The Board of Regents (BOR) oversees the University System of Georgia, which includes 26 public colleges and universities. It is composed of 18 members, 5 of which are appointed from each of the state's congressional districts, while the others are appointed at-large. The BOR is responsible for setting policy and approving budgets, new academic programs and campus master plans for the public higher education system.

1. BOROŹYME TECHNOLOGiES
Presents
BOROŹYME ¦ D ‘DWE – Series’
Concept Presentation on :
Sewage Treatment Enzymes
Septic Tanks ¦ Municipal Sewage ¦ Farm Effluent ¦ Industrial Effluent ¦ Dairy
Nucleation Center Marketed by Large-Scale Production

2. INTRODUCTION.
 BORON INNOVATIONS PVT. LTD., Bhavnagar is an identity
created by panel of high qualified specialized
scientists, whose aim is to protect and deliver the
environment, with Nucleation Center at CHARUSAT
University & Large - Scale production at DHARA
BIOTECH, innovative Enzymes Technology has been
developed for disposal of sewage wastes, making earthen
roads and constructing low cost earthen mud houses.
 Company’s Vision is to make this technology reach ‘the
common people’. Go Green With
Bio-Enzymes

3. MODERN LOW COST SOLUTIONS
TO EFFLUENT MANAGEMENT
• Septic tanks
• Municipal sewage
• Farm effluent
• Industrial effluent
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Bio-Enzymes

4. ABSTRACT:
 Enzymes are natural occuring proteins
 They are catalysts – they increase the rate of chemical
reaction
 Enzymes can dictate a reaction in such a way as to
allow only certain bacteria to grow while other
bacteria are killed and digested
 They are selective – they can be ‘designed’ to convert a
certain type of nutrients or material into more
beneficial material
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Bio-Enzymes

5. ABSTRACT:
 All protein gradually decomposes through chemical
reaction
 The introduction of ‘designer’ enzymes can increase
this reaction speed millions of times and produce
specified end products.
 Our enzyme technology reduces specific undesirable
proteins, fats, oils and greases to acceptable levels
for introduction to wetland filtration areas without
costly aeration or further processing.
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Bio-Enzymes

6. Abstract for the proposed technology & its wide applications in treating
various types of wastes:
 It’s a low cost solution to treat  Our enzyme technology reduces
waste from septic tanks, farm specific undesirable
effluent, industrial effluent & proteins, fats, oils & grease to
municipal sewage. acceptable level for introduction
to wetland filtration areas without
costly aeration or further
 Use of selective enzymes for processing.
speeding up the degradation
reaction of waste which starts at
the source & in pipelines before it  Specific active enzymes reduce
reached a central collection point sludge & foul odour.
ETP (Effluent Treatment Plant).
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Bio-Enzymes

7. Abstract for the proposed technology & its wide applications in treating
various types of wastes:
 Helps in reducing corrosion in pipes
by preventing undesirable bacterial  Our enzymes are capable of
build-up & reduction in total withstanding exposure to harsh
suspended solid load for the chemical used in bathroom & toilet
effluent treatment plant. cleaning.
 Existing sludge is drastically reduced  Reduces the BOD (Biological Oxygen
thus reducing pump outs from septic Demand) for high value
tanks. effluents from a range of 1100-1500
mg/lit. to 10 mg/lit.
 Fully treated waste water can be Go Green With
directly used for irrigation. Bio-Enzymes

8. Abstract for the proposed technology & its wide applications in treating
various types of wastes:
 The process has no energy  Adaptive & flexible design to
dependency as no propelled match population growth
aeration required. demands.
 At least 40% reduction on capital  Starts its effective degradation
investment & drastic reduction in from the first day irrespective of
maintenance costs. the in-flow.
 Easy to install & operate  Eco-friendly enzyme technology
technology. with no harmful side effects
known.
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Bio-Enzymes

9. Septic Tank Treatment
For The Treatment Of Sewage Waste Water In
Septic Tanks in Rural Areas or residence
outside corporation limits.
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Bio-Enzymes

10. Septic Tank Treatment - INTRODUCTION
 Specific supply easy to use treatment packs for individual septic
tank treatment.
 These enzymes can be supplied in a bio degradable jute bag for
direct insertion into the septic tank system.
 There are 3 standard sizes available–
 Small - to treat up to 2000 litres/day
 Medium - to treat up to 5000 litres/day
 Large – to treat up to 10,000 liters/day.
 Each bag lasts 4 to 6 months if inserted directly into the effluent
tank.
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Bio-Enzymes

11. HOW TO USE:
 For initial treatment hang 1 bag directly into the centre of
the tank fully submersed in the liquid effluent.
 Suspend another bag in the intake flow line so incoming
effluent washes over the bag each time it enters the septic
tank.
 For ongoing treatment simply replace the bag in the main
chamber or effluent line every 4 to 6 months.
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Bio-Enzymes

12. CHARACTARISTICS
 Works perfectly for intermittent use.
 Forestry camps, D.O.C. Huts, school camps, ‘long drops’, holiday batches.
 By placing the treatment bag directly into the inflow line, the sewage is
being treated as it enters the tank.
 When there is no flow into the tank, the enzyme remains dormant while
the enzyme previously introduced to the tank will continue to stimulate
reaction.
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Bio-Enzymes

13. The effect of this treatment will be -
Most ‘sessile’ – sludge forming bacteria will be overtaken by ‘Planktonic’ –
free flowing bacteria.
Sludge in the system will be dramatically reduced.
Foul odors will be eliminated.
Pump outs will be reduced considerably
The fully treated waste can be pumped directly onto the land for irrigation.
The enzymes are capable of withstanding exposure to many harsh chemicals
used in bathrooms and toilet cleaning.
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Bio-Enzymes

14. Enzyme Pack
 The Enzymes present in the packs are able to
withstand exposure to several harsh chemical
present in Domestic cleaners.
 Packs are designed for sustained release of
enzymes, even an occasional
overdose/exposure to disinfectants will not
affect its working.

15. SIMPLE INSTALLATION POINTS
Placement for
Intermittent use
Treated grey water
For irrigation
Placement for
Full time use.
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Bio-Enzymes

16. Use of ILD system in non-piped sewage water
treatment (Septic tanks)
 Tailor made Enzyme packs designed to treat waste
waters of stand alone septic tanks receiving upto 5000
liter per day.
 To be placed at the inflow of the septic tank or simply
submerging a pack in the septic tank’s first chamber.
 Will remove foul odors and sludge buildup.
 Has to be replaced every 6 months.

17. INLINE DIGESTION (ILD) - ABSTRACT
For The Treatment Of Sewage Waste Water In
Urban Areas
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Bio-Enzymes

18. INLINE DIGESTION (ILD) - ABSTRACT
 This process propagates specific active enzymes to override
the formation of undesirable bacteria that contribute to
sludge build- up and foul odors in septic tanks and pipes.
 Corrosion in pipe work is reduced and foul odors in the
system are eliminated.
 Enzyme sustained release packs are place in the system
and bacteria conversion starts to take place immediately.
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Bio-Enzymes

19. Characteristics
 Raw sewage contains mostly ‘sessile’  These enzyme packs promote the growth
Bacteria – they are not free swimming - of a number of different types of
they prefer to grow in fixed colonies in Planktonic bacteria at phenomenal speed.
pipes.
 These ‘good’ bacteria multiply and
 This bacteria is the source of fat and consume the nutrients (contaminants) in
sludge build up in the pipe work and the waste water – starving the
ponds causing foul odors and corrosion. undesirable sessile bacteria that build up
and cause sludge.
 ‘Planktonic’ bacteria are also present in
lesser numbers. They are free swimmers  Result – clean pipe work reduced odor
and multiply quickly. and pre-treated sewage to the settling
Go Green With pond with far less sludge build up.
Bio-Enzymes

20. ADVANTAGES OF THE ILD SYSTEM:
 The technology provides a means to pipelines, the risk of choking due to
treat the waste before it reaches the organic matters is
ETP unit, i.e., the waste is digested in minimized, allowing for the free
the underground sewerage network. following of silts and other
nonbiological waste. This can save
manual labour hours and equipment
 The digested waste does not usage for pipeline cleaning by upto
produce any foul odours or corrosive 50%.
substances, thereby extending the
life of the sewage pipelines, and
decreasing the maintenance cost.  At the ETP, there is no requirement
of aeration or other chemical
Go Green With treatments, thereby reducing
Bio-Enzymes
personnel requirement.

21. ADVANTAGES OF THE ILD SYSTEM:
 The technology make use of the  Water exiting from the ETP unit can
existing sewerage pipeline be used directly for farm irrigation or
setup, there is no requirement of even as animal drinking water.
additional equipment.
 The spread of pathogens and
 The water scrubbing unit proposed pathogen carriers such as
to be set up in the existing ponds at cockroaches are brought under
of the ETP unit, do not require control.
electricity to be operated, and also
will provide for vegetative biomass
that can be converted to either  ‘Cost of project can only be
fertilizer or biogas. provided after scrutiny of the
parameters under which the project
is to be implemented.’
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Bio-Enzymes

22. ILD Proposes:
1. Reduce the toxicity or negative impact of
the Domestic waste water.
2. Treatment starts at source, in pipelines
before it reaches central collection point.
3. Waste water is transformed to safe
irrigable water.

23. Domestic Waste Water : Prime Concerns
 Biological Oxygen Demand & Chemical
Oxygen Demand
 Suspended Solids
 Nitrogen
 Phosphorus
 Coliforms

24. Existing Domestic sewage treatment plants:
 Capital intensive technology
 Limited to design parameters – can’t treat beyond
stipulated limits
 Energy dependent
 Can’t keep pace with ever increasing population
 High maintenance technology
 Subject to depreciation and corrosion
 Requires highly qualified personnel

25. Compare Enzyme Technology:
 Needs 40% less capital investment in comparison
 Adaptive and flexible designs to ongoing changes
 Elimination of Energy dependency
 Easy to install and operate technology
 Decentralized in a way to match population demand
 Significantly lower maintenance
 Enhance the life of installed pipelines

26. Advantages – At a glance
 Sharp reduction in foul odors and corrosive gasses.
 Improved pipeline flow, reduced maintenance
 Decreased total suspended solids – Increasing
biodegradability.
 Reduced treatment plant sludge.
 No need for pond aeration.
 Output water can be used for direct irrigation.
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Bio-Enzymes

27. Inline Digestion Enzyme Packs
Working In The Underground
Sewage System.
EXISTING AERATION POND
Waste in the pipelines is
being digested by the enzyme Reed beds will remove TSS and
prior to entry to the aeration Dissolved N and P
ponds
Position digestion enzyme packs
At critical junctions in the system
At this point water can be recycled
for irrigation

28. ILD and Reed bed treated water:

29. Present day Waste Water Flow and
Treatment
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Bio-Enzymes

30. In-Line Digestion Enzyme pack working in the
Underground Sewage System
FAT/S and
Facultative
Positioning of In-Line logoons to remove
Digestion Enzyme pack TSS and dissolved
either at exit from source or
at critical junctions of the Waste in the underground sewerage N and P
pipeline pipeline is digested by the enzymes
of the In-Line Digestion Enzyme pack Water can be
unit recycled for
irrigation

31. Visual confirmation of Product Installation for
5000 ltr septic tank
BOROŹYME
Before Installation After
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Bio-Enzymes

33. Test Protocol followed: ASTM D1252-01
Chemical Oxygen Demand of Waste in water under controlled environment
Control (Natural Degradation) vs. BoroŹyme¦D ‘DWE-2000A’

34. Results:

35. Results:

37.  Objective of the test: To stimulate and understand
effectiveness of sewage treatment enzyme packs
to digest organic waste in a controlled
environment.
 Interpretation of the result: It can be seen that
sustained release enzyme digester packs process
more waste in same unit time.

38. Farm Effluent Treatment
For The Treatment Of Effluent On Farms
And Dairy Factories.
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Bio-Enzymes

39. Farm Effluent Treatment - INTRODUCTION
 The enzyme used to treat human waste comes from the protein.
waste is the same as is used for  As it decomposes it coverts to
cattle waste Effluent from farms as nitrates – then nitrogen gas but the
well as dairy processing plants can process is slow.
be treated.
 Constructed wetlands using tall
 At present we are reducing dairy fodder grasses is the most efficient
factory effluent with a BOD value of way to remove nitrates and
1100-1500 mg/lt to 10 mg/lt. phosphates
 No need for pond aeration.  Dairy factory milk by-product is
 Output water can be used for direct reduced using enzymes and
irrigation. wetland filtration in a highly
 Nitrogen from dairy/dairy factory alkaline format.
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Bio-Enzymes

40. FARM OR DAIRY FACTORY EFFLUENT
TREATMENT SCHEMATIC
Exit water without
Waste water Green fodder plants
From diary To absorb ‘n’ and ‘p’ ‘n’ and ‘p’ or solids –
Use for direct irrigation
First tank to enzymatically
Reed bed filled with permeable material
Treat waste water – size will
Like sand and gravel. Grow n and p absorbent
Depend on flow / volume of
Plants like corn and other fodder grasses.
Water per hour.
This also acts as a filter to remove any and
All suspended solids.

41. PROJECT COLLABORATORS
Go Green With
Bio-Enzymes
www.boroninnovations.com
contact@boroninnovations.com
Skype: boroninnovations
+91-990-451-4703
Thank You and have a pleasant GREEN-DAY ahead..!!