1. BIONICS ENVIRO TECH
Advanced Technologies for Biological Treatment
Innovated & presented
by
Dr.M.Parameswari Ph.D Agri.,
Managing Partner

2. About BIONICS ENVIRO TECH
Our web site: www.bionicsenviro.com
Registered & Head Office: Namakkal, Tamilnadu,
India
Branch Offices : Perundurai,Tiruppur,
Chennai, Hosur, Bangalore
Manufaculturer : Authorized scientific manufacturer
of microbial bioculture for
Effluent Treatment Plant & STP

3. Our vision
To be globally recognized as the first innovative technology in delivering energy efficient biological
treatment system for waste water treatment.
Our mission
To deliver to all the people of the world the most environmentally responsible, affordable and
effective water treatment systems
Our strategy
To transfer the Innovative Research Technologies to the industrial wastewater treatment Plants
and to Save Energy, the most useful and cost effective waste water treatment systems
Our values
Innovation is the cornerstone of our business. We place the highest priority on encouraging,
developing, supporting and training our people to be the very best in the industry
Our customers are the ultimate judge of our performance and we strive to be recognized as being
the best in the industry
We demand honesty, integrity, ethical and professional behavior in all that we do.

4. What is NANOZYME ?
• “NANO-ZYME” which are Effective Microbes (EM)
contain multiple strains of aerobic and facultative
anaerobic microbes, which are selected for their
compatible, symbiotic metabolic pathways based on
different industrial effluent characteristics.
• NANOZYME products are manufactured from a unique
solid state fermentation (SSF) process of selected cultures
of beneficial bacteria and fungi.
• Available Form: NANOZYME is Semisolid Form
Mixture of beneficial microbes which are 40-62
different strains of bacteria based on Effluent
characteristics.

5. Research and Development in
Laboratories
• In BIONICS ENVIRO TECH, we step new paths and
break new foundation with technological excellence.
• Our products are formulated with intensive
Research and Development which suit specific
needs of customers.
• Products are manufactured with stringent laboratory
standards incorporating modern equipments using
international formulas - to achieve ISO- 9001
standards and NABL accreditation for laboratories.

6.  Seeding a new treatment plant with NANOZYME, to ETPs
and STPs reduces the commissioning time to a great
extent
 Cultures grow in either the aerobic and anaerobic
conditions
 Low treatment cost and Increases efficiency of the
sewage treatment plant and saves energy costs.
 Non-corrosive, non-pathogenic and low quantities
of use, making it safe and easy to handle and store.
 Results meet criteria for new Pollution Control norms.
 No design or process modifications required.

7. • Microbial cultures are the only method that can
eliminate the waste problem. They are living
organisms that continually adapt and grow in the
system. They consume the waste, chemicals,
medicals; they do not move it from one place to
another.
• Our products are based on the latest advanced
technology in biotechnology designed to meet the
requirements of specific waste water treatment
problems.
• Specially selected and acclimated strains of
microorganisms supplied in NANOZYME microbial
enzyme products produce millions of times the
levels of organic digesting catalysts produced by
wild type of microorganisms found naturally in
various waste.

8. Role of NANOZYME in Waste water
treatment plants
• NANOZYME effectively treats the suspended and floatable organic debris.
• Reduces COD (Chemical Oxygen Demand),
• Reduces BOD (Biological Oxygen Demand),
• Reduces TSS (Total Suspended Solids)
• Combination of various strains will successively promotes the growth of
bacterial population, break down and digest the waste in both aerobic and
anaerobic conditions to a far greater degree than single microbial strain.

9. Reaction of microbes with pollutants
• Bacteria break down organic matter into simple compounds like
carbon dioxide and water, and they cycle important nutrients such as
nitrogen, sulfur, and phosphorus.
• The enzymes enable the microbes to use the organic contaminants as
sources of energy and/or as reproductive building blocks.
• Bacteria can migrate to areas that are rich in specific nutrients that
they require for growth. Bacteria can also attach themselves to
surfaces and form communities known as biofilms.

10. Merits of using NANOZYME
Reduction of Up to 95% reduction in BOD & 90% reduction in COD load,
TDS, Inorganic, organics and heavy metals
• Reduction in chemical uses
• Reduces the energy consumption especially reduce the aeration time and
number of aerator.
• Zero sludge
• Reduction in Color and odor of the effluent.
• No messy cow dung handling
• Improved Anaerobic digester efficiency .
• Biomass performance even under high TDS.

11. Nanozyme contains 35 different bacterial strains, each selected for its
efficiency at degrading certain waste materials. With the bacterial
product, the content of the waste stream determines how many enzymes
are produced, in what sequence, at what concentration, and for what
duration.
• The bacteria function as millions of tiny enzyme factories to produce
the correct balance of degradative power.
• This formulation has been derived after a 20 yr long trial and error
process. It has been specifically formulated to break down through
aerobic and facultative anaerobic action, all the biodegradable
substances in the wastewater. It is also formulated with H2S degrading
bacteria and able to work in a pH range of 2.0 to 13.0.
•

12. How do bacteria break down any molecule?
•
Bacteria have the capability of producing many different types of enzymes
that degrade a wide variety of organic materials such as fats, oils, cellulose,
xylan, proteins starches and all chemicals.
• The polymers that must be reacted with more than one type of enzyme in
order to be efficiently degraded to their basic building blocks.
• Bacteria can produce the complete "team" of enzymes that are necessary to
degrade and consume the organic materials present in their environment at
any given time.
• Bacteria can adapt to a range of conditions and food supplies. They
can change the type of enzymes that they produce if the food source
changes.
• They can protect themselves from changes in environmental
conditions by forming colonies, biofilms, or spores.

13. How quickly do high enzyme producing bacteria and in
what quantities?
Production of enzymes begins as soon as the bacteria begin to grow. The
cells must obtain nutrients from their surroundings, so they secrete enzymes
to degrade the available food.
The quantities of enzymes produced vary depending on the bacterial species
and the culture conditions (e.g., nutrients, temperature, and pH) and growth
rate. Hydrolytic enzymes such as proteases, amylases, and celluloses, etc. are
produced in the range of milligrams per liter to grams per liter.
Bacteria can grow very quickly, doubling their populations in as little as 20-
40 minutes. In some applications, it is common to "boost" bacterial
colonization

14. Activated Sludge Systems
NANOZYME APPLICATION
Untreated
Discharge
Aeration Tank
Clarifier
Recycled Sludge
Biomass (Secondary
Sludge)
Clean Water
O2 CO2

16. NANOZYME

17. WHERE THE NANOZYME TO BE USED?
• Areas in which the NANOZYME can be used;
Activated sludge treatment plants
Aerobic treatment plants
Package sewage treatment plants
MBR (Membrane Bio Reactor)
Anaerobic treatment plants
Fixed Film Anaerobic Reactor
Up-Flow Anaerobic Sludge Blankets Reactor
Hybrid Anaerobic reactors
Up gradation / Operation & Maintenance of Effluent
Treatment Plant
Trickling Filters
Septic Tanks
Sludge Pits
Grease Traps
Clarifiers
Collection Systems
Anaerobic Digester for solid waste

18. Industrial Application of NANOZYME
• Chemical industries
• Textile units
• Pharmaceutical units
• Sugar and Distilleries
• Food processing units
• Petrochemical Industries
• Fertilizers and Pesticides
• Refineries
• Milk, Dairy and Cheese
processing units
• Paper and Pulp mills
• Breweries, Wine and Alcohol
plants
• Solvent extraction units
• Tanneries
• Leather processing units
• Common Effluent Treatment
Plants (CETP)

19. Methods of Application
• Dosage : 1 -2 ppm (It will vary depends on COD, BOD,
TDS & Nutrient status of the Effluent).
• Effective temperature : Min. 10, - 60 °C
• Effective pH range : Min. 3 - 12
• Shelf life : Min one year

20. NANOZYME -Dosage Details
• Stock Solution preparation
Based on our dosage recommendations, calculate the required
quantity of our NANOZYME solid form
• After that based on COD reduction, we will reduce the dosage of
required amount.
• Our microbial growth proliferation is depends on environment
conditions like temp, pH etc. arise in aeration tank.

21. Important about Nanozyme
• NANOZYME, when added helps to
• Population “ > 5 billion per milli gram”
• Sludge volume will be reduced more > 90%, as more solids are
degraded
• Improve Effluent treatment & Reduce Odors
• Fast Start-ups & Bacterial Oxidation of the phase will be faster and
more complete
• Effluent water standards will be met more consistently, helping to
maintain a clean environment
• Do Not Freeze & Store in a cool dry location
• Do not inhale dusts, avoid excessive skin contact
• Do not chlorinate frequently
• 1kg. Supplied in plastic cans and also Bulk 12.5, 25 and 50 kg.
Carboys.

22. Complementary Services . .
• NANOZYME can solve the most complex wastewater treatment.
•
• Our experienced doctorates , professionally-trained staff and well
equipped laboratory facilities are available to provide a wide range of
services, including Treatment Plant
• Assessment, Microscopic Biomass Examinations, Chemical Analysis,
Bio-treatability Testing, Wastewater Toxicity Testing, Bioremediation
Studies and Process Scale-up, Process Design and Development.
• Our production facilities and services are available at an hour of reach
to support you!

23. ARE REGULAR MAINTENANCE APPLICATIONS
REQUIRED?
• Usually yes. The augmented microbes may die out or be
present in too low a number after a period of low influent
concentration to be effective when the waste strength
increases rapidly.
• Other conditions (pH, temperature, waste flow rate, alkalinity)
will also vary causing fluctuations in the population dynamics
(relative numbers of different microbes) of the system.
• For these reasons, regular maintenance application is
recommended in almost every case.
• Some exceptions are required for start-up assistance and one-
time batch operations. For longer term batch wise treatment
re-inoculation is required as site conditions change.

24. NANOZYME for composting of solid waste
• Range of products available for all type of
solid waste
• Municipal solid waste
• Industrial sludge composting
• Agricultural waste composting

25. About Dr.Parameswari PhD agri Enviro.,
Dr.M.PARAMESWARI Technical Director - Ph.D., in
Agricultural Science from Tamilnadu Agricultural University
with specialization in Industrial Wastewater treatment heads
the operations of the Company.
Dr.M.Parameswari has nearly 17 years experience in
university research, monitoring of industrial effluent
treatment plants.
• Research Paper Publication -International – 20,National –
16
Awards & Medals: ICAR -2001, University Grant Commission
–NET June 2003 &December 2003, Agricultural Scientist
Award- 2004 June, UGC PDF- 2014.

26. Publication: The Times Of India - Chennai; Date:2009,May
28;Section:Times City; Page Number: 4
• ‘I use my knowledge gained during my PhD to recycle effluents’ Parameswari
Shasikuma... Page 1 of 1,
• Publication: The Times Of India - Chennai; Date:2009 May 28;Section:Times
City; Page Number: 4
• ‘I use my knowledge gained during my PhD to recycle effluents’
• Parameswari Shasikumar opted to be in the field, so she did not take up the assistant
professorship offered to her by the Tamil Nadu Agricultural University. “I have cleared the
national eligibility test required to become an academic, but am interested in doing service on the
industrial side,” says the 29- year-old. She has done her B Sc Agriculture and M Sc and Ph D in
Environmental Science in TNAU. Her Ph D thesis was on solid and liquid waste management. “I
still use the knowledge I gained during my PhD to develop microbial enzymes to recycle
industrial effluents,” says Parameswari, who has worked in the industrial consultancy and
research department of R V S Institute in Thanjavur and as the R&D head at J B Nag Water
Technologies, a waste treatment company. She says she has also done a performance audit
report for the Pollution Control Board under former director Dr Rayudu. She is currently working
as project manager in Exnora International and also does consultancy work for water treatment

27. Contact Our Technical Team
Dr.M.Parameswari PhD Agri Enviro.,
Technical Director
mobile : 9566376690
Mr.K.Sasikumar
Managing Director
mobile: 8220227745
Email
drparams2014@gmail.com
kshasikumar@hotmail.com