Bad Odour Removal Chemicals Manufacturers

Where you need e-Oxidose

Tanneries

Apartment STP

Fish Stall – Cattle shed

Septic Tanks

Common Sewage Treatment Plants

Municipal water treatment plant

Slaugter House

Over Flow Drainage Areas

Kitchen Sink – Wash basin

Smelled Toilets

Hostels

Hotels

Hospital

Resorts

Shopping Mall

e- Oxzidose

Mode Of Action

e- Oxzidose degrades organic solid waste which generates obnoxious odors into odorless surroundings.
Fats to glycerol & fatty acids Cellulose to starch & sugars Proteins to amino acids Starch to glucose.

How To Dose:

Mix 50 gram kg in 20 Litres in water, and sprinkled in smelled areas Pour into toilets / Sewage / Septic tanks.
Spray in to bio degradable solid waste / wetted water stagnant area.
Product level may differ based on Aeration Chamber volume
Qty required per day depends on volume.

How it Works:

Enzyme – E-Oxidose

Enzyme – E-Oxidose for the challenging Sewage and Effluent Treatment Plants.

Bioremediation is a waste management technique that involves the use of bacteria to neutralize pollutants

What is Enzyme – Oxidose Or BIOCULTURE ?

Effective Microorganisms (EM) are mixed cultures of beneficial naturally-occurring organisms that can be applied as inoculants to increase the microbial activity in the waste water.

How our Enzyme Oxidose is superior than others?

Available at most reasonable price.
Bacterial Count : > Billion CFU per ML having more than 76 strains of bacteria.
Lesser Quantity Required.
Ensures faster reaction.

Features:

Nature: Our Effective Microorganisms are Facultative in nature
Bacterial Count : Billion CFU per ml having more than 56 strains of bacteria
Application ph: 4 to 10
Application Temperature: 10- 55 degree C
Self Life: 9 months

Ingredient Name	CAS No
Cellulase	9012-54-8 & 9004-53-9
Fungal Lipase	9001-62-1
Nervanase	9000-90-2
Proteinase	12211-28-8 & 130498-22-5

Genus: B.licheniformis, B. Thurengenis, B.polymyxa, B.sterothemophilus, Penicillium sp., Aspergillus sp., Flavobacterium, Arthrobacter, Pseudomonas, Streptomyces, Saccaromyces, Triphoderma, etc

Regular formulation, normally, do not initially have enzymes but only microbes which produce enzymes. Our EM solution action is faster as enzymes already exist in the formulation.

How Enzyme Oxidose is financially beneficial?

With the use of our E – Oxidose you will be able to reduce the operating cost by 20-50%

The cost of our E-Oxidose is less than the cost of additives, they require less storage space, are easy to dose and have a greater shelf life.

Once you dose our E-Oxidose there is no need to dose any other additives.

Also there are numerous problems associated with the use of additives

The most commonly used additives are :

Urea-Nitrogen Source

DAP (Di ammonium Phosphate)

Phosphate Source Jaggery – Carbon Source

Problems associated with commonly used additives :

Unavailability of Urea & DAP in soluble form at microbial level becomes difficult for generic microbes to break down Urea and DAP. Further many other Formulations of urea are coated with neem which is anti-microbial in nature Industrial grade Urea-DAP have a high cost.

High transportation cost
Big storage space required
Hygroscopic in nature, hence needs specific storage conditions.

Comparison

	E-Oxidose	Additives
Availability	Easily Available	Not easily available
Usage	Easy to dose	Not easy
Dosage	Less	High
Under Stress Conditions	Effective	Generally, Fails
Transportation Cost	Low	High
Storage Space	Less	More
Anti Microbial In nature	No	Neam Coated Urea are anti microbial in nature
Hygroscopic in Nature	No	Yes

Zero cost of any other nutrients.
Reduction in energy consumption.
You achieve improved results.
Classification of bacteria based on ph & temperature

Acidophiles Acid :Loving Organisms Grow At Ph Values Lower Than 5.4

Neutrophiles Grow At Ph Values From 5.4 To 8.5

Alkalinophiles Or Base :Loving Organisms Grow At Ph Values From 7 To 11.5

Psychrophiles are cold-loving organisms and grow best at tem- peratures from 12°C to 18°C. Their range of temperatures for growth is from −10°C to 30°C.

Mesophiles consist of the largest group of organisms and grow best at temperatures from 25°C to 40°C. Their range of temperatures for growth is 20°C to 50°C

Thermophiles are heat-loving organisms and grow best at temperatures from 50°C to 65°C. Their range of temperatures for growth is from 35 to 75°C

Lag: Time for bacteria to “adjust” to their new environment Enzymes produced for the degradation of substrate. No increase in bacterial mass

Log: Substrate is adsorbed and absorbed. Substrate is degraded Cellular synthesis occurs. Rapid increase in bacterial mass

Stationary: Carrying capacity of the environment is reached Growth rate equals death rate Bacterial mass remains relatively constant

Death: Substrate decreases. Accumulation of wastes occurs. Death rate greater than growth rate. Bacterial mass decreases

Common contaminants & stress in Microbial – Abiotic & Biotic stress

Abiotic Factors:

Significant abiotic factors include alkalinity, ionized ammonia (NH4+), dissolved oxygen, hydraulic retention time (HRT), nutrients, ph, quantity and types of substrates, return activated sludge (RAS) rate, temperature, toxic wastes, and turbulence.

Biotic Factors:

Significant biotic factors include denitrifying bacteria, filamentous organisms, floc-forming bacteria, mean cell residence time (MCRT) or sludge age, mixed liquor volatile suspended solids (MLVSS) concentration, nitrifying bacteria, and relative abundance and dominant groups of protozoa.

Common Contaminants In Wastewater:

Suspended Solids

Pollutants

Organic Load

Refractory Organics

Pathogens

Dissolved inorganics

Heavy Metals

Why E Microbes are important?

Other than numerous Financial Benefits E-Oxidose ensures a scientific approach to achieving controlled, predictable and programmed bioremediation. It involves the addition of specific aerobic bacteria which have been pre-adapted under the conditions, where it is to act while augmenting the existing system

E-Oxidose allow you to control the nature of the biomass. It ensures that only the team of effective microbes is present in sufficient quantity in wastewater to achieve proper degradation of organic load and even harsh pollutants.

E-Oxidose not only consist of enzyme producing bacteria but initial enzymes for better and rapid results. The microorganisms in E-Oxidose and their enzyme system are more efficient in degrading a larger variety of substrates than other biomass. The E-Oxidose microorganisms have unique abilities to survive and remain active even under harsh environmental and operational conditions that are not tolerated by other biomass even under various abiotic and biotic stress, due to a unique formulation of E-Oxidose, they are able to remain active and continue to degrade organic compounds.

In addition to active enzymes, it contains macro, micro and secondary nutrients, amino acids, vitamins, proteins, carbohydrates and minerals. Once you join hands with us we ensure that not only you are provided with the best product and also we provide needed support and guidance to achieve the desired results.

Impact of E microbes on performance

Commissioning: Faster and quicker commissioning of the biological units.
Efficiency: Higher efficiency due to robust biomass
Stability: Rock solid stability during upsets as compared to other biomass.
Recovery: Faster recovery after a major upset

Impact of enzymes

Enzymes are a type of complex protein that are found in all living things. Hundreds of enzymes are present in most cells, and enzymes are constantly manufactured. Enzymes are biological processes catalysts. Enzymes may speed up processes by up to 1 million times the pace of uncatalyzed reactions and allow biological reactions to take place at temperatures that live cells can tolerate
Enzymes serve as a surface or active location for biological events to take place. The active site is a binding site, which means it creates a weak connection with the molecules on which the enzyme functions. Enzymes, on the other hand, are particular in terms of the substrates or substances that they may destroy or manufacture
When a substrate comes in contact with an appropriate site of an enzyme, an enzyme–substrate complex is formed. Once the complex is formed, chemical bonds in the substrate are weakened, and the substrate is degraded by catabolism to simpler molecules as shown in the above pictorial as 1,2,3

E-Oxidose – The solution !!

Further added advantages of E-Oxidose

Ensures Proper Development Of MLSS

E-Oxidose helps to maintain proper MLSS and effective microorganisms in the system to ensure proper degradation of organic load. Able to tackle harsh and complex pollutants and improves water quality The degradation capacity of E-Oxidose is very high and ensure rapid biodegradation of conventional organics as well as harsh and complex pollutants like oil, phenol, etc It also reduces total and focal coliform count

Reduction In Generation Of Hazardous Waste “Sludge”

Coagulants and Flocculants are added for the purpose of removal and clarification of Total Suspended Solids. Industries use a large number of chemicals which ultimately results in the generation of Sludge. E-Oxidose are capable to degrade the suspended solids in the pre chemical tank resulting in a nominal quantity of solids which are to be treated by the use of the nominal quantity of chemicals. Due to the lesser consumption of chemicals, there is a reduced generation of sludge. This also reduces the chemical cost

Ensures Proper Treatment Even In The Absence Of Aeration

Our EM being facultative in nature does not become totally ineffective and continues to degrade the organic load.

Reduces Electric Consumption

It is also observed that intrinsic bacteria act on the organic matter at a slow rate and their oxygen uptake rate is also high, requiring a high level of Dissolved Oxygen for survival while E-Oxidose require just 0.5 mg/l of DO for survival there by reducing the aeration cost

No Need To Dose Urea, Dap And Other Nutrients

Nutrients are only added to provide food to the intrinsic bacteria which are consumed by both effective and non-effective bacteria thereby not ensuring the proper count of effective and usable bacteria.

Easy To Use

E-Oxidose Is Available In Ready To Use Nature And Need No Further Additions Like Jaggery Etc

Other Varieties :

Aerobic Digestion for Effluent Treatment Plant
Effective Microbes for Septic Tank Treatment
Effective Microbes for development of MLVSS
Effective Microbes for Composting
Effective Microbes for Anaerobic Digestor
Oil & Grease Degradation
Hydrocarbon Degradation especially in Automobile Sector
Effective Microbes for Soil Fertility and Crop Production
Nutrients for Biomass
Effective Microbes for treatment of Drain
Above data is compulsory to understand your requirement and to proceed further.