right away if you begin to smell foul odors in your yard or coming up through your drains. This indicates that sewage and gasses have made their way into the main drain line.

Changes Above the Drain Field

Your drain field is designed to slowly dissipate wastewater into your yard over time. Any changes in that area of your yard, including pooling, spongey grass, or even taller, greener grass could be a sign that the pipes in your drain field are broken or that your septic tank is so full that it’s putting pressure on the drain field.

Why is it Important to Take Care of Septic Issues as They Arise?

Many of these signs, including foul odors, gurgling noises, and slow drains, indicate that the levels within your septic tank may be too high or that a clog is forming. Fortunately, when detected early, these problems can often be fixed easily. Septic pumping may be all that is needed to get your system back on track. Early intervention can also keep you from larger problems in the long run.

However, if you fail to notice these early signs of a problem, you’ll likely have a larger repair on your hands. A failing drain field, for example, may need to be completely replaced. Not only that, but sewage from your septic system could begin to make its way into the groundwater or surface water near your property, which can be dangerous to both animals and humans.

Tips to Avoid Issues with Your Septic Tank

Of course, if you see any one of the five signs listed above, it’s best to call a plumber or septic technician immediately. With proper maintenance, however, you may be able to avoid both smaller repairs and bigger issues with your septic system. First, schedule regular pumpings and inspections from an experienced septic technician. Your technician will help you keep your septic levels in check and can detect early signs of a problem, as well.

In between pumpings, consider adding a bacteria-based cleaner like BioOne to your routine. When bacteria are introduced to your septic tank, they immediately get to work fully digesting fats, oils, and greases inside. With these solids taken care of, your septic tank will be able to function more effectively, and the probability of a clog or backup will be drastically reduced.

Watch for Signs Your Septic System Is Failing

Scheduling and performing regular maintenance on your septic system is essential to avoiding major repairs. However, if you notice any sign that there could be a problem inside your septic tank or drain field, it’s best to get it repaired quickly. Foul odors, slow drains, and even bright green grass above your drain field could all be signs that your septic system should be inspected. In the meantime, add a bacteria-based product to your routine to fully digest fats, oils, and greases inside the tank and avoid clogs or backups in the future.

If you’ve got a sewage ejection system at your home or business, you may be wondering what it is and how you should maintain it. This system helps to remove waste and wastewater from your home, and it should be cleaned regularly to reduce the likelihood of clogs or motor burnout. Follow these steps to keep your sewage ejection system functioning properly.

What’s a Sewage Ejection System?

If your home or commercial business has a bathroom, sink, or laundry room below the main sewer line, you likely have a sewage ejection system. In a traditional drain system, gravity helps direct waste and wastewater down toward the main sewer line. A sewage ejection system pumps waste from lower-level plumbing fixtures up toward the main sewer line and out of your home or business.  Properly cleaning and maintaining your sewage ejection system is essential to ensure it runs properly.

Cleaning Your Sewage Ejection System

1. Turn off the circuit breaker—The pump uses a motor to lift waste to the main sewer line. Before you do any work on your sewage ejection system, it’s important to make sure that power to the system is turned off.
2. Open the tank—Locate the access panel and remove the lid.
3. Remove debris—Things like diapers, paper towels, and even “flushable” wipes may be clogging the pump and preventing the flow of wastewater.
4. Measure the oil level in the pump motor—Refer to the documentation for your pump to determine what method to use when checking the oil level. If it is low, add more to keep the motor running smoothly.
5. Check for additional debris—Sometimes debris may make its way into the inlet valve, blocking additional waste from entering the system. It should be removed for optimal flow.
6. Restart the system—Replace the access panel securely and turn the power on. Do this once a year to avoid clogs or breakdowns.

Tips for Cleaning and Maintaining your Sewage Ejection System 

Know When to Call a Plumber

If you don’t have documentation for your sewage ejection system, it can be challenging to know how to check the oil level in the motor or access the inlet pipe. Mistakes like adding too much oil or dislodging the motor could lead to malfunctions later on. Consider calling a licensed plumber to assist you with this routine maintenance, and watch the process to do it yourself in the future.

Prevent Toilet Backups

Keep in mind that everything you flush down the toilet or pour down the drain will eventually end up in your sewage ejection system. Many issues can be avoided when you are mindful about what goes down the drain. Avoid flushing anything other than waste and toilet paper down the toilet, and keep things like grease and coffee grounds out of your sink drains. Be sure to have a trash can next to your toilets to encourage family members and guests to toss anything that shouldn’t be flushed.

Maintain a Healthy System

Even when you’re mindful of what goes down the drain, clogs can still occur. That’s because fats, oils, and greases, or FOG, have a hard time breaking down. Consider adding a bacteria-based product to your maintenance routine. Once active bacteria are added to your sewage ejection system, they get right to work breaking down and fully digesting solids like waste and FOG inside. This will provide another layer of protection that will help to reduce frustrating clogs and costly repairs.

Don’t Ignore Foul Odors

When a sewage ejection system is functioning properly, you should not smell any foul odors. If an unpleasant smell is coming from your drains or the system itself, it could be a sign of problems in the holding tank. You may be able to follow the steps above to remove debris, but if the odor persists, consider calling a plumber to assist you.

Avoid Sewage Ejection Pump Issues with Proper Cleaning and Maintenance

It can be easy to overlook the function of your sewage ejection system, until, of course, it isn’t functioning. Consider regular cleaning and maintenance to keep your system in working order, and add a bacteria-based cleaner to your routine so that fats, oils, and greases are fully digested. Follow sewage ejection pump guidelines, as well, by flushing only wastewater and toilet paper. If you smell a foul odor or notice that your drains are slow, refer to the cleaning steps above or contact a licensed plumber to get your system up and running again.