Treating Oil Spills Naturally

Posted on by Dr. Anuja Kenekar

In movies, pictures from space, artistic renderings, and even most people’s imaginations, the Earth is nearly always depicted as blue.

Makes sense for a planet called the Blue Planet. Blue is derived from our oceans.

Pristine, sparkling, multiple hues of blue. Shimmering blue.

However, there is a good chance that the shimmer in our waters is not natural, but rather due to oil that has been repeatedly spilled into our oceans.

Oil spills can happen on land and water. And there are quite often natural causes for them too.

There are many steps involved in getting oil from deep inside the earth to your car, van, motorbike, or generator, and spills can happen during any of these steps, releasing oil onto land, or, as is more likely, into our seas.

Drilling, refining, storing, transporting… oil spills can – and do – happen at any stage of the oil lifecycle.

Sometimes, these spills occur because oil seeps into the oceans due to climatic factors or weather disturbances, or because sedimentary rocks at the ocean floor are eroded.

More often, though, the causes are related to human activity. Sometimes, it is accidental because storage containers leak.

Sometimes ships carrying the oil have accidents. Sometimes, oil rigs explode. Sometimes, it is because of plain negligence.

Oil spills are not an instantaneous affair. Sometimes, oil spills last for days. Or months. Or years.

Like the Taylor oil spill, which has been dumping gallons of oil into the Gulf of Mexico every day since 2004.

For the last couple of centuries, our world has been heavily dependent on oil to power our engines.

Despite increased awareness of the environmental impact of using fossil fuels, our dependence on oil shows no signs of abating.

One unfortunate consequence of this dependence is the occurrence of oil spills.

According to the Oil Spill Intelligence Report, there have been more than 4,100 major oil spills since 1978, with the majority of them occurring in these specific hotspots.

  • Gulf of Mexico (267 spills)
  • Northeastern U.S. (140 spills)
  • Mediterranean Sea (127 spills)
  • Persian Gulf (108 spills)
  • North Sea (75 spills)
  • Japan (60 spills)
  • Baltic Sea (52 spills)
  • United Kingdom and English Channel (49 spills)
  • Malaysia and Singapore (39 spills)
  • West coast of France and the north and west coasts of Spain (33 spills)
  • Korea (32 spills)

Not only do these spills cause immediate harm to the water and marine ecosystems, but they also cause long-term damage to birds, aquatic life, and humans.

Oil slicks in water coat the bodies of aquatic creatures and birds in oil, choking them to death. Fish, birds, and other wildlife are all affected by it.

Animals like otters develop hypothermia because the oil coating their fur prevents them from maintaining body heat. And our treatment choices for oil spills aren’t helping either.

The modern world’s first major oil spill – the Torrey Canyon Oil Spill – happened in 1967 in the UK when a supertanker sank after hitting a reef off Cornwall.

The resulting oil slick spanned 270 square miles. The Royal Navy’s response was to use toxic solvents to disperse the oil.

Not only did that not work, it caused immense amounts of additional environmental damage, and then they decided to bomb the ocean to burn away the oil.

To clean up the oil spill from the Deepwater Horizon explosion, they used 1.8 million gallons of chemical dispersants – the effect of which on the ecosystem is yet to be calculated.

Chemical dispersants, burning, and using booms or skimmers are still the most commonly employed methods for treating oil spills.

However, they are either not 100% effective or cause just as much damage to the environment.

Oil booms and skimmers are devices that work together to contain the oil spill on the water’s surface and stop it from flowing away.

However, they require calm seas and no wind to function effectively.

When the seas are rough or the wind is blowing, these devices aren’t able to stop the oil from flowing away.

Burning oil leads to all the environmental pollution imaginable.

Air pollution from smoke caused by burning oil even reaches coastal and inland regions, affecting life in all its forms.

Burning also leaves a residue behind, further impacting the ecosystem.

Chemical dispersants make oil spills less visible but leave oil, mixed with dispersants, under the surface, where it continues to pose a threat to marine life and ecosystems.

And the impact of oil spills on land is no less deadly.

The scale at which we store and transport hydrocarbons poses a massive threat to soil ecosystems and groundwater reserves worldwide.

Oil spilled on land prevents water from being absorbed by the soil.

Spills on agricultural locations or grasslands not only kill existing plant life but also prevent new life from growing.

The chemicals in fuel deteriorate the soil’s quality, making it unsuitable for cultivation.

Ultimately, the only solution for oil spills is to stop using oil.

But since that is a distant likelihood at this time, we need to use nature’s help to treat oil spills, especially on land.

And that help involves microbes.

Oil bioremediation with microbes ensures that contaminants from petrochemical hydrocarbons are converted into harmless byproducts.

These microbes use hydrocarbons as a source of nutrition and convert them into water, carbon dioxide, and other non-hazardous substances.

Our three-step process to naturally treat oil spills involves:

  • Bioaugmentation: adding a bio-population to oil spill sites for effective degradation
  • Biodegradation: where the microbes degrade hydrocarbons to simpler, non-harmful substances
  • Biostimulation: involving the addition of supplementary nutrients like carbon to stimulate microbial activity

Our solution, derived from nature, developed by science, and backed by nature, is Bioclean FOG.

Containing a carefully selected suite of enzyme-producing microorganisms, Bioclean FOG is a safe and natural method for digesting oil, grease, and organic waste.

Bioclean FOG can effectively degrade hydrocarbons in much shorter times than chemical-based treatments.

The microbes in Bioclean FOG can handle toxic and complex hydrocarbons, degrading them fully into harmless by-products.

Using Bioclean FOG also ensures there are no costly clean-up procedures involved in the treatment.

If oil spills are affecting the nutritional quality of your soil, further impacting yield and productivity on your farms, we can help.

Unlock Superior Aquaculture With Organica Biotech

Posted on by Oscar Peter

Aquaculture is one of the fastest-growing sectors globally, and billions of dollars are now invested in this market.

There has been an exponential increase in the consumption of seafood across the globe, and aquaculture production is predicted to increase by 32%, from 26 million tonnes in 2018 to 109 million tonnes in 2030.

With the rapidly growing population and food demand in the world, aquaculture is destined to play a vital role in food security and improved nutrition for humans.

Thus, sustainable aquaculture solutions are inevitable for successful fish production.

Besides, there are many components of the aquaculture system that are in dire need of innovative solutions.0

It includes water pollution, fish feed, disease prevention, and maximizing productivity sustainably.

Organica Biotech is one of the leading companies with advanced solutions that can help you unlock superior aquaculture with natural solutions.

Overfishing, water pollution, and environmental concerns call for sustainable aquaculture solutions to maximize productivity.

The latest solutions should be safe, natural, and eco-friendly.

The primary goal should be to improve water quality, fish feed, prevent diseases, and contribute to food security.

Probiotics are one of the latest approaches that promise safety, sustainability, and benefits in aquaculture.

Probiotics can be defined as living microbial feed supplements that benefit aquatic beings or microbial communities by improving water quality, nutritional value, immune response, and the better use of fish feed.

As per various studies conducted, probiotics have been embraced by shrimp farmers.

It has helped in better growth and reduced FCR and pathogenic bacteria.

It has a major impact on sustainable shrimp aquaculture.

Also, Biofloc technology is a popular system emerging in shrimp aquaculture and the likes, which boosts disease management and prevents environmental degradation.

It utilizes a beneficial bacterial community for waste recycling and supports minimal or no water exchange.

Organica Biotech’s range of aquaculture probiotic solutions, developed using advanced biotechnology, is highly efficient for aquaculture management and effectively addresses all the challenges.

Find out the characteristics of each of the products below:

Bioflok 

Bioflok is a dense probiotic formulation fortified with natural and eco-friendly bacteria that maximizes the productivity of biofloc fish farming systems.

It facilitates the breakdown of nitrate and ammonia, promotes floc formation, and improves water quality.

Additionally, it prevents diseases and is very cost-effective.

Bioclean Aqua Fish

Bioclean Aqua Fish is a biological water conditioner that can be used for fish cultivation in marine and freshwater.

It is highly helpful in stabilizing water conditions, enhancing biofloc formation, and providing efficient water treatment in fish ponds.

The other highlights include pH maintenance, reduced malodor, and decomposed organic sludge.

Bioclean Aqua Plus

Bioclean Aqua Plus helps increase the food uptake in Vannamei shrimp.

It allows them to be cultured at high stocking densities without being affected by nutrient stress.

The advanced solution also helps in boosting their tolerance for changing weather conditions.

The bacterial community is capable of keeping water and soil clean and arrests the spread of pathogenic bacteria as well.

Bioclean Aqua

Bioclean Aqua is a unique biological water conditioner containing a consortium of specially selected microbes that help in bio-remediating tiger shrimp pond water.

It prevents algal blooms, decomposes organic matter, and prevents toxic gases from accumulating.

Thus, it prevents diseases and improves water quality.

Biogut Aqua

Biogut Aqua is a probiotic feed, and it contains a diverse array of beneficial gut bacteria that promote rapid and more efficient digestion of food in aquatic animals.

Biogut Aqua improves the digestibility of ingested foods and accelerates nutrient assimilation, thus enhancing the Feed Conversion Ratio (FCR) and improving their biomass.

Thus, our range of technologically enhanced products suited for Aquaculture can help overcome aquaculture challenges and maximize productivity without any negative environmental impact.

Bioremediation Of Soil Using Microorganisms And Cleaning the Environment

Posted on by Priyanka Khaire

The intensification of agricultural activity, driven by the rapidly increasing global population and the resulting demand for food, has led to degradation of soil quality.

The disproportionate use of chemical fertilizers and pesticides over the past several decades has led to soil toxicity.

Therefore, there is an urgent need to protect the soil naturally, and bioremediation of soil is one of the best solutions available today.

What is Bioremediation?

Bioremediation is a broader term that can be defined as a process in which biological or living microorganisms are used to consume contaminants in a medium, ultimately helping to clean and recover the area.

Bioremediation is used to clean up water, soil, oil, and other such media.

Organisms like bacteria and fungi completely degrade or break down pollutants, use them as energy sources, and release by-products that are non-toxic and harmless.

Bioremediation of Soil

Soil plays a vital role in the growth of plants and helps in providing a healthy environment for plant life to prosper.

The presence of organic materials and natural minerals is essential for achieving the best output.

The natural soil itself contains millions of beneficial microbes, which can improve productivity when monitored properly by humans.

This is called natural attenuation.

However, since the Green Revolution, the aggressive use of chemicals and advanced agricultural technology has depleted the soil of useful microbes.

Additionally, factors such as temperature, pH, moisture, and nutrients fluctuate significantly due to various human activities, which ultimately prevent microbes from effectively acting against pollutants.

Thus, biostimulation is used, which acts as a catalyst for the natural attenuation process by adding indigenous microbes, nutrients, and other substances.

Thus, bioremediation of soil is the most effective method for improving soil conditions and naturally cleaning up the environment.

In bioremediation, microbes break down chemical pollutants using their metabolic mechanisms.

The oxidation-reduction process turns it into energy for microbes.

The resultant metabolites are generally less or non-toxic than their original form.

In bioremediation of soil, both aerobic and anaerobic conditions are utilized to enhance microbial activity for the degradation of hydrocarbons, nitrogen compounds, metals, and halogenated organic compounds, among others.

For example, in the aeration process of bioremediation, hydrocarbons are broken down in the presence of oxygen.

The by-products are carbon dioxide and water. In anaerobic conditions, there is no or limited oxygen available.

It is interesting to note that naturally occurring compounds in the environment are easily degraded when compared to synthetic chemicals.

This has led to the need for Bioaugmentation.

Now, bioaugmentation can be understood as the mechanism by which non-native microbes or microbes sourced from outside the soil environment are added to the soil, capable of detoxifying it.

A close-up of a shovel digging into disturbed soil, representing preparation for bioremediation using microorganisms.

Bioremediation of Soil for Cleaning the Environment

Contaminants and pollutants in various forms have significantly impacted the environment, polluting soil, water, and air.

The amount of waste generated has led to the contamination of groundwater and sediments, posing a great health risk for humans, animals, and all living organisms.

The oil spills on land and in water have caused devastation for many years.

Thus, to combat this urgent situation and clean the environment, bioremediation has gained recognition for its effectiveness.

Organica Biotech’s Cleanmaxx FOG is one of the most effective products available on the market, specifically designed for the bioremediation of soil and oil.

Based on the principle of bioaugmentation, a specially designed microbial community is utilized to degrade hydrocarbons and other pollutants.

Additionally, Cleanmaxx Compost can be used to accelerate the composting process and produce nutrient-rich compost to enhance soil quality.

There is a wide range of natural and eco-friendly products for bioremediation of ponds, waste management, soil quality improvement, and much more to clean up the environment and pave the way for a sustainable and healthy future.

Also read:

Septic Tanks: How We Can Stop Them From Turning Into Lethal Gas Chambers

Posted on by Oscar Peter

According to the Safai Karmachari Andolan, more than 1,000 people have died in India in the last decade due to manual scavenging-related incidents despite the ban on the practice of manual scavenging. 

In February 2020, five people were injured when a septic tank exploded due to the accumulation of toxic gases in Dharavi, Mumbai.

Another case in Odisha was reported where a sanitation worker died of asphyxiation after entering a septic tank.

The most recent fatality was reported in August in Jharkhand, where 6 people died after inhaling toxic gases in a septic tank.

The number of deaths caused by septic tank gas poisoning or septic systems turning into lethal gas chambers is indeed shocking.

Surprisingly, nearly three decades ago, in 1993, the Government of India enacted the Employment of Manual Scavengers and Construction of Dry Latrines (Prohibition) Act, which prohibited the employment of manual scavengers in manually cleaning dry latrines.

It also prohibited the construction of dry toilets, which operate without a flush.

And yet, such unfortunate and avoidable fatalities due to septic tank gas poisoning continue to occur at a depressing regularity in India.

Septic Tanks & Toxic Gas Formation

A large amount of waste is generated from households, industries, and commercial spaces, most of which end up in septic tanks.

Recent reports indicate that methane, hydrogen sulfide, and ammonia—some of the most dangerous gases in septic tanks—can cause instant death when inhaled in high concentrations.

Generally, the solid waste is acted upon by naturally occurring microbes in the septic tank, and the resultant effluent is released into the drainage.

Most of the time, inappropriately designed septic tanks and inadequate septic tank volume add to the woes.

Furthermore, the use of chemical cleaners in large quantities kills beneficial microbes that break down organic waste, thus leading to septic tank dysfunction.

The enclosed septic tanks with incompletely decomposed waste and sewage water result in the accumulation of toxic gases, hazardous fumes, and vapour, leading to septic tank gas poisoning.

Thus, it develops into potentially harmful and poisonous gases for human beings.

When scavengers enter these tanks, they get exposed to lethal levels of these gases.

Coupled with a lack of oxygen in an enclosed space, this leads to physical discomfort, disease, and death.

Typically, the following are the primary gases or components present in a septic tank:

  • Methane – When organic matter in the waste is decomposed in the absence of oxygen, methane gas is generated. The enclosed area of the septic tank subsequently fills with methane, and an oxygen-deficient space is created. In such a situation, methane – a colourless, explosive, and highly flammable gas accumulates in the septic tank, leading to possible explosions.
  • Hydrogen Sulphide – Hydrogen sulphide is another by-product of the digestion of septage in the absence of oxygen. It is easily soluble in water; it is dissolved in sewage, inside sludge, and sediment formed in the septic tank as gas pockets. When anyone disturbs the sludge or sediment, the dissolved gas is released, thus harming the individual. Usually, hydrogen sulphide has a rotten egg smell.

In addition to the mentioned gases, sewage may contain toxic gases such as ammonia, carbon dioxide, carbon monoxide, sulfur dioxide, and nitrogen dioxide, depending on various factors including temperature, pH, composition, and time.

Septic tank system failure, often caused by the absence of gas exhausts, inadequate maintenance, drain backups, pipe leaks, and excessive chemical use, can also lead to the formation and accumulation of toxic gases.

Exposure to septic tank gas poisoning for a long time can cause eye irritation, breathing issues, cough, loss of consciousness, asphyxiation, and even death.

It can cause hypoxic damage to vital body organs that cannot be treated and is usually an irreversible medical condition.

Thus, it can be clearly seen that septic tanks are death traps for the common man.

The Government of India has clearly laid down rules stating that manual scavenging or sanitation-related work is only allowed in emergency situations, provided adequate safety gear and precautions are in place.

Moreover, an ambulance must be at the spot while the work is being carried out.

Septic Tank Cleaning and Maintenance

Bioclean Septic Packaging Pouch

 

Unfortunately, this hasn’t stopped septic tank gas poisoning-related deaths in the country.

Government data indicates that the number of deaths due to hazardous cleaning of sewers and septic tanks between 2019 and 2023 totaled 377, according to a Groundxero report, and at least 20 deaths occurred between February and May of 2025 alone.

It is now necessary to explore possible innovative solutions to prevent such mishaps from happening again.

According to experts, existing solutions exist to prevent septic tank failure caused by the accumulation of excessive waste.

Biological solutions are now being explored to address the issue of septic tank gas poisoning once and for all.

This would help in cutting the problem at its root and save precious lives.

Organica Biotech is one of the leading companies offering an excellent range of sustainable biological solutions, which includes amazing products for addressing septic tank challenges.

Bioclean Septic and Bioclean Septic Plus are special microbial solutions for septic tank treatment that aggressively degrade organic waste.

They effectively minimize sludge buildup, thereby preventing choke-ups in a septic tank.

The other highlights of these unique septic tank cleaners include the ability to break down organic blockages in pipes, leach fields, and stone walls, thereby eliminating odor-causing bacteria.

Bioclean Septic and Bioclean Septic Plus can help you reduce the need for frequent pump-outs and eliminate the need for manual scavenging.

It is also the simplest and most effective remedy for preventing the formation of toxic gas in septic tanks.

Across the country, many individuals have successfully utilized Organica Biotech products to resolve septic tank and clogged drain issues.

Image Source: Livemint

Also read:

Serving Wastewater Issues Tirelessly

Posted on by Priyanka Khaire

With 25 years of experience in the wastewater treatment industry, we have addressed the grievances of over 3,000 industries globally.

Key issues concerning the wastewater treatment industry include high COD and BOD levels, MLSS development, maintaining the treatment mechanism at high TDS levels in the treated water, and, consequently, the difficulty in meeting PCB norms.

We have catered to industries in the textile and dye industry alongside pharmaceuticals, petrochemicals, tanneries, and numerous other sectors.

All our clients have acknowledged the apt and timely treatment of wastewater and a speedy reduction in the organic load.

While their efforts were going in vain before using our revolutionary microbial product CleanMaxx Aero, the results obtained afterward were commendable.

  • COD and BOD levels were reduced to acceptable norms
  • The MLSS levels were in control
  • The water colour improved as a result of the reduction of the organic load
  • It led to cost efficiency in the process, as our solution was highly effective

We have an active presence in over 45 countries.

Some of the many countries to which we have delivered satisfactory wastewater treatment solutions include Hungary, Bangladesh, Mexico, Singapore, the UAE, and Indonesia.

The list is continuing.

We share some of our achievements:

  • At a wastewater treatment plant in Tokaj, Hungary, with a daily flow of 1500 m3, we reduced the COD, BOD, and ammoniacal nitrogen to acceptable levels.
  • CleanMaxx was active at TDS levels of 60,000-75000 ppm at a wastewater treatment plant in Maharashtra, India.
  • Food Processing Industry in Taloja Industrial Area, India
  • At Miskolc Wastewater Treatment, with a plant flow of 40,000 m3/day, we reduced the COD and BOD levels, reduced the sludge generated, and the electricity consumed in the process, thus saving on costs

Our success stories are many. Let us share one from Bangladesh.

Almost all dye units in Bangladesh are currently using our products for primary treatment in their wastewater treatment plants.

The unique combination of a few microorganisms in our solution has bio-polysaccharides that act as natural coagulants.

The enzymes in our product help break down the organic buildup, leading to a reduction of color in wastewater.

As a result of using our products, the use of chemicals has significantly decreased.

This has resulted in a reduction in costs, thereby contributing to the overall economic efficiency of the process.

The drastic reduction in chemical use has also significantly helped the environment.

The pH of the treated wastewater has become neutral in most cases, improving the cleanliness levels of the released wastewater, thus making it not only within the permissible limits of CPCB norms but also safe ecologically.

It’s now time to make another success story together.

Also Read:

Effective Techniques to Treat Wastewater

Posted on by Karen Sam

In a rapidly urbanizing country like India, where freshwater is scarce, wastewater treatment is crucial.

To address surface water quality challenges in rapidly growing and emerging cities, state and non-state entities have gradually shifted their attention to innovative new wastewater management systems.

Wastewater treatment typically involves three basic stages: primary, secondary, and tertiary.

Each stage purifies water to a higher level. In certain cases, just one or two phases are required.

The level of treatment required is determined by the intended use of the water and the environment into which it will be discharged.

India’s progress in wastewater treatment is gradually increasing, leading to the development of various new modules.

Let us give you an insight into some of these that have already started creating an evident impact on a majority of the country’s industrial landscape:

  1. The CSIR-Central Mechanical Engineering Research Institute in Durgapur has introduced the world’s first Waste-Water Treatment Technology Model, which filters wastewater for irrigation and farming purposes, utilizing all three stages of wastewater management. It is called the Aqua Rejuvenation Plant (ARP). It is an Integrated Wastewater Rejuvenation Model that features a Six-Stage purification profile for the comprehensive treatment of Wastewater based on diverse purification parameters. The system also offers dual benefits, as the treated water is used for irrigation purposes, while the filtered sludge generated is also utilized as manure or fertilizer.
  2. A consistent issue in India has been that low-income users often cannot afford the high cost of treatment technology for treating oily wastewater from their sources. As a result, a large amount of unwashed, oily wastewater is discharged into the water without adhering to the guidelines of the Pollution Control Board. To find an effective solution to this issue, Dr. Chiranjib Bhattacharjee, a professor in the Chemical Engineering Department at Jadavpur University, developed an Electrocoagulation and Electroflotation Enhanced Membrane Module (ECEFMM) technique for wastewater treatment. This membrane module is a part of the tertiary stage of wastewater management. With the use of this innovative module, the vehicle maintenance industry, food industry, and other small to medium-sized businesses can benefit from a smart, cost-effective electric field-assisted membrane separation device for treating oily wastewater.
  3. Technologies using UV photocatalysts can treat urban sewage and highly polluted industrial wastewater streams. This has been made possible by the Energy and Resources Laboratory in New Delhi, which has developed a technology called Advanced Oxidation Technology (TADOX). It reduces dependence and stress on biological and tertiary treatment systems, helping to achieve zero liquid discharge. The most significant change is the introduction of a “zero liquid” drainage system, where treated wastewater is reused rather than discharged into public sewers and water bodies. This technology has the ability to reduce Chemical Oxygen Demand (COD), Biological Oxygen Demand (BOD), dissolved organics, pathogens, Persistent Organic Pollutants (POPs), and Micropollutants. Hence, this technology is extremely efficient and budget-friendly.
  4. The SCPI project, funded by the Federal Ministry of Environment, Nature Conservation, and Nuclear Safety (BMU) Environmental Technology Export Initiative, is providing India with German expertise in wastewater treatment facilities. It demonstrates how to adapt wastewater treatment to local conditions, reuse water, and make it suitable for groundwater recharge, thereby improving surface water quality.
  5. Bioremediation is not a specific module or treatment plant, but rather a process that utilizes live microorganisms to break down pollutants and harmful microbes in wastewater. This is a very effective and inexpensive solution. Bioremediation is commonly used in cases involving oil spills, soils contaminated with acid mine drainage, underground pipe leaks, and crime scene cleanups. These toxic compounds are metabolized by enzymes present in microorganisms.

With all these advanced and innovative developments, the world of wastewater management will adopt a new approach and develop more effective ways of treating wastewater.

In addition to advanced wastewater management techniques, innovative and effective biological wastewater treatment solutions are available to help treat wastewater.

At Organica Biotech, we strive to become leaders in this space and have developed a wide range of solutions for wastewater treatment.

Our microbial Cleanmaxx contains a cadre of specialized microorganisms that help break down organic waste, reduce sludge volume, and effectively improve the performance of wastewater treatment plants.

How Septic Tank Cleaners Pose Significant Threat to Water Quality

Posted on by Oscar Peter

Septic tank systems play a crucial role in managing the household waste generated daily.

It is one of the most common forms of treatment systems due to its ease of installation, low costs, and high performance.

Additionally, it is widely used in both urban and rural areas because sewerage systems are often impractical and very expensive.

However, the performance of a septic system can be affected due to the extensive use of septic tank cleaners and other chemicals.

Experts suggest that septic tank failure often results in reduced effluent quality, posing a significant threat to water quality.

Septic Tank System

A typical septic tank system consists of components such as a tank, pipes, and a drain field.

Located beneath the ground, a septic tank consists of millions of beneficial, tiny living microorganisms that perform the function of breaking down the organic waste received from households through pipes.

The decomposed solids settle to the bottom, forming sludge, whereas grease, oil, and fat form a scum layer that floats to the surface.

The clarified water between the sludge and scum layer, known as effluent, flows through perforated pipes and enters the drain field.

The biological processes remove any contaminants left before they reach water bodies.

In an ideal situation, everything works perfectly with no threat to water quality.

However, chemicals are known to affect the performance of microbes, which leads to septic tank failure and reduced effluent quality.

Septic Tank Cleaners

Septic tank cleaners are used for both preventive maintenance and to address septic system issues.

However, recent studies have shown that septic tank cleaners can be a potential cause of groundwater pollution.

The unregulated septic tank cleaner contains acids and bases that can cause sludge build-up and affect the performance of helpful microbes.

It contains compounds such as Methylene Chloride, Trichloroethane, and Trichloroethylene, which, when present in substantial quantities, are known to cause pollution.

Moreover, it can damage the soil structure where the effluent is released.

Chemical Cleaning Products

In addition to septic tank cleaners, common household cleaning products can adversely impact septic tank performance by eliminating the bacterial population.

Some of them include:

  • Bleach – Chlorine bleach is known for its antibacterial properties. Thus, extensive use of it may destroy aerobic and anaerobic bacteria in the septic system and drain field, respectively.
  • Soaps and Detergents – As you can understand by now, anything antibacterial will negatively impact the septic tank system. Thus, continuous use of antibacterial soaps can cause problems. Additionally, powdered detergents may contain ingredients such as phosphates and surfactants that can contribute to environmental contamination.
  • Toilet & Drain Cleaners – Toilet and drain cleaners used in the bathroom are one of the major causes of septic tank malfunction. The chemical-laced products are flushed down the drain and reach the septic tank system.

It is essential to note that these chemicals may not cause damage all at once, acting independently.

However, over time, chemicals may accumulate and disrupt the ideal conditions for biological activity to occur.

Septic Tank Failure & Consequences

A malfunctioning septic tank is unable to treat the liquid waste effluent effectively and properly.

Thus, this effluent, containing pollutants such as phosphorus and nitrogen, as well as pathogens like bacteria, protozoa, and viruses, may reach groundwater or nearby water sources.

This polluted water, if consumed, can lead to gastrointestinal diseases, dysentery, typhoid, hepatitis, etc.

As you can see, septic tank cleaners indirectly pose a significant threat to water quality, and avoiding them is necessary.

Instead, there are environmentally friendly and organic septic tank cleaners that can be used to enhance the performance of septic tank systems and protect water quality.

Organica Biotech is a leading company that develops advanced, eco-friendly solutions for septic tank systems, sanitation, and household cleaning.

Bioclean Septic is one such product that consists of enzyme-producing bacteria capable of degrading faecal matter efficiently in a septic tank.

It minimizes sludge buildup, prevents propagation of disease-causing germs, and can handle heavy loads.

For more information about Bioclean Septic and its comprehensive range of solutions, please don’t hesitate to contact us at your convenience.

Also Read:

Sewage Management ‘Impending Nuisance’

Posted on by Dr. Anuja Kenekar

Rapid urbanization in India—home to approximately 1.464 billion people in 2025—has driven its urban population growth to about 2.26% annually, while roughly 72% of urban sewage remains untreated, severely degrading freshwater ecosystems and threatening the life cycles of aquatic flora and fauna

Untreated sewage accounts for approximately 75% of the surface water contamination in the country.

When sewage enters a lake or stream, microorganisms begin to decompose the organic materials.

This impacts both the ecology and economy, as well as imposing severe health risks.

Sewage-contaminated water causes eutrophication, which is the increase in the concentration of chemical elements required for life, thus decreasing the amount of dissolved oxygen necessary for aquatic life.

Sewage pollution has been attributed to causing gastrointestinal disorders in humans, such as Giardiasis, Amoebic Dysentery, and Cholera.

Moreover, debris associated with sewage hampers the aesthetic value of the environment.

Advanced microbial technology by Organica Biotech provides the ultimate solution to all sewage woes.

Bioclean Septic utilizes robust, enriched, and highly specific microbes that are highly competent at degrading the organic matter entering the septic tank, ultimately contributing to the treatment of sewage.

These microbes help in restoring the biological health of septic tank systems.

Microbes in Bioclean Septic are empowered to maintain the working efficiency of the septic tank, thereby combating common problems such as overflow, backups, seepage of untreated sewage, and foul odour emission.

Microbial technology provides additional benefits, including operational cost savings and enhanced longevity, for septic tanks.

This indirectly lowers the amount of waste being dumped into the sewage system.

According to the 2022 WHO/UNICEF Joint Monitoring Programme, roughly 71 million Indians (5% of the population) lack access to at least basic drinking water services, while approximately 308 million people (21.6%) lack access to at least basic sanitation facilities.

In the wake of perturbing environmental problems like water scarcity, it is also noteworthy that Bioclean Septic efficiently degrades sewage; thus, water can be recycled effectively.

Thus contributing to a clean and green economy.

The Chemical Brothers And The Cycle of Life

Posted on by Dr. Anuja Kenekar

What did you have for breakfast today?

A slice of lead with some copper jam, perhaps? And maybe a nickel fluoride smoothie to wash it all down with?

We wish we were joking, but chances are that’s exactly what you had for breakfast today.

Not necessarily those very chemicals, but without a doubt, some chemical cocktail involving lead, copper, nickel, mercury, fluorides, aluminum, and a whole lot of others most likely did pass through your digestive system today, whether hidden in your daily bread, disguised in your milk, or couched in your fruit.

Most food we consume nowadays is contaminated in some way or another.

We’re not talking only about processed foods, about which much has already been written.

Even whole fruit and vegetables, milk, and drinking water aren’t free of contamination.

These contaminants enter our food either during production or processing, or due to environmental factors.

Chemicals in agricultural pesticides not only directly contaminate the fruit and vegetables we eat, but farm animals also consume these contaminants, affecting the milk they produce.

And no, pasteurisation does nothing to remove these chemicals from milk before it reaches our homes.

Runoff from pesticides and other industrial waste leeches into our groundwater and water bodies, eventually entering our oceans and contaminating all manner of aquatic life in the process, including the fish we eat and the food we consume.

These are no ordinary contaminants either.

The vast plethora of chemicals mixing with our food across various stages of food production includes aluminum, arsenic, trihalomethanes, dichloroacetic acid, fluoride, lead, nitrates, 2, 4-D, malathion, diazinon, fenpropimorph, sulfates, including gypsum, anhydrite, barite, and celestine, cadmium, PCBs, and many more.

If this were a Stan Lee comic book, eating and drinking all these chemicals would probably turn you into a superhero, flying all over the world to save our planet.

In real life, however, sustained exposure to these chemicals has been proven responsible for a whole range of illnesses, from mild to fatal.

Various topical and occupational cancers, Alzheimer’s, reproductive, cardiovascular, immunological, and neurological diseases, kidney diseases, stomach, bladder, brain, and colon disorders, lifestyle illnesses like diabetes and thyroid disorders, and diarrhoea are all proven effects of chemical contamination.

So yeah, if you planned to eat THAT apple so you could fly across the planet faster than the speed of light, you might need to rethink.

Our bodies and minds are not the only things affected by these chemicals.

Our planet is also affected by them. In fact, our very existence is threatened by chemical contamination.

Chemicals that run off from food waste also leach into groundwater and the soil, leaving progressively fewer nutrients for vegetation to flourish.

With solid waste management worldwide in its current deplorable state, all these chemicals from our food inevitably find their way back into the ecosystem.

They pollute the air, land, and water, driving global temperatures up, reshaping climatic and geographic patterns, increasing economic disparities worldwide, and making life as difficult as it can be for humans and all other living creatures.

There are ways to minimise our exposure to these chemicals:

  • Buy organic produce.
  • Be extremely diligent when it comes to the ingredient labels in store-bought food.
  • Ensure your milk is sourced from a reputable supplier.
  • Maybe switch to plant milk.
  • Ensure your drinking water is boiled and always filtered, and avoid plastic bottles.
  • Definitely don’t buy bottled water of any kind.
  • Avoid pre-packaged foods, juices, and drinks.

Most of all, avoid processed foods of all kinds. Not only are processed foods loaded with chemicals, but they are often not even the food you buy.

That carton of orange juice, for example, is actually a flavour pack. No, seriously!

Even if you are intentionally mindful of what you put into your body, you’re still at risk for exposure to chemical contamination in your food, your water, and even the air in your homes.

How?

The cleaning products you use at home include bath soaps, dishwashing soaps, laundry detergents, floor cleaners, toilet cleaners, and various polishes typical to most houses.

Some houses even use bleach. Oh, and air fresheners.

We purchase all of these products to clean our dishes, floors, toilets, and bodies, and to leave every place smelling oh so fresh.

And they are excellent at not doing that. Chemical-based cleaners actually disinfect, not clean, and in the process, kill off all the microbes that are beneficial to us.

They release chemicals into our homes, which are harmful to us and our homes.

They pollute the indoor air in our homes while also contaminating our clothes, dishes, and floors, infecting every surface and leaving us vulnerable to the illnesses we discussed earlier.

When we are done cleaning our homes, dishes, and toilets with these chemical cleaners, they are flushed down our drains, finding their way into groundwater and water bodies and contaminating them, too.

And that polluted water then enters our food stream again. Because fish drink that water, and we eat the fish.

Or because that contaminated water enters our drinking water reservoirs.

Or because it leeches chemicals into the soil where farmers grow our food.

And the cycle will continue perpetuating itself till, eventually, life as we know it ceases to exist.

Being conscious of where you get your food from, growing and eating organic, and avoiding plastic of all kinds is not enough for a healthy you or a sustainable Earth.

You also need to eliminate harmful chemicals from the cleaning products you use at home.

And you can begin making the switch today with our range of cleaning products.

Made from natural, organic ingredients with no harmful chemicals, we formulated ThinkSafe, keeping you and our planet at the forefront.

After all, cleaning the planet can only happen when our homes are clean as well.

The Bioremediation Imperative

Posted on by Jimcy Rajan

In 2009, a team of scientists from around the world came together to create what they called a ‘Planetary Boundaries Framework.’

This framework identified nine processes that must be monitored to maintain life on Earth, including ozone depletion, biodiversity loss, chemical pollution, climate change, ocean acidification, freshwater composition, land systems change, nitrogen and phosphorus flows, and atmospheric aerosol loading.

Crossing the recommended thresholds for any of these processes could result in abrupt and possibly irreversible environmental changes.

We have already exceeded the safe threshold for four of these boundaries, researchers say.

The rate and scale at which we are degrading the planet have been unprecedented in the last 10,000 years.

Most people see environmental issues as something that happens in another dimension.

Most think we can stop and remedy the situation at any time.

The crisis is not looming large, ready to explode into a doomsday scenario, but the hysterical imaginings of a few.

This study, however, reveals that the problems are not linear, as most people tend to perceive them.

If we inflict enough damage on our planet, we risk shifting it to a whole new state, and the damage spirals out of control in an irreversible multi-scenario domino effect.

Our environment, the food we consume, and our general health are all directly correlated.

We can’t protect one without also protecting the other two.

Conversely, if we don’t protect one, we are also harming the other two.

As individuals, communities, and economies, we each have a responsibility to protect and safeguard life as we know it for future generations.

When it comes to matters like the environment, we humans tend to react rather than take action.

As individuals, we can all do our bit: we can recycle, carpool, or use public transport, reduce our carbon footprint, and compost food waste.

Not so difficult to implement if there is a will.

Within our communities and economies, we face the more substantial challenge of building consensus around affirmative environmental action and the imperative to combat apathy.

Even if we can build consensus at all levels, the damage to our environment has crossed the threshold where it is possible to reverse without intervention.

Common intervention techniques, such as burning, incineration, burial, and landfill dumping, are expensive to implement and have a significant environmental impact.

In most cases, they do not even solve the problem but compound it by merely delaying the inevitable.

The solution is bioremediation, a technique as old as time.

Bioremediation is a process used to treat contaminated media, including water, soil, and subsurface material, by altering environmental conditions to stimulate the growth of microorganisms and degrade the target pollutants.

Simply put, bioremediation is the use of either naturally occurring or deliberately introduced microorganisms to consume and break down environmental pollutants, thereby cleaning a polluted site.

Bioremediation employs microbial technology. The first lifeform on Earth, microbes, are essential to life.

They have always broken down waste, and humans have always used them, whether knowingly or unknowingly, in agricultural, domestic, and industrial activities.

They can protect crops, promote sustainable farming, and treat wastewater. Nothing is a challenge for these microscopic powerhouses.

Environmental regulations are increasingly making bioremediation the preferred intervention.

It is also a cost-effective solution without unfavourable implications on the environment.

In most cases, it provides a more permanent solution.

Several successful, large-scale projects have utilized bioremediation to mitigate ecosystem damage.

These include the cleanup of the Ganga at 52 sites using ‘sewage-eating microbes’ or the treatment of sludge from last year’s Chennai oil spill.

Many companies are seeking to innovate solutions to stem, if not reverse, the tide of environmental damage.

One such company on the cutting edge of remedial innovation is VolkerWessels’ subsidiary, KWS, which, in 2015, introduced a unique concept for building plastic roads as a sustainable alternative to traditional asphalt roads.

The PlasticRoad concept involves recycling plastic waste into lightweight modules with hollow interiors that can be fitted with cables and plastic pipes, allowing excess water to drain.

Bioremediation is the most sustainable alternative and by far the most promising solution to the environmental degradation time bomb.

They say we don’t inherit the earth but borrow it from future generations.

It is imperative, therefore, that we act now to repay this debt in the future.

This post first appeared on LinkedIn.

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