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From YouTube: BioEnergy Roundtable - Jay Darr
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A
Good
afternoon
mayor,
thank
you
for
for
having
this
I
think
is
very
interesting
and
coming
back
to
Pittsburgh
it's
it's
heartwarming
to
see
that
something
is
progressing
along
the
renewable
energy
track,
not
commend
you
and
your
staff
for
your
efforts.
My
name
is
Jade
our
president
CEO
of
stl
Sen
Adele.
Quite
simply,
renewable
energy
made
simple
I
want
to
show
you
a
quick
video
here.
B
A
With
that
we
are
at
where
I
talked
about
some
of
the
challenges
that
we're
facing
we're.
Looking
at
the
cost
of
energy
itself
as
well
as
waste,
we
have
to
try
to
extend
the
lives
of
landfills
and
how
do
we
do
that?
Dustin
mention
some
using
the
recycled
products
and
regional
recycles
recycling
of
the
products,
as
well
as
some
of
the
recycling
residuals
that
we
use
that
are
destined
for
landfill.
So
we
become
a
zero-waste
city.
A
So
with
that
sdl
our
systems
can
can
power
up
to
740
homes
off
of
40
tons
of
waste,
that's
equivalent
to
one
megawatt
of
power.
What
that
means
is
vo
mentioned
one.
We
can
provide
24
7
power
to
critical
infrastructure,
government
facilities,
commercial,
commercial
and
mixed-use
developments
in
remote
locations
and
to
utilities
just
to
name
a
few.
This
allows
us,
unlike
some
of
our,
what
I
like
to
call
renewable
energy
cousins
such
as
solar
and
wind,
we're
able
to
operate
24
7.
A
So
we
like
to
look
at
this
as
a
hybrid
approach,
and
what
I
would
like
to
focus
on
on
this
slide
is
particularly
looking
at
what
we
do
as
far
as
waste
diversion
and
linking
it
back
to
what
what
Dustin
is
doing.
As
far
as
looking
at
the
containers
and
recycling
in
the
communities
we're
not
here,
you
know
you
may
hear
that
sometimes
with
waste
management
or
a
lighter
and
the
like,
we're
not
here
to
take
their
waste,
we're
here
to
decrease
the
amount
of
waste
is
going
to
landfill.
A
A
What
are
some
of
the
advantages?
The
big
advantages
for
us
are
one.
The
payback
is
within
five
years,
so
one
of
our
systems,
with
under
five
years,
depending
on
location,
the
utility
costs
you
can.
You
can
see
your
returns
within
five
years,
the
other
thing
in
our
industry-
and
we
were
talking
about
this
a
little
bit
earlier.
Is
that
not
a
lot
of
systems
operational?
So
we
invite
you,
as
you
saw
on
the
video
to
come
and
kick
the
tires
or
or
see
a
live
feed
of
our
of
our
system
in
operation.
A
Additionally,
the
safety
and
security
are
important.
We
back
our
systems
with
performance
guarantees,
comprehensive
training
for
for
staff,
as
well
as
provide
the
simple
low-cost,
clean
energy
and
efficiency.
The
SEL
advantage
is
this:
we
can
place
a
system
anywhere
in
the
city,
whether
it's
on
a
53-foot
trailer
or
on
a
on
a
5,600
square
foot
pad
and
be
able
to
power.
The
entire
community,
which
one
simple
system.
A
Key
questions:
is
it
harmful
to
the
environment?
No,
it's
not.
We
only
have
two
missions
points
in
our
in
our
system.
One
is
the
flare
stack
itself
which
is
enclosed
and
also
we
capture
heat
off
of
that
flare
stack.
The
second
dimension
points
from
the
generation
equipment,
so
we
either
meet
or
exceed
environmental
standards.
Additionally,
we
don't
use
chemicals,
no
chemicals
are
used
in
our
process.
We
don't
even
use
water
in
our
process
to
clean
and
scrub
the
gas.
So
we
have
a
dry
system.
A
closed-loop
system.
A
Location
again
is
simple:
modular
and
portable.
We
can
go
anywhere,
740
homes
we
can
power.
And
again
we
can
look
at
this
in
terms
of
a
double
a
battery
model
approach.
We
can
day
to
change
our
systems
together
to
produce
more
power,
the
reliable,
the
reliability
of
our
systems,
because
we're
here
in
United
States,
so
you
can
actually
come
see
it
and
kick
the
tires.
A
Potential
application
we
had
a
meeting
at
the
Energy
Innovation
Center
this
morning.
One
thing
that
we
proposed
was
to
bring
one
of
our
EP
systems
to
Pittsburgh
and
our
50
feet
through.
Excuse
me:
I
53-foot,
trailer,
foot
trailer
and
actually
create
a
sustainable
urban
food
production,
meaning
this
is
the
story
having
waste
that
recycling
or
residual
waste
that
we
have.
We
will
then
insert
into
our
system
that
power
be
used
in
a
in
a
sustainable
environment,
either
through
a
grow
container
or
in
a
in
a
factory
type
of
situation.