Xerodorp uses advanced oxidation process and treats waste waters without using bacteria and chemicals. very interesting presentation for high COD BOD value waste waters.
2. Sewage Treatment- Present Approach
๏ผBiological treatment for sewage
๏ผBio-Methanation
๏ผBio-Composting of solid sludge
However
๏These approaches are not sufficiently effective
๏Statutory requirements are not fully complied
3. Limitations of Conventional
Microbial Treatments for STP
โผ Dependency on โmoodโ of microorganisms
โผ Large land requirement
โผ Inconsistency of results due to multiple factors
โผ High maintenance costs
โผ Depletes atmospheric oxygen, generates green house
gases
โผ Spreads pungent smell, large quantity of solid sludge
โผ Most of the plants are not scalable
4. Sewage Treatment โ
The Novel Approach
Aeolus now presents
XERODROP
The modern approach
Based on
One Century old Faradayโs Laws
5. XERODROP - Introduction
โข Based on Electro-Chemistry
โข Advanced approach to time tested
principles
Proven
Technology
โข Team of distinguished Technocrats
โข Three years of R&D
โข Successful Pilot plant
demonstration
Core
Competence
6. XERODROP- Advantages
๏ผ Effective removal of pollutants
๏ผ Always dependable
๏ผ >90% water recovery for recycling
๏ผ No smell, no noise, compact size
๏ผ No chemical addition
๏ผ Simplicity in operations, Low O & M Cost
๏ผ Low solid sludge generation
๏ผ Recovery of valuable soil nutrients from solid sludge โ
revenue generation
8. XERODROP โ Results Pilot scale
Parameter Typical DSW XERODROP
Treated
DSW
CPCB
Norms
Colour Dark Brown Colorless Acceptable
pH 4.0 โ 4.2 5.9 โ 6.9 Acceptable
COD 140000 - 160000 0-500 <99% load
reduction
BOD 60000 -70000 0-30 <99%
load reduction
Total Solids TSS 160000 - 210000 >100 Acceptable
Total volatile
solids
80000 - 90000 >20 Acceptable
Conductivity Not measurable 89.92 mmhos Acceptable
9. Distillery Spent Wash Effluent-
The Challenge
โข Distilleries fermenting sugar cane molasses generate 8 -
15 liters of waste water per liter of ethanol produced.
โข The Distillery spent wash (DSW) is characterized by
being:
๏Highly acidic
๏Very High BOD and COD
๏High recalcitrant organics with dark colour and severe
pungent smell.
๏High concentration of recalcitrant COD persists even
after both anaerobic and aerobic treatments.
๏Melanoidins and Polyphenolic complexes formed
during fermentation is not easily decomposed by any
conventional treatment
12. XERODROP Process Block Diagram
Effluent A
From various collection
points
Effluent B
From various collection
points
Screening
Equalization tank
XERODROP Reactor -1
Clarifier
XERODROP Reactor -2
Settling tank
Activated carbon filter
Pressure sand filter
Treated effluent
Solid
Sludg
e
17. Xerodrop Infrastructure
for drinking water from sewage
โข Sewage can be converted to drinking water if
appropriate infrastructure is created
โข Singapore recycles sewage to drinking water
โข Stringent quality assurance is required
18. Sewage to drinking water concept
Sewage
Screening
Equalization
Xerodrop 1 Filtration
Xerodrop 2
Desalination
Ultraviolet
Treatment
Electro-
chlorination
Drinking
water
IS standard
NABL accredited
Quality Control
Laboratory
19. XERODROP โ Way forward
โข XERODROP Technology is tested on various
industrial effluents including power plants,
fertilizers, pharmaceuticals, service stations,
textile, dairy, Municipal STP, and many more
โข Controlled treat ability test on a Pilot plant is
advisable for all specific industrial effluents.
โข Pilot plant of Xerodrop is available for
technology demonstration at nominal charge.
20. Thank You!
For more details please contact:
Mr. Niraj Mithani โ Director
Aeolus Sustainable Bio-energy Pvt Ltd
LG-15, Dada Bhagwan Complex, Nr. Kamrej Char Rasta,
SURAT. Gujarat. India.
Cell: +91 96386 45301 // 98250 77613
Email: aeolus.bioenergy@gmail.com
info@aeolusbioenergy.com
Web: www.aeolusbioenergy.com