Septic Tank Cleaning

Here’s How Bioaugmentation Is A Boon For Your Septic Tanks!

Septic tanks are wastewater management systems at a smaller and/or personal scale. They are on-site, economical sewage disposal solutions that work well in areas without sewer networks. We can use them in various industries, houses situated in hilly areas, hospitals, outlier buildings, or a group of four or five houses. It handles solids and liquid organic waste that’s drained and flushed down through toilets, bathrooms, kitchens, and other types of drains. There are two main ways septic systems work. They are aerobic septic systems and anaerobic septic systems. Keep reading ahead to know more about them, septic treatment, and what problems septic tanks face. This blog also helps you resolve those problems.

Aerobic septic systems

In typical septic systems, wastewater flows to the leach field after leaving the septic tank, where oxygen-loving bacteria start to work. Aerobic bacteria in the soil eliminate any dangerous substances in the effluent as it is drawn downhill by gravity, preventing them from mixing with clean groundwater. Your soil must be in good condition and have the proper pH.

The fundamental distinction between an aerobic treatment system (ATS) and a conventional septic system is that the former generates treated effluent of higher quality. At the same time, the latter needs a smaller leach area.

Anaerobic septic systems

Water flushed down the toilet or the drain enters your septic tank, which is airtight. Since there is no oxygen present here, anaerobic microorganisms operate here. The bacteria will disintegrate the waste materials, preparing the wastewater for its next stop—the leach field.

In the process of anaerobic digestion, microbes turn solid waste into treated and cleaner effluent. This technique is energy-efficient and is less expensive. It is typically used for high-strength industrial effluent with large amounts of biodegradable organic matter.

Everything that is alive is in this world with a purpose. The bacteria, too, serve a great objective. The organic and fecal matter already consists of good bacteria. When we flush the waste or drain it, many bacteria stick on the surface of the pipelines.

What do you need to know about bacteria for septic tank?

As we read earlier, they are tiny invisible microbes yet are the most vital part of any type of septic tank system. Over the course of septic tank usage, these bacteria get populated everywhere in the system. When solid or liquid waste matter enters the tank, these tiny microorganisms help to degrade the matter in the tank. This is why the need and perfect balance of healthy bacteria is necessary for maximum septic system efficiency. Over the repeated actions, they expand their population; the more good bacteria, the more efficient degradation of organic matter. But this is not how the system works. There are numerous reasons why the community of bacteria for septic tank gets affected. When the microbial population gets compromised, solid waste begins to get accumulated. This causes problems in the septic tank and its functioning; for example, clogging becomes a big issue. Therefore, keeping your septic tank healthy is mandatory for the good health of these bacteria and, overall, for our health as well. That is why septic tank cleaning is done.

What affects the microbial community?

1. The harsh chemicals that we use

The chemicals we use to clean toilets, bathrooms, sinks, or various other components contain several components that are harsh for us and these bacteria. The substances may include drain opener powder or liquid, bleach, strong acids or bases, ammonia, various surfactants, etc. In addition, they compromise the health of septic tanks.

2. Usage of anti-bacterial soaps

Anti-bacterial soaps contain triclosan, triclocarban benzalkonium chloride, benzethonium chloride, and chloroxylenol. These products are used to kill germs from our bodies, but these chemicals end up killing the good bacteria present in the septic tank.

3. Disposal of medications

Many medicines are composed of substances that are not good for bacterial life. This includes antibiotics. They are used to treat bacterial infections or fever in animals and humans. There are many instances where medicines are flushed down the drain, when they are expired, when they are of no use, etc.

4. Disposal of non-biodegradable matter

People carelessly drain/ flush out non-biodegradable substances like cigarettes, pen ink, sanitary pads, tampons, and so on. Unfortunately, this causes hefty damage to bacterial lives, making them less and less effective.

5. Excess draining of water

People carelessly drain/ flush out non-biodegradable substances like cigarettes, pen ink, sanitary pads, tampons, and so on. Unfortunately, this causes hefty damage to bacterial lives, making them less and less effective.

What can be done to restore the lives of these good bacteria? For starters, avoid using harsh chemicals like bleach, drain opener powder, ammonia, etc. Avoid draining excess water, medicines, and non-biodegradable matter. To maintain the effect of good bacteria, septic treatment needs to be done efficiently. To increase the microbial population, we can even go for bioaugmentation. But before that, let us understand the meaning of bioaugmentation and how it is done.

What is bioaugmentation?

Bioaugmentation incorporates organic culture (microorganisms) with the capacity to biodegrade resistant compounds in a polluted environment. Comparing this strategy to physicochemical approaches, it is less expensive and more eco-friendly.

What is bioaugmentation?

Increased levels of live bacteria and microorganisms in the treatment environment are how bioaugmentation works. Business owners may select cultures as per their needs. For example, they may go for the one discovered to be particularly effective when handling particular contaminants. Or they may choose specific microorganisms that are considered as high levels of effectiveness in this area.

Benefits of bioaugmentation

• Compared to other types of methods of restoration of bacteria, this method seems more cost-friendly.
• This process involves additional leverages like septic tank odor removal, working in most environmental conditions, etc.
• Since there is no usage/wastage of energy, bioaugmentation reduces carbon footprints.
• They are self-sufficient as once they are added, they do not require any type of labor work.
• Once added, the bacteria keep doing their job.
• You don’t need extra containers or reactors to clear up the mess. Bioaugmentation can be done at the site of the issue.

How can you do bioaugmentation?

Now you don’t have to worry about how septic treatment can be done with the help of bioaugmentation. With our renowned Bio Reme Septic, you can restore microbial life with many other benefits. Bio Reme Septic are singled celled organisms that rapidly increase their population once they get their food (organic matter). The product has an incredible shelf life of 24 months. This product can be used in households, commercial, portable toilets, soak pits, holding tanks, etc.

Benefits of BIO REME SEPTIC:

• Septic tank odor removal - Over the due course of time, the septic tank begins to produce odor. Our product helps eliminate odor.
• Prolongs their existence- These microbes can withstand the cleaning chemicals like bleach, detergent, grease & oil, etc.
• Effective under most environmental conditions.
• Naturally restores the biological health of the bacteria.

With the advancements in the world, there has been much awareness about waste management. Hence we also need to know how to maintain these waste treatment plants. Different Bio Reme products can aid in the maintenance of different waste treatment plants. For example, when discussing septic tank cleaning and maintenance, Bio Reme Septic will help keep septic lines and drain fields clean by reducing undigested organic debris. It also improves the life span of the septic tank and lets it work efficiently. You can check out our website or contact us to know more about our products.