Microbster – The Robust Eco-Friendly Input For Biomass Development

Posted on by Priyanka Khaire

With the world’s water consumption doubling every 20 years and the unchecked use & untreated release of water by industries, the perils of inefficient wastewater treatment have recently come to the fore.

Wastewater from homes and industries contains a variety of contaminants like solids and organic & inorganic compounds, which may be toxic.

Conventional biological treatment is minimally effective, time-consuming & expensive.

The effluents discharged by industries are released into ponds and rivers and have become a major cause of concern due to the danger they pose to human health and the environment as a whole.

Though the method of wastewater treatment varies according to effluent characteristics, the volume of effluents, and levels of toxicity, wastewater – domestic, municipal, or industrial contains one common characteristic – the breakdown of organic matter by bacterial digestion.

This contains microorganisms that can be classified as aerobic (requiring oxygen), anaerobic (not requiring oxygen), and facultative (capable of surviving with or without oxygen).

To purify this water and remove both toxic & nontoxic chemicals from it, companies use Effluent Treatment Plants (ETPs).

These ETPs use chemicals such as urea and Di-Ammonium Phosphate (DAP). But these have proved to be a costly affair.

To meet the stringent pollution control norms, there is a need to provide the highest quality work within a budget.

Keeping this in mind, more companies have begun to recognize the benefits of biological treatment.

The use of a blend of bacterial colonies has proven to be a cost-effective alternative to conventional urea & DAP.

MICROBSTER – A powerful and rich blend of biostimulants & special compounds, is a nutrient-enriched bacterial additive that provides all the vital elements required to initiate and boost the growth of microflora in the wastewater treatment plant – something that conventional additives lack.

At just 1/4th of the usage as that of UREA-DAP, its special compounds help microbes survive & grow in the harsh conditions of the ETP.

It enhances MLSS development and improves the BOD & COD reduction.

While preventing the unwanted addition of chemicals, its biostimulants enhance the performance of microbes in the ETP, facilitate the uptake of recalcitrant compounds, and reduce recovery time after an upset.

MICROBSTER is unaffected by moisture, and its gel form facilitates easy transportation and storage of the product.

A plant-based nutrient for biomass development, MICROBSTER leads to an 80 – 85 percent reduction in organic matter.

It helps companies adhere to the norms laid down by the State Pollution Control Boards (SPCBs) and the Central Pollution Control Board (CPCB), while reducing overall capital expenditure (capex) and operating expenditure (opex) costs.

How Household Cleaning Products are Harming Us in More Ways Than One

Posted on by Dr. Anuja Kenekar

It may sound counterintuitive to say that household cleaning products are potentially harmful, but this is a fact that’s lesser known and even less spoken of.

But the very same ingredients and chemicals that enable household cleaning products to keep our homes spotless, gleaming, germ-free, and fragrant are also potentially harmful.

Whether it’s the sweet-smelling air purifier, the bathroom disinfectant, the fabric softener, the grout cleaner, kitchen cleaner, washing powder, or any of the other umpteen products that we so easily reach for, they’re all loaded with chemicals that not only can cause harm to human bodies that come in frequent contact with them – causing a range of issues from respiratory conditions to skin allergies – but also potentially pollute the air, waterways as well as soil.

First and foremost, just like with the growing awareness of reading labels of processed food packets, it’s a good idea to glance at the labels of household cleaning products to get a sense of what chemicals are in them before you bring them into your home.

Basic and commonly found ingredients include bleach, ammonia, lye, and hydrochloric acid; we’re increasingly learning that it would be beneficial to reduce all potential sources of the toxic burden on our bodies.

Toxic burden refers to the cumulative effect of toxins accumulated within our bodies as a result of the food, water, air, and chemical-based products we come into contact with.

It is essential not only to eliminate the presence of substances that contribute to a toxic burden but also to adopt habits that can help flush out toxins already present in our systems.

Second, how many of us wonder about where the liquids and chemicals from cleaning products go when they are washed down our drains?

The conversation around water pollution increasingly draws awareness to the actions that begin within homes and establishments – such as washing, de-corroding, and bleaching – that most release these very same chemicals back into waterways that eventually drain into larger sewers, rivers, and eventually the sea, while also leeching into the soil along the way.

Cleaning products, therefore, taint the ecosystem at multiple touch-points in seemingly small ways that have a much larger impact.

Most detergents contain a class of chemicals called alkylphenol ethoxylates (APEs), such as nonylphenol ethoxylates and octylphenol ethoxylates.

These are the key building blocks of what is commonly known as “surface active agents” that give detergents their ability to do the work intended.

When these chemicals drain into municipal sewerage systems and waterways, they’re known to break down into nonylphenol and octylphenol – toxic and not easily biodegradable by-products – which have disastrous impacts on soil and water.

Another hidden culprit is the widespread presence of phosphates.

These are added to enhance the water-softening properties of the cleaners commonly found in washing detergents.

However, when phosphates pass through drains and enter common waterways, they have a fertilizing impact and promote the growth of algae.

An overabundance hampers the ecological balance by consuming the oxygen supply in the water, which eventually has an adverse effect on the lives of fish and other aquatic organisms.

Apart from that, there is also the concern about how many home cleaning products, owing to their predominantly chemical composition, come packaged in single-use plastic containers, which form a significant percentage of the garbage menace that plagues the world.

Non-recyclable plastic of this nature not only clogs sewers but also releases harmful effluents into larger water bodies.

While the simplest way to reduce the presence of these chemicals in your immediate environment, as well as the larger ecosystem, would be just to reduce or cut down their use and revert to natural, homemade fixes like combinations of vinegar, baking soda, lemon juice, and other handy ingredients, this is not a practical solution in the long run.

They are often time-intensive, require frequent use, and are not feasible for use in larger areas, such as workspaces, factories, or hotels.

However, to start, you could begin by checking labels before purchasing any cleaning items.

Although most manufacturers don’t list specific chemicals, it is possible to get a sense of which cleaners are more harmful than others.

Second, seek out products that are natural or organic.

Try to use those that come in reusable or recyclable packaging.

As we have seen, there exist organic solutions that we can use to clean our homes and workspaces without putting our bodies or the environment around us at risk.

Our line of cleaning products for offices, institutions, hotels, and restaurants is proof that this is indeed possible.

Also Read:

Sources of Washroom Odor in Corporate Offices & How to Eliminate It

Posted on by Dr. Anuja Kenekar

Washrooms at corporate offices are cleaned at regular intervals by the housekeeping staff.

Still, at times, the emanating odor from these washrooms tends to be a concern for employees visiting them throughout the day.

What Is This Odor? Where Does It Come from in Spite of Washrooms Being Cleaned Every Day? Is Your Workplace Hygienic?

There are specific sources that contribute to this toilet odor.

Regular cleaners, which are often primarily toilet odor eliminators, act as masking agents and do not address the source of the odor, thereby often failing to resolve the issue.

Given below are some of the sources of odor in washrooms and the solutions thereof:

Urine

Urine is one of the primary reasons for the odor we encounter in washrooms.

Hundreds of employees visit the washroom in a corporate office.

Thus, the quantity of urine flushed every day is very high.

Urine comprises salts, proteins, carbohydrates, fatty acids, and urea that contain nitrogen.

Bacteria feed on urea and carbohydrates, producing odor-causing compounds such as ammonia and hydrogen sulfide.

Additionally, urine spills on the floor are also a source of unpleasant odor.

Urinal Drain Clogging

Due to the presence of organic matter in the urine, it is prone to bacterial degradation, resulting in a foul odor.

The biological degradation of urea by bacteria creates an alkaline environment, causing uric acid to react with salts from flush water, which then deposits on the surface of the drainage pipes, leading to clogging of the urinal drain.

This process is known as pipe scaling. Such blockages prove to be a major hurdle.

Flushing

Flushing is also a factor contributing to the problem of odors.

An invisible mist containing bacteria rises and settles on the urinals, floors, and surrounding areas with every flush.

If left unattended, these bacteria then cause an unbearable odor.

Solution for Maintaining a Pleasant Washroom Atmosphere

Most solutions fail because they aim only to mask the odor, rather than eliminate it.

We at Organica Biotech have launched the Washroom Cleaning and Odor Control solutions.

These enzymatic formulations, in addition to cleaning washrooms, effectively degrade organic waste, such as urine deposits, thereby neutralizing the odor emanating from these sources and maintaining a pleasant washroom atmosphere.

  • OB Care Flush Free Urinal Spray

The FlushFree Urinal Spray can be used to create a pleasant washroom atmosphere.

It effectively controls odor by degrading urine deposits at the source.

OB Care FlushFree Urinal Spray should be sprayed onto the urinals, the surrounding area, and the floors below urinal pots at regular intervals.

It is recommended to spray every 2 – 4 hours, depending on the load factor.

  • OB Care Urinal Drain Cleaner

This specially formulated consortium features a unique enzyme machinery that aids in degrading urinary waste deposits in drain lines, preventing the release of harmful gases from urinal traps/urinal drains, and preventing clogging of drain lines.

OB Care Urinal drain cleaner is to be used with a dilution ratio of 100 ml: 1 L water for each urinal & nahani trap.

Initially, start dosing daily for 7 days, and then reduce to once a week.

For best results, it is recommended to pour this solution in the urinal & nahani trap at the end of the day.

  • OB Care Washroom Cleaner and Odor Eliminator

This enzyme-based cleaner helps eliminate odors at the source and gives a pleasant washroom atmosphere.

For cleaning washroom floors, toilet bowls, urinals, wash basins, faucets, and other similar surfaces, use 20-50 ml of this product in 1 L of water.

To use as a toilet odor eliminator, apply the concentrated product by spraying in corners and around water closets, etc.

  • OB Care Toilet Bowl Cleaner

This is an organic toilet cleaner featuring a unique enzymatic formulation that utilizes nanobiotechnology, making it eco-friendly compared to other toilet cleaners, which often contain a blend of corrosive chemicals.

This unique blend effectively cleans toilets and removes stains, giving your ceramics a fresh & sparkling look.

This is a ready-to-use product.

To achieve the best results with this organic toilet cleaner, it is recommended that the product be spread uniformly on the toilet bowl using a brush, left for 20 minutes, and then brushed and flushed.

Repeated use will provide good results.

A combination of these four products will help you resolve any washroom odor issues that might be present in the washrooms.

The Silent Role of Biofilm in Slowing Down Nutrient Uptake

Posted on by Jimcy Rajan

In gardens, farms, hydroponic systems, or even natural streams, there’s a hidden hero, or sometimes a hidden troublemaker, working quietly.

That hero is biofilm: a slimy, glue-like layer made by microorganisms.

Most folks think of nutrient uptake as a straight path: plants or roots grab nutrients and grow.

In reality, nutrient movement can be slowed or diverted by this slimy mantle.

To understand why feedings sometimes seem stalled or why water seems less “nutrient-dense,” we need to look at this undercover player.

What Is Biofilm?

Biofilm refers to a community of microbes that includes bacteria, algae, and fungi, which adhere to a surface through a process of releasing extracellular polymeric substances, or EPS, a type of slime glue.

This slime serves multiple purposes.

For instance, it catches and protects particles, aids the microbes in colonizing, and enhances colonization in areas such as pipes, plant roots, and rocky stream beds.

Biofilm can mature over time to form living films that can block or slow down the movement of nutrients.

How Biofilm Slows Nutrient Uptake

  • A Thick Barrier to Diffusion

As biofilm builds up, it becomes a physical barrier. Nutrients from the surrounding fluid must first seep through the EPS before reaching the microbial cells inside.

Studies show that nutrients diffuse more slowly in multilayered biofilms, and cells deeper inside get starved as diffusion becomes limiting.

Without efficient diffusion, interior cells grow slowly and take up fewer nutrients.

  • Nutrient Gradients and Starved Cores

Inside a mature biofilm, an outer layer of active cells captures most incoming nutrients.

That leaves cells in the core undernourished.

Models confirm this “stratification” effect: biomass builds at the surface, while inner layers stagnate.

Over time, these limitations slow the overall nutrient uptake rate of the entire colony.

  • Viscoelastic Properties Influence Absorption

Some biofilms are viscoelastic, meaning they deform under fluid flow.

Simulations have shown that biofilm stiffness and flow speed alter how it grows and where it sits in a channel.

These structural traits can indirectly affect nutrient access by blocking or shifting flow paths.

  • Biofilm Age and Light Influence

In aquatic environments, older biofilms exhibit distinct behavior, particularly under light.

Younger films may take up more nitrate in daylight, but as biofilm ages, nighttime uptake and organic matter release change.

Older biofilms can even release nutrients instead of taking them up during night cycles.

This complexity further slows or alters net nutrient uptake over time.

Why It Matters: Practical Impacts

  • In Hydroponics and Aquatic Systems

In hydroponic or recirculating nutrient systems, biofilm tends to form on tubing and on roots.

This sticky buildup can clog pipes, reduce oxygen levels, and reduce nutrient transfer to plants.

The film reduces the efficiency of nutrients dissolved in water reaching roots, slowing growth.

  • In Soil and Plant Roots

On plant roots, some biofilms are beneficial as they aid in nutrient supply through the secretion of growth-promoting substances and enhanced nutrient mobilization.

However, even beneficial biofilms can become overly thick and form diffusion barriers, which reduce nutrient exchange across the root surface.

Signs That Biofilm Is Slowing Things Down

  1. Sluggish nutrient uptake: You notice nutrient levels stay higher in solution than expected.
  2. Reduced plant or microbial growth, even though nutrient levels appear adequate.
  3. Poor oxygen levels or clogs in pipes indicate a heavy buildup of biofilm.
  4. Visible slimy layers inside tubing, reservoirs, or on root surfaces.

How to Manage Biofilm Effectively

Cleaning and Flushing

Maintenance, including flushing lines and scrubbing roots or surfaces, is crucial for controlling biofilm.

In hydroponics, understanding when to change it (the nutrient solution or schedule for cleaning the tubing) is crucial.

A routine flush could include changing nutrient water for hydroponic systems every one to two weeks, depending on the system scale and microbial activity.

Flow Rate and Shear Management

Higher flow rates can prevent biofilms from adhering or even dislodge older biofilms.

Adjusting flow or adding short bursts of faster flow can disrupt thick film formation.

Nutrient Rotation or Pulsing

Changing nutrient concentrations or shifting availability can trigger biofilm dispersion, and nutrient starvation or sudden nutrient spikes can both induce detachment.

Intentional periodic shifts may prevent long-term buildup while maintaining a balanced microbial community.

Beneficial vs. Problematic Biofilms

In root zones, encourage beneficial biofilms with good plant‑growth‑promoting bacteria.

But in pipes or stagnant areas, treat biofilm as a problem and clean it out regularly to prevent clogging and slow nutrient transfer.

Quick Comparison Table

Situation Biofilm Effect Management Strategy
Hydroponic tubing/tanks Slows nutrient diffusion, clogs Flush, clean the tubing, and change the solution regularly
Root zone (beneficial film) Enhances nutrient cycling up to a point Encourage light, beneficial strains; maintain balance
Aquatic sediments/pipes Stratified uptake, slowed diffusion Manage flow, occasional surges, and clean surfaces
Mature biofilm in a water body May even release nutrients at night Understand age dynamics; monitor dissolved oxygen levels

Conclusion

Biofilm is a fascinating invisible world: dynamic, complex, and impactful.

Its presence in systems, whether in our hydroponic tanks, root zones, or natural water bodies, can quietly slow nutrient uptake.

The thicker, older, or denser the film, the more it acts like a stubborn wall, blocking diffusion and starving inner cells.

But this slowdown isn’t always bad. Beneficial biofilms in plant roots help nutrient cycling.

The trick is balance: let helpful communities thrive, but not turn into smothering barriers.

How to Use Enzyme Cleaners: A Step-by-Step Guide

Posted on by Dr. Anuja Kenekar

Green cleaning is the future, and as a result, people are quickly embracing safe and eco-friendly solutions for washroom cleaning and other applications in commercial spaces.

Enzyme-based cleaners have emerged as one of the best green cleaning solutions.

These are now preferred due to their various advantages over traditional chemical-based cleaners.

Enzyme-based cleaners, composed of plant-based ingredients, are natural, chemical-free, safe, and environmentally friendly.

On the other hand, persistent use of chemical cleaners loaded with toxic substances may carry certain risks, such as allergic reactions and skin problems.

The chemical products are also found to be a major source of environmental pollution.

Before you learn more about how to use enzyme cleaners, you need to know what an enzyme cleaner is.

Understanding Enzyme Cleaners

To better understand enzyme cleaners, it will be helpful to know how bacteria and enzymes work together.

As you might already know, bacteria are tiny living microorganisms that are present everywhere.

There are beneficial bacteria even in the human stomach, which help with digestion.

Enzymes can be defined as long-chain proteins that act as catalysts, enabling bacteria to perform their functions.

In enzyme-based cleaners, the enzymes are released by bacteria, which speed up chemical reactions and break down complex waste particles, making it easier for bacteria to consume them.

Enzyme-based cleaners are capable of breaking down stains at the molecular level, making them more effective.

In this way, both bacteria and enzymes combine to clean.

With an increasing preference for green cleaning solutions, numerous innovations are emerging in this field.

Biotechnology has paved the way for the production of enzymes from natural sources, and their environmentally friendly characteristic makes them a sustainable alternative to chemical cleaners.

Organica Biotech is one of the leading companies that offer advanced enzyme-based cleaning solutions.

The OB Care range of products is made from extracts of corn, vegetable oils, and plant-based ingredients.

With a pH level of 6-7, they are 100% safe for cleaning crews, employees, visitors, and staff in commercial spaces, posing no risk to the environment.

OB Care Range of Enzyme Cleaners

Now that you know the science behind enzyme cleaners, discover how OB Care enzyme-based cleaners can effectively break down stains and keep your washroom and toilet clean at all times.

Washroom Cleaner & Odour Eliminator

It’s no secret that washrooms in commercial spaces can emit unpleasant odours as they are used frequently.

It can also make life difficult for those using the washroom.

OB Care Washroom Cleaner & Odour Eliminator is a special enzyme-based formulation that helps eliminate washroom odour and gives a pleasant fragrance.

FlushFree Urinal Spray

If your commercial space has urinals, urine deposits can accumulate, and a foul odor can form over time.

Use OB Care FlushFree Urinal Spray to remove urine deposits effectively.

The formulation can be used for any type of urinal.

It helps in degrading urine deposits and gives a pleasant fragrance.

Additionally, when used in combination with the OB Care FlushFree Urinal Drain Cleaner, any urinal can be converted into a waterless urinal.

Toilet Bowl Cleaner

If you want to embrace green cleaning and keep the toilet ceramic sparkling, the OB Care Toilet Bowl Cleaner, with its unique enzymatic formulation, will help prevent scale and stain build-up.

Unlike corrosive chemical cleaners, this solution is non-acidic and non-corrosive.

Urinal Drain Cleaner

The urinal drain can clog due to various factors, such as urine deposits in the drain lines.

You can use the specially formulated OB Care Urinal Drain Cleaner, which degrades uric acid and organic waste deposits in the drain lines, keeping them unclogged and odor-free.

The non-acidic and non-corrosive action gently cleans and also prevents the release of gases that emanate from urinal drains and nani traps.

Next time you think of cleaning, use Organica Biotech’s OB Care range of products.

Free of unwanted chemicals and related problems, enzyme-based cleaners are an excellent choice for green cleaning and odour-free washrooms.

Also Read:

The Science Behind Odour-Free Washrooms

Posted on by Dr. Anuja Kenekar

In part 1 of this series, we spoke about public washrooms and the unholy odours associated with them.

Today, we are here with information on the science (and nature) of keeping your washrooms odour-free.

Cleaning washrooms is not a task that anyone enjoys, especially in public facilities.

But cleaning washrooms is something that needs to be done, without exception, on time.

And this is doubly true for all public washrooms.

Offices, hospitals, schools, malls, restaurants, tourist attractions, places of worship, railway stations, bus depots, and all such public places need that care and attention.

With the sheer number of people using them, the washrooms in these places get dirty in no time.

And they start to smell really bad, really quickly, too.

These foul odours, caused by bacterial decomposition of biomass in drains, reverse gases, urine deposits in pipes, faulty plumbing, and ammonia from urea degradation, make the toilet-going experience in public an experience in testing how long you can hold your breath.

Along with the filth and odours, janitorial staff also need to worry about uric acid deposition in urinal pots, which can lead to stains and clogged drains.

Every supermarket worth its salt stocks aisles upon aisles of cleaning products that promise sparkling washrooms with little effort and time, but they are all full of toxic chemicals.

What’s more, these products act only superficially – they clean the visible surfaces, but leave the foul odours and odour-causing factors intact.

They may kill bacteria in the toilet bowl and the pipes.

Still, they don’t discriminate – they kill even the good bacteria, like the non-pathogenic bacteria that decompose the biomass in the pipes and septic tanks.

And when these chemicals eventually get flushed down, the wastewater kills aquatic plants and animals, too, and contaminates groundwater and soil.

These products corrode washroom fixtures and fittings, emitting noxious fumes that contribute to indoor pollution.

Even if used in small quantities, regular exposure to such chemicals is harmful.

The janitorial staff who have to handle these products eventually suffer from a variety of chronic diseases due to prolonged exposure to these harmful chemicals.

Air fresheners mask the foul smells for a while, but the root of the issue remains unresolved.

And the foul odour becomes a permanent part of the washroom environment.

There is insufficient regulation regarding chemicals in cleaning products, and many regions lack sufficient safety data as well.

However, since the hazards of these products are established, why not switch to a natural alternative?

Natural products backed by scientific research contain a consortium of microbes cultivated specifically to help decompose organic matter, eliminating all chances of foul odours.

These microbes produce organic materials or enzymes (a type of protein that consists of a chain of amino acids) that break down the organic biomass, making it easier for the bacteria to work on.

Enzymes such as proteases, amylase, cellulase, and lipase are commonly used for dirt removal and stain cleaning.

These enzymes alter the physical composition of protein-based or starch-based stains and odours, breaking them down into smaller fragments that are easier to remove.

Apart from the conventional enzymes used for cleaning, there are other bacterial enzymes, such as uricase, that aid in the degradation of urinal waste and thereby control odour.

In biological cleaners, safe strains of bacteria and specific enzymes work together to remove all stains, grime, and odour.

If you are looking for a magic formula to keep washrooms clean and smelling good, the OB Care range of products is just what you need.

Scientific and natural, these are research-backed cleaning products that contain enzymes that clean, keep smells at bay, and don’t put your health at risk either.

Non-toxic, non-corrosive, effective, and efficient, these cleaners are made of corn extracts, vegetable oils, and plant-based ingredients and are formulated after extensive research.

With the help of a multi-enzyme approach, the organic cleaning products developed in our OB Care range can tackle all the dirty work.

Our formulations harness the benefits of nature for efficient cleaning, helping to degrade the organic waste generated in washrooms and urinals and preventing other unfavourable microbes from producing foul-odour-generating gases like ammonia, hydrogen sulphide, and others.

They keep the pipes free of blockages, prevent the release of harmful gases, remove hard water stains, and leave no trace of dirt or odor in the restroom.

To address the two issues of foul ammonia odor and uric acid stains in urinals, we have specially formulated the OB Care Urinal Drain Cleaner with a unique enzyme formulation.

It prevents the formation of ammonia and simultaneously degrades uric acid.

It is safe for all fixtures as it is 100% non-acidic and non-corrosive.

And made entirely of plant-based ingredients, it is completely biodegradable.

Our OB Care Toilet Bowl Cleaner, formulated utilising nanobiotechnology, cleans all ceramic fixtures to sparkle and is completely septic tank safe, too.

It has no toxic ingredients and also protects against indoor pollution.

The OB Care Washroom Cleaner & Odour Eliminator works at the source of all offensive odours and eliminates them.

This multi-purpose cleaner can be used anywhere, from toilet bowls and washbasins to walls and floors.

As a pH-neutral formulation, it is 100% safe for users, and its immediate deodorising effect lasts long too.

All these benefits—effective cleaning, a pleasant ambiance, and good health—are only part of the bigger picture.

The impact of any substance on the environment is determined by its biodegradability.

Conventional cleaning products effectively clean visible surfaces, but the chemicals they contain also pollute our environment.

Air pollution caused by VOCs (volatile organic compounds) released by chemical cleaners is contributing to the rise in respiratory disorders and the development of smog.

As these chemicals make their way into water systems through drains, they harm aquatic life and disturb the ecosystem by causing eutrophication, or the unnaturally high growth of algae, which depletes all oxygen in the water and kills fish.

On the other hand, natural cleaning products biodegrade easily and do not harm your health or the environment.

They contain no chemicals that could be potentially harmful to the ceramic fixtures, drain pipes, septic tanks, water bodies, or aquatic life.

They help maintain good indoor air quality and do not contaminate the food chain either. They do their job and then some!

If you are looking for natural solutions to keep your washrooms clean and odour-free while protecting the health of your cleaning staff and the people who use them, simply get in touch with us.

Our solutions are all-natural and organic, and the tender, loving care your washrooms need.

Feeling Fresh With Air Fresheners? Here’s How They Are Causing Harm to You and the Environment

Posted on by Kiranjyot

Air fresheners are commonly used in households and workspaces to combat unpleasant odours and promote a pleasant environment.

However, many people are unaware of the potential health risks associated with these products.

In addition, the environmental impact of air fresheners is often overlooked.

In this article, we will explore how air fresheners can harm both human health and the environment and discuss alternative approaches to creating a pleasant indoor environment.

Health Risks of Air Fresheners

Many air fresheners contain chemicals that can be harmful to human health.

One such chemical is phthalates, which are used to make plastics more flexible and are also found in some air fresheners as solvents and fragrances.

Studies have linked phthalates to reproductive issues, developmental delays, and asthma.

Formaldehyde is another chemical commonly found in air fresheners that can cause respiratory problems, eye irritation, and headaches.

In addition to the chemicals themselves, air fresheners can also release volatile organic compounds (VOCs) into the air.

VOCs can cause a range of health problems, including headaches, nausea, and eye and throat irritation.

People with asthma and other respiratory conditions may be particularly sensitive to VOCs.

Environmental Impact of Air Fresheners

In addition to the potential health risks, air fresheners also have a negative impact on the environment.

Many air fresheners come in disposable containers that end up in landfills, contributing to the growing problem of waste disposal.

In addition, the production of air fresheners often involves the use of fossil fuels and other resources, contributing to climate change and other environmental issues.

Alternative Approaches to Creating a Pleasant Indoor Environment

Fortunately, there are alternative approaches to creating a pleasant indoor environment that do not involve the use of air fresheners.

One such approach is to use natural alternatives, such as essential oils.

Essential oils can be used to create a pleasant scent in a room without the use of harmful chemicals.

However, it is important to note that some essential oils can be toxic to pets, so it is important to use them with caution.

Another approach is to reduce the need for air fresheners altogether.

Proper ventilation is essential to creating a healthy indoor environment.

Opening windows and doors to let in fresh air can go a long way towards reducing unpleasant odours.

Regular cleaning is also important to remove dust, dirt, and other particles that can contribute to bad odours.

Finally, maintaining a healthy indoor environment, including controlling humidity levels and minimizing exposure to allergens, can also help to reduce the need for air fresheners.

In summary, air fresheners have detrimental effects on health and the environment.

The chemicals and synthetic fragrances can cause respiratory issues and allergies.

They also release volatile organic compounds, contributing to air pollution and climate change.

Single-use packaging adds to waste and pollution.

Natural alternatives, such as essential oils and opening windows, offer safer and more eco-friendly options.

Practicing good hygiene and minimizing chemical use can also help reduce the need for air fresheners.

Organica Biotech’s Washroom Odour Control Solutions are equipped with Molecular Sponge Technology™ that combines natural plant-derived oils and powerful enzymes to tackle odour molecules at their source.

Our two-step process of adsorption and neutralisation ensures the effective elimination of odour-causing germs, thereby covering all bases and making washroom maintenance a hassle-free experience.

Green Cleaning: Understanding Bio-enzymatic Cleaners & Its Benefits

Posted on by Dr. Anuja Kenekar

A vast majority of people today are more conscious of their health and the environment than before.

Therefore, green cleaning has become a buzzword amongst cleaning professionals and facility managers.

In the post-COVID-19 era, commercial spaces such as hotels, restaurants, offices, malls, and other establishments are seeking pro-health and eco-friendly cleaning solutions due to the heightened need to maintain hygiene.

Conventional chemical cleaners generate unnecessary indoor air pollution, which in turn leads to a range of short-term and long-term health issues.

Also, chemical cleaners, once washed down the drain, reach the environment and pollute water resources.

Enzyme-based cleaners are not only effective but also harmless and are therefore fast gaining popularity.

Bio-enzymatic cleaners can be defined as formulations that utilize beneficial microbes to break down and digest waste and stains.

Microbes perform this function by producing enzymes that break down large, stubborn waste molecules into smaller, more easily removable ones.

The microbial population multiplies and thrives until all the waste is consumed.

These bacteria are beneficial and pose no threat to humans or the environment.

It is a common misconception that enzymes are living things.

Enzymes act as catalysts, speeding up chemical reactions to enable living microbes to operate efficiently.

Enzymes are highly specific to the type of surface or material they act upon.

A bio-enzymatic cleaner consists of different types of enzymes, either in free form or produced by live microbes, to break down various soils.

Some of them are discussed below:

  1. Proteases – It is one of the most widely used enzymes, helpful in removing protein-based soils and stains. It includes human sweat, egg, blood, urine, faeces, etc.
  2. Lipases – Lipases are those enzymes that are highly capable of decomposing fatty material like oils and grease. Fatty stains from butter and sauces can be easily broken down using this enzyme.
  3. Amylases – They are used to remove starch-based food items, such as potatoes, eggs, sugar, sauces, chocolate, and gravies.
  4. Cellulases – Cellulases are used for softening, color brightening, and removing soil from fabrics made of cotton and cotton blends.

Based on the type of enzyme used, Bio-enzymatic cleaners are therefore very versatile.

They can be used for a wide variety of applications, such as surface cleaning and odour elimination.

You can use enzyme-based cleaners for drain maintenance and cleaning tasks such as glass, urinal drains, toilet bowls, and floors.

They are very helpful in cleaning commercial spaces and maintaining hygiene, as they are used repeatedly by numerous people.

Additionally, enzyme-based cleaners can reach cracks, crevices, and holes, removing hidden stains and bad odors in a given space without causing corrosion, fumes, or other issues, unlike their chemical counterparts.

Bacteria and enzymes continue to act upon grime deposits and odour after the initial application.

This ensures better and more sustained cleaning.

Moreover, bio-enzymatic cleaners are both cost-effective and efficient.

Organica Biotech is one of the leading companies that offer natural and safe cleaning solutions.

OB Care’s range of products is organic, natural enzyme-based cleaners designed for commercial spaces.

Made up of essential oils, corn, vegetable oils, and plant-based ingredients, the cleaning products are completely safe for cleaning purposes.

The product range covers washroom cleaning, kitchen cleaning, general cleaning, and odour control solutions.

Use OB Care products for green cleaning.

The Optics Of India’s Sanitation Story

Posted on by Dr. Anuja Kenekar

In July 2010, the UN General Assembly adopted a groundbreaking resolution officially recognising sanitation (access to and use of) as a human right.

A basic clean toilet with a continuous supply of water and waste disposal is a right that every Indian has.

However, there are many communities in our country, especially in rural areas, that aren’t even aware of this right.

One of the objectives of the Swachh Bharat Abhiyan is to create this awareness among the general population through offline initiatives at the grassroots level.

The challenge, though, is that the focus of the Swachh Bharat Abhiyan has been the favourable optics of toilet construction all over the country.

However, this alone does not solve our sanitation problem.

The mission, though noble, falters in execution at multiple levels.

Constructing toilets is just the first step.

Very little attention has been paid to what happens after installation – education on the workings of the toilet, ongoing maintenance, and an electrical connection to ensure they are usable and safe at all times.

Many of these toilets have become unusable due to accumulated filth and poor plumbing that fails to provide clean water.

States like UP and Bihar have always been notorious when it comes to open defecation.

Though toilets have been built, the lack of solid waste management and water results in a preference for open fields.

The lack of staff to maintain the toilets has left many of them at the mercy of local goons, who have either vandalized them or are using them as free storage places.

According to the Swachh Bharat Abhiyan website, over 96 million toilets have been constructed since 2014, but the question of their maintenance remains unanswered.

Critics of the mission suggest that the money spent on publicising the mission through television, outdoor advertising, and social media would be better spent creating awareness at the grassroots level and putting machinery in place to ensure these constructed toilets are used.

They strongly believe that states cannot be declared ODF solely on the basis of toilet construction.

It is the usage of these facilities that determines ODF and not construction.

In urban areas, the scenario, though better, is not rosy either.

The toilets are, for the most part, unusable, especially outside major metropolitan areas like Mumbai.

The Ministry of Urban Development released a mobile application that locates the nearest public toilet.

The app also allows users to rate the toilet on cleanliness and hygiene.

Again, it’s a good idea, but the execution is flimsy and limited.

Our sewage lines in urban centres are the silent victims of economic migration and poor planning.

Waste generated is discharged untreated into open drains.

Sewers connected to common drains either discharge into local water bodies or stagnate in low-lying areas, eventually polluting groundwater and degrading its quality.

Moreover, the accumulation of waste is extremely hazardous and a primary reason for the spread of disease.

These are serious health hazards, especially in the monsoons, in a city like Mumbai.

Even toilets in posh areas like Marine Drive aren’t exempt.

An article in the Times of India highlights this, unfortunately, stark reality.

A toilet built by the Brihanmumbai Mahanagar Palika (BMC), the governing civic body of Mumbai, about seven months ago, is unusable for half the week.

The solar-powered toilet facility, built at a cost of Rs 90 lakhs, utilizes vacuum technology for a 0.8-liter flush.

Built at great cost, this toilet has a critical flaw: it is not connected to the sewage system located across the road.

This means it needs to be cleaned via suction every other day.

The stench that emanates from this fancy loo has residents who use the promenade for their daily exercise up in arms.

It sees an average of 1,500 users every day, a number that doubles on weekends.

However, because it is shut down on alternate days, it pretty much defeats its purpose.

While civic officials consider alternatives to connect the toilet to the sewer line, each comes with its own set of problems.

This toilet is closely tied to the larger Swachh Bharat story, where sanitation decisions have been made with an eye to the optics rather than addressing the actual problem at hand.

Rather than spend another exorbitant amount to install trenchless technology connecting the toilet to the sewerage system, as the BMC plans to, there is a cost-effective and simpler fix – microbe technology that degrades waste onsite.

It is a proven method for the digestion of human waste, odour elimination, and removal of sludge build-up in septic tanks.

Beats spending another 20 lakhs or so connecting to the sewerage line, wouldn’t you say?

This post originally appeared on LinkedIn Pulse.

Worried About Sludge in Your Septic Tank? Here Are Some Effective Ways to Reduce It

Posted on by Oscar Peter

Have you ever experienced a foul odor emanating from your drains or noticed slow drainage in your sinks and toilets?

If so, you may be dealing with a common issue in septic tank systems: sludge buildup.

Septic tanks play a crucial role in managing household waste for homes that are not connected to municipal sewer systems.

These underground tanks collect and treat wastewater from bathrooms, kitchens, and laundry rooms before releasing it into the soil through a drain field.

Maintaining a healthy septic tank is essential for the proper functioning of your household sewage system.

Sludge buildup in septic tanks can lead to various issues, such as foul odors, clogs, and costly repairs.

Fortunately, there are effective ways to reduce sludge and ensure the longevity of your septic tank system.

In this blog, we’ll explore some practical solutions for managing sludge in your septic tank.

Understanding Sludge Buildup

Sludge, a byproduct of wastewater treatment, accumulates at the bottom of the septic tank over time.

It consists of solid organic matter that has not been fully broken down by natural microbial activity in the tank.

As sludge accumulates, it reduces the tank’s capacity, leading to potential clogs and backups in the drainage system.

To prevent these issues, it’s important to take proactive measures to reduce sludge buildup and maintain the health of your septic tank.

Beneficial microorganisms, such as bacteria and enzymes, play a crucial role in breaking down organic waste within the septic tank.

These microbes break down complex organic compounds into simpler forms, facilitating the decomposition process.

Effective Solutions for Sludge Reduction

1. Avoid Harsh Chemicals

Avoid flushing harsh chemicals, such as bleach, antibacterial soaps, and chemical drain cleaners, down your drains.

These chemicals can disrupt the delicate microbial balance in your septic tank, inhibiting the breakdown of organic matter and promoting the accumulation of sludge.

Opt for environmentally friendly cleaning products and avoid excessive use of antibacterial agents to maintain a healthy microbial ecosystem in your tank.

2. Practice Water Conservation

Conserving water can also help reduce sludge buildup in your septic tank.

Excessive water usage can overload the tank, diluting the beneficial microbes and slowing down the digestion process.

To minimize water usage, fix leaks, install water-saving fixtures, and avoid unnecessary water wastage.

3. Use of Natural Microbial Treatments

Natural microbial treatments, such as those offered by Organica Biotech, can be highly effective in reducing sludge buildup and maintaining the health of your septic tank.

Products like Bioclean Septic contain specialized bacteria that target and break down organic matter, including sludge, in the tank.

These beneficial microbes enhance the natural digestion process, preventing sludge accumulation and promoting a cleaner, more efficient septic system.

Checklist to Reduce Sludge

Here’s an easy checklist to manage and reduce sludge in septic tanks.

Do’s:

  1. Determine the appropriate tank size based on the amount of household waste to prevent overloading and minimize sludge buildup.
  2. Regularly inspect and maintain your septic tank and drain field to identify any issues early on and prevent costly repairs.
  3. Implement water conservation practices, such as fixing leaks and installing water-saving fixtures, to reduce the volume of wastewater entering the system.
  4. Promptly repair any leaks in plumbing fixtures or the septic system to prevent excess water from entering the tank and diluting microbial populations.
  5. Take steps to maintain the drain field by avoiding activities that could damage or compact the soil, such as driving or parking vehicles over it.

Don’ts:

  1. Avoid using chemical cleaning products that can disrupt the natural balance of beneficial microbes in the septic tank and inhibit the decomposition process.
  2. Do not flush non-biodegradable items down the toilet, such as wipes, hygiene products, or grease, as they can contribute to sludge buildup and clog the system.
  3. Prevent excessive water from entering the system by fixing leaks promptly and practicing water conservation habits.
  4. Avoid driving or parking vehicles over the drain field to prevent soil compaction, which can hinder the soil’s ability to absorb and treat wastewater effectively.

Why Septic Tank Sludge Reduction Matters?

Regular maintenance and sludge reduction measures are essential for preserving the long-term functionality of your septic system.

By reducing sludge buildup, homeowners can prevent costly repairs, extend the lifespan of their septic tank, and minimize the risk of system failures.

Additionally, responsible septic tank care contributes to environmental protection by reducing the release of pollutants into the soil and groundwater.

Organica Biotech’s Offerings for Septic Tank Treatment

Organica Biotech offers innovative solutions for septic tank maintenance and care.

Our flagship product, Bioclean Septic, is a natural microbial treatment designed to break down organic matter, including sludge, in septic tanks.

With its specialized blend of beneficial bacteria, Bioclean Septic promotes a cleaner, healthier septic system while reducing the need for frequent pumping and maintenance.

Additionally, Organica Biotech offers Bioclean Septic Plus.

This highly effective septic tank cleaner targets fecal matter, as well as fats, oils, and grease in food waste, thereby enhancing the performance and longevity of your septic tank system.

In conclusion, maintaining a healthy septic tank is crucial for the proper functioning of your household sewage system.

By implementing effective sludge reduction strategies such as regular pumping, the use of natural microbial treatments, avoiding harsh chemicals, and practicing water conservation, you can ensure the longevity and efficiency of your septic tank.

Consider incorporating natural microbial treatments, such as Bioclean Septic from Organica Biotech, into your maintenance routine for a cleaner, healthier septic system that benefits both your home and the environment.

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