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Elcon Energy Presentation
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Elcon Energy Presentation
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thank you thank you before I introduce
Dr remes I just want to give a little
bit of background uh to the presentation
and to the purpose of the presentation
um in terms of background Dr raes and I
have been working for over a year now as
we've been pursuing the strategy of
bringing Innovative new technologies and
new companies to the industrial park and
we've been identifying companies around
the world that
um do things in the sustainability and
Recycling and green energy space and
tonight's presentation is going to be
focused on one such company which has an
interest in coming here uh Dr raes
himself who's a former Chief Architect
and CTO of ge's Water Division very
large multi-billion dollar uh business
he is a recognized worldwide expert in
water process and Technology adviser to
governments corporations and
entrepreneurs and he will represent
elcon in this current presentation um
Lakewood is attracted to Elon both
culturally and location wise as he
showed during his presentation uh one of
their large Target customer bases is the
pharmaceutical industry and Lakewood is
well situated along the pharmaceutical
belt that runs essentially from
Philadelphia up to New York um today's
presentation is intended to introduce
this concept to Lakewood the public and
to the committee and to gain an
expression of interest from the
committee in pursuing investigating
bringing this company to lakeood It Is
by no means the end or the culmination
of a process it's rather more the
beginning of that process and it is a
precursor to the company being able to
uh enter into discussions and permit
applications with d and EPA if they come
here this company will mean growth for
our industrial parks leading Innovation
and high paying jobs tonight again as I
said at the beginning of this process
and Dr raes uh I know he crafted a tight
presentation but given the fact that
there's cake here behind us I think he's
going to be even quicker than we have
anticipa uh he has been gracious enough
to offer to stay till the end of the
meeting and so I would ask that public
comment which we encourage and we
requested and that's why we publicized
this for over a month now so that people
can come out and ask their questions and
get educated about it uh that the
initial questions at least be done
during the public portion which will
follow a few steps further along the
agenda for can everybody hear me or do I
need to go near the mic
so
than uh mayor and council members thank
you very much for the opportunity to
talk about elcon energy um my background
is uh looking at clean water Clean
Energy Technologies and clean
environmental Technologies and when I
was with G I came across a company from
Israel which was very very interesting
uh typically when Waste Water treatment
is done you normally put in a lot of
energy into the water to treat the waste
water typically I was going around the
world and looking at Technologies which
actually extract energy from waste water
reuse that energy in a sustainable
manner so that it consumes Zero Energy
actually it becomes net process it
actually puts energy back on the grid
and cleans water to a pristine distal
water condition this is a very unique
technology as we are looking at clean
tech Technologies and green energy and
green sustainable Technologies this is
one technology
which was developed in 2003 in Israel by
an entrepreneur called Z elat who was
PhD from Cornell University in New York
and was the F was as Chief technology
officer of blue solar which is a First
Solar Company concentrated Solar Company
and he invented this technology and it's
a patented technology by us
patterns So currently this um let me go
into my presentation
quickly basically elcon is located in
Israel right now they have three
operating facilities in Israel treating
um was from pharmaceutical companies
like Tava Taro aam and other fertilizer
companies in Israel and uh to start
founded in
2006 uh to 2003 it's headquartered in
Hyer Israel and it's got very strong
Financial backers to kind of test and
validate this technology and it's a very
seasoned technologist very knowledgeable
technical people who have been running
this company currently we are from
Israel we are building a third facility
in Israel which is in the southern part
of Israel called rato I maybe didn't
spell it correctly that's we are
building a third facility and a fourth
facility is being right now being
permitted the permitting process in
Italy to handle in Italian industry in
pharmaceutical industry and the first
anchor tenant for Italy Italian plant is
at once again T
pharmaceutic now what is this technology
typically most indust know we all want
Industries but it's like human beings we
need to eat food to survive but also we
generate waste same thing every
industrial plant will generate waste but
how do you deal with it in a very
sustainable environmental friendly
manner is what this technology is about
what the way it is handled today is when
you look at non-hazardous liquid you get
liquid waste you get Solid Waste both
hazardous and nonhazardous right now the
way it is handled is most of the
actually is being the waste typically
what it contains is Metals there are
some metals in the waste water there are
some Organics but the Organics are
technically energy and the third one is
salts you have like most pharmaceutic
company material can contain magnesium
chloride calcium chloride sodium
chloride those types of chloride salts
and sulfate and phosphate salts and
today what they're doing is they're not
recycling all this they're basically
shipping it down let somebody else deal
with it but what we are doing right now
is in this right now there's no
recycling there it takes a lot of energy
to treat that water and also very high
disposal cost which is actually costing
companies a lot of
money now this Elon energy process is
able to handle both solid and liquid
waste coming in what it does is it
transforms if we fundamentally believe
matter can neither be created nor
destroyed it can only be transformed if
we fundamentally believe in that
basically what we have done is in the
manufacturing process we take fresh
water we take energy we take raw
materials mix it and make a product in
the product make the process of making
the product we generate waste all
Industries do that but the way it is
handled right now is this technology
takes that waste and extracts value from
that brings it back to the original
condition let's talk about water the
waste water which contains Organics
metal sauce and other salts in the waste
water and Organics it extracts the
Organics and extracts the salts from the
water and actually cleans up the water
to distill water quality so it gets
distill water material which can go back
to an IND industrial operation or it
goes back to the Waste Water treatment
plan there's no demand for it and when
we look at it we also extracting the
Organics and converting that into
electricity we are taking the energy and
using part of the energy to clean up the
water and the rest of the excess energy
we're putting it back and the metals
actually we are capturing it for reuse
potential reuse because right now as you
very well know metal prices have gone up
Sky High in the last year year year and
a half so some of these valuable Metals
which are there we're capturing it and
actually sending it back for reclaiming
the valuable metals and the Sals
actually it is good enough for a diin
salt so what we do generate is because
it's calcium chloride magnesium chloride
and sodium chloride those are components
of deicing salt so these purified
materials can go back into deicing salt
application and one of our interest is
we would like to basically uh every one
of the components that we recover what
the valuable components that we can sell
we actually planning to sell the waste
the water which is dist water we are
want to give it back to neighboring
industri who want that water inad of
buying the water from other utilities
they can actually use this water which
is actually cleaner than what they get
from currently surfaced
water now what do we do this is the
process I mean I don't want to go into
into detail this these slides are
available if anybody wants it we'll be
happy to share it with you what we do is
we bring the waste water in and what we
do is we do chemical treatment to
recover the metals first because that's
a valuable which is a typical chemical
process and then we basically extract
the Organics using a simple technology
called steam stripping we use steam to
extract the Organics from the waste
water now where does the steam come from
initially when we start the process we
put a little bit of energy to generate
steam once that process gets started the
or extracted organ
is used as energy to generate more steam
so once the we get the process going
within a matter of few hours the process
becomes self sustaining it doesn't
consume any more energy the same the
energy is used re reused back to
generate steam to clean up the water so
it's a completely closed loop system so
it's a energy neutral to energy positive
technology and we basically take the the
the Organics going to a thermal it's a
regener thermal oxidizer we convert that
into energy and extract that energy to B
Steam and basically it's completely Clos
glue and then the salt which come out of
it goes into a crystallizer which goes
into crystallized
salt now basically this is a simplified
version of it the vapors which are going
almost up to 1,000° into the thermal
oxidizer or crystallizer and basically
you're extracting all the Organics so it
becomes pure salt at the end of the day
and the energy basically the rest of the
energy goes back into cleaning the
water now let's compare what is
currently out there how are people doing
it today why is this technology there
are two other Technologies which are
used today one is called a biological
treatment which you see in the standard
wastewater treatment plant where if you
go to ocean county or any other
wastewater treatment plant you see it's
a lot of acreage it's 10 acres minimum
of 10 acres of land is needed and so on
ours is very small5 acres for the total
and the footprint of the plant is only
20 15 to 20,000 sare ft that's all we
need it's very compact plan
and and incineration takes almost 15
Acres it's a huge operation incineration
so when you look at energy recycling
both biological treatment and
incineration they basically don't
recycle the energy we recycle all the
energy the energy required typically is
around $2 to $40 a Time of waste water
that's treated in the case of biological
treatment insation takes about $80 a
time but whereas our elcon process use
less than $5 a t for energy and that
energy is actually we get the energy
back because we sell the power to
the uh CO2 emissions when you start
looking at emissions of air emissions
is 120 to 150 kg per ton of waste water
but whereas our process is almost one6
is 24 tons of CO2 significant CO2
reduction in emissions and when you look
at solids can they be recycled in other
two processing you cannot it goes to the
landfill but here we are recovering the
metals and Sals and water is 100% reused
so when you look at the sustainability
of this particular technology there is
no other technology currently available
today which is 100% sustainable from a
green energy standpoint and an
environmental
standpoint so this is this is the
footprint of the plant you can basically
see it's about 3 to 4 M about 12 to 15
ft by about 15 ft and another another
about 20 ft High to 30 ft High uh and
there's one portion which goes up but
this is actually three two facilities
side by side so plant will be have this
particular size what we looking at in
Lakewood so now we may ask why Lakewood
uh interestingly enough and I first
again Lakewood has been very proactive
basically when we were starting with the
New Jersey Department of Environmental
Protection to get permitting process for
this Lake wooders basically said they
heard about this Ste tech technology
they were very very supportive saying
that look why don't you consider L and
what is interestingly enough is I later
came to came to find out is there's a
lot of ties between Israeli my friends
in Israel as well as Lake there be a lot
of TI so that's another reason which is
very attractive plus also it's easy when
you when you bring early stage when you
bring people in for training and so on
for them to translate and communicate is
a whole lot easier most importantly
clients most of our clients are 200 M
radius from this area all the way down
to Delaware all the way to New York and
to Pennsylvania so we are looking at
this is the the opportunity that we are
looking at we are in the process of
talking to d right now D we have gone
through almost one year of reviews and
basically this is the first step of the
process that we want to talk to you
about and uh we would love to hear your
comments and thank you very very much
for the opportunity and I'm happy
here this is information of the
Personnel like basically it's 15,000 ft
we will need about 35 employees it's
going to be 24/7 operation and we will
be putting about 200 KW right now and it
can go up to almost 1 Mega of power to
put on the bread green energy thank you
thank you is