1.
TrashToTreasure
AHUJA
ENGINEERING
SERVICES
AES
provides
advanced
technologies
and
services
that
support
the
efficient
design,
supply
and
operation
of
waste-­‐to-­‐energy
plants
and
biogas
processes.
Environmentally
secure,
turn-­‐key
solutions
are
provided
to
industries,
commercial
set-­‐ups
and
institutes
to
process
their
organic
wastes
and
replace
their
EB
power,
diesel
power
and
LPG
consumption.
OUR
SERVICES
&
PRODUCTS
ü Sustainable
waste
management
ü Bio-­‐methanation
based
turn-­‐key
solutions
ü Tailor
made
solutions
for
urban
waste
to
heat
for
replacing
LPG
ü Biogas
to
electricity
generation
projects
ü Tailor
made
scales,
capacities
and
engineering
optimization
ü O&M
of
plant
or
training
on
O&M,
on
client
need-­‐be
basis
ABOUT
AES
With
more
than
25
years
background
in
industrial
electrical
contracts
and
consulting,
AES’s
current
focus
is
Organic
Waste-­‐to-­‐Energy.
We
provide
decentralized
&
sustainable
bio-­‐
methanation
based
solutions
and
EPC
services
for
waste
management
and
renewable
energy
generation.
AES
delivers
highly
reliable,
sustainable
and
environmentally
responsible
solutions.
The
multi-­‐
disciplinary
teams
of
AES
design
and
build
customized
renewable
facilities.
Our
experience
in
project
execution,
consulting,
environmental
services,
engineering
and
economics
covers
the
full
range
of
renewable
options
to
help
clients
craft
solutions
with
maximum
returns.
ISO
9001:2008
Certified
WASTE
–
TO
–
ENERGY
TECHNOLOGY
PARTNER
CSIR-­‐Indian
Institute
of
Chemical
Technology
(IICT)
HYDRERABAD,
INDIA
AHUJA
ENGINEERING
SERVICES
PVT
LTD
3017
Emerald
House,
S
D
Road,
Secunderabad
-­‐
500003
Website:
www.aespl-­‐india.com,
Email:
ahuja@aespl-­‐india.com
Our
waste-­‐to-­‐energy
solutions
deliver
a
cost-­‐effective
means
of
reducing
waste
while
producing
a
reliable
fuel
and
energy
source
that
can
help
you
meet
―
or
even
exceed
―
your
sustainability
goals!
Kitchens
with
large
scale
operations
are
discovering
that
converting
their
organic
wastage
into
green
energy
can
improve
operations
and
profits
-­‐
An
on-­‐site
system
can
deliver
the
heat
needed
to
replace
LPG
or
power,
partly
or
fully
while
supplying
a
rich
liquid
and
solid
fertilizer
as
a
by-­‐product.
Enhance
green
image
Reduce
carbon
footprint

2.
SEGREGATED
KITCHEN
WASTE
TREATMENT
–
T3
‘Trash
To
Treasure’
Plant
Model
No.
Kitchen
Waste
(Kgs/day)
Average
Biogas
Generation
(m3/day)
*
Equivalent
LPG
Replacement
(Kg/day)
Commercial
LPG
Cylinders
14
KGs
–
Replacement
(No./day)
T3
-­‐
300
300
35
-­‐
40
15
~1
T3
-­‐
500
500
60
-­‐
70
30
~
2
T3
-­‐750
750
90
-­‐
100
40
~3
T3
-­‐
1000
1000
120
-­‐
140
55
~4
T3
-­‐
1300
1300
150
-­‐
175
70
~5
• With
ambient
temperature
above
35
degree
Celsius.
• Biogas
production
is
subject
to
variation
depending
on
the
ratio
of
cooked
food
to
uncooked
food.
The
above
readings
are
based
on
the
aassumption:
waste
composition
–
70%
cooked
food
waste
+
30%
uncooked
waste,
vegetable
peels
and
rejects.
• If
100%
cooked
food
waste
is
used,
biogas
production
will
be
20%
higher.
Key
Features:
ü Compact
design
–
Plug-­‐and-­‐Play,
Quick
installation
and
plant
start-­‐up
ü Modern
anaerobic
digester
design
ü Odorless
and
noiseless
performance
ü Special
culture
(bacteria
consortium)
seeding
in
AD
for
faster
plant
start-­‐up
and
high
waste
break-­‐down
efficiency
ü Designed
to
handle
multiple
biodegradable
feedstock
including
fruit
&
vegetable
peels,
cooked
food
waste,
used
kitchen
oil/grease
&
garden
waste
ü Far
superior
to
conventional
bio-­‐digesters
in
terms
of
–
overall
performance,
safety,
plant
life
and
efficiency,
ease
of
operation
and
maintenance
ü Digested
slurry
is
highly
stabilized,
neutral
pH,
odorless
and
very
high
ü Produce
heat
–
directly
replace
LPG
ü Produce
high
quality
fertilizer
as
a
by-­‐product
–
highly
stable,
neutral
and
rich
in
plant
nutrients
ü Manage
waste
better
–
improve
hygiene
and
health
through
this
scientific
waste
disposal
system
ü Receive
environmental
benefits
–
reduce
effects
of
green
house
gasses.