- Green Light Energy Solutions Corp. is a company that has developed a patented waste conversion pyrolysis technology to efficiently treat municipal solid waste and generate electricity. - Their technology emits very low toxins, produces no solid waste for landfills, and can generate 5.5-7 MW/h of electricity per system. - The company is seeking partners to jointly invest and commercialize their technology through a demonstration plant and pilot facility in the US, with the goal of manufacturing and selling full waste-to-energy plants globally.

1.
Green
Light
Energy
Solutions
Corp.
To
learn
more,
visit
www.glescorp.com
|
info@glescorp.com
|
+1.415.834.9434
220
Lombard
St.
Ste
823
San
Francisco,
CA,
94111
What
is
Waste
Conversion
Pyrolysis?
WCP
is
our
patented
thermal
waste
treatment
and
Waste-­‐to-­‐Energy
(WtE)
conversion
technology
and
equipment.
Our
field-­‐tested
305
MSW
tons/day
(~100
000
tons/yr)
industrial-­‐scale
system:
• Emits
fume
gas
free
of
toxins
(over
100
times
less
dioxins
and
furans
than
USA
EPA
2010
norms
for
incineration
facilities)
and
outperforms
competing
thermal
WtE
technologies
(certified
by
SGS
S.A.
in
2012);
• Yields
no
solid
waste
to
go
to
landfills
(0-­‐10%
of
non-­‐hazardous
char
depending
on
MSW
composition
and
char
utilization;
incineration
leaves
up
to
40%
of
hazardous
residue);
WCP
yields
no
liquid
tars;
• Can
power
a
backing
steam
turbine
to
generate
5.5-­‐7
MWŸh
of
for-­‐sale
electricity
per
system;
• Unique
design
features
(US
Patent
8328993
B2,
EU
03818071.4,
Russian
Federation
Patent
2380615)
and
specially
developed
processing
chamber
alloy
allow
non-­‐stop
operation
with
only
one
day
month
visual
check-­‐
up/maintenance
service
stop.
Market
Opportunity
With
the
world
facing
dramatic
population
growth,
rapid
urbanization,
rising
levels
of
affluence,
and
resource
scarcity,
WtE
is
reestablishing
itself
as
an
attractive
technology
option
to
promote
low
carbon
growth.
Processing
of
1%
of
MSW
generated
in
the
USA
can
be
accomplished
with
23
WCP
systems.
Current
Position
GLES
Corp.
is
a
San
Francisco,
California
based
equipment
engineering
and
manufacturing
company.
GLES
Corp.
has
developed
and
field-­‐tested
a
pioneering
industrial-­‐scale
high-­‐temperature
pyrolysis
waste
treatment
and
Waste-­‐to-­‐Energy
(WtE)
conversion
technology
and
equipment.
Competitive
advantages
of
GLES
Corp.’s
solution
are
rooted
in
equipment’s
operational
efficiency,
low
running
costs
and
providing
true
environmental
safety.
GLES
Corp.
primary
focus
is
on
commercialization
of
Waste
Conversion
Pyrolysis
technology
and
manufacture
of
equipment
in
the
USA
for
future
expansion
to
world
markets.
Company
currently
invites
Partners
to
join
GLES
Corp.
in
this
goal.
To
establish
a
long
lasting
successful
Partnership,
GLES
Corp.
expects
the
Partner
to
co-­‐
invest
in
equal
share
into
the
Joint
Venture
business
to
maintain
balance
of
interests
and
efforts
in
this
partnership.
GLES
Corp.
strategy
excludes
participation
in
waste
management
facility
operation
business.
Therefore,
GLES
Corp.
will
participate
in
projects
during
the
technology
demonstration.
At
this
point,
the
facility
should
either
be
purchased
from
the
Partners
by
a
Strategic
Investor
(e.g.,
a
waste
management/energy
generation
company),
or
the
Partner
purchases
GLES
Corp.’s
share
in
the
project
should
the
Partner
decide
to
stay
as
a
facility
owner.
Quick
Facts
Worldwide
municipal
solid
waste
(MSW)
generation
is
2
bln
tons/yr
(2011)
and
will
rise
to
2.9
bln
tons/yr
by
2022*.
About
¾
of
MSW
discarded
worldwide
ends
up
in
landfills
or
dumps;
just
11%
(205
mln
tons/yr)
are
used
to
generate
electricity
by
combustion,
yielding
32
GW/yr*.
In
the
USA,
we
generated
250
mln
tons
of
MSW
in
2011;
~27%
was
recycled,
~56%
sent
to
landfills
and
~12%
incinerated
with
energy
recovery*.
MSW
has
a
typical
moisture
content
of
60%
and
contains
15-­‐20%
of
recyclable
and
thermally
non-­‐degradable
materials
(metals,
glass,
concrete,
etc.).
Before
waste
is
fed
into
a
WCP
reactor,
a
commercial
waste
preparation
line
should
remove
those
materials
and
reduce
moisture
content
to
20%.
Since
WCP
technology
allows
reduction
of
emission
of
greenhouse
gases
by
both
preventing
landfill/dump
emissions
and
generating
electricity
from
renewable
resources,
trading
Carbon
Credits
provides
an
additional
source
of
revenue.
*Sources:
US
Environmental
Protection
Agency
publication
Partnership
Proposal
Commercialization
of
a
Proprietary
Waste
Conversion
Pyrolysis
(WCP)
Technology

2.
GLES
Action
Plan
• Joint
Venture
(JV)
formation
with
50/50
split
of
investments
to
construct
a
technology
demonstration
&
full-­‐cycle
pilot
facility.
Partner
may
choose
to
direct
part
of
investments
through
GLES
Corp.’s
stocks.
• Local
partner
(Operator)
is
responsible
for
the
facility
site
provision,
MSW
logistics
and
electricity
sales.
• 4-­‐6
months
goal:
launch
of
a
one-­‐reactor
WCP
demo
facility
in
the
USA.
• 12-­‐15
months
goal:
full-­‐cycle
commercial
WtE
pilot
facility
on
the
basis
of
the
demo
facility.
• Long-­‐term
goal:
engineering/sales
of
both
modular
and
customer–specific
full-­‐cycle
WCP
WtE
facilities.
Partnership
Opportunities
• Buy
GLES
Corp.’s
share
and
earn
profits
from
GLES
Corp.
dividends
distribution
and
share
cost
rise.
• Enter
GLES
Corp.’s
projects
in
the
USA
as
a
financial
partner,
developer
and
general
contractor.
We
currently
develop
projects
in
Massachusetts,
Vermont,
Illinois
and
Georgia.
• Enter
into
JV
with
GLES
Corp.
to
commercialize
and
distribute
technology
in
the
USA
on
exclusive
rights
basis.
JV
proposal
includes
WCP
equipment
manufacturing
and
distribution,
turn-­‐key
facilities
engineering
and
construction,
maintenance
&
service
contracts.
Exit
Strategy
• Buy
GLES
Corp.’s
share
in
the
commercial
pilot
facility
and
remain
its
sole
developer/operator.
• Sell
of
pilot
facility
to
a
strategic
customer/operator.
• Sell
of
GLES
Corp.
stocks
through
or
after
GLES
Corp.
IPO
procedure.
“Municipal
Solid
Waste
in
the
United
States:
2011
Facts
and
Figures”
&
PikeResearch,
LLC
report
“Waste-­‐to-­‐
Energy
Technology
Markets“
(2012).