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Sector: Resources, Technology, Power, Transportation,
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News Release - May
20, 2016 4:20 PM ET
dynaCERT Inc.
Advancing Technology with Tesla-like Potential in Off-Grid Energy
Solutions and Carbon Emission Reduction & Fuel-saving Technology
• dynaCERT's HydraGENTM is capable of generating voluminous
amounts of pure hydrogen and oxygen individually in a timed fashion.
•
Technology proven to reduce toxic gasses within the emissions by 35%
to 40% all while improving fuel economy of ~15%.
• Analyst Jay Taylor Provides 10X Share Price Target on
High-Growth Technology Scenario.
NEW
YORK, NY, May 20, 2016 /Sector Newswire/ -
dynaCERT Inc. (TSX-V: DYA) (OTC: DYFSF)
is increasingly demonstrating Tesla-like potential as it advances
its proprietary HydragenTM H2/O2 technology on two fronts, both with
potential to change the world for the better, helping slow climate
change, and handsomely reward shareholders. Currently trading near 9 cents Canadian per share DYA.V presents tremendous opportunity;
analyst Jay Taylor of Hard Money Advisors maintains a ~$1.40/share
near-term price target. Additionally, like Tesla, dynaCERT is
advancing development and testing of its technology with grants from
the government (translation: no shareholder dilution). dynaCERT's
unique hydrogen production technology is ubiquitous in nature and
can be applied to improving applications in numerous industries.
A recent technology journal review of dynaCERT's
technology and its potential may be viewed at
http://technologymarketwatch.com/dya.htm online.
Currently the Company is documenting via an accredited 3rd-party
validation process the dramatic effectiveness of its flagship carbon
emission reduction and fuel-saving H2/O2 technology -- the potential
for investors is tremendous as the solutions the Company provides
are enormous and global in scale. An Ontario University facility has
been engaged by dynaCERT in cooperation with the government to
verify what the Company has already demonstrated on diesel engines
in the field; a proven reduction of toxic gasses within the
emissions by 35% to 40% all while improving fuel economy of ~15%.
The lab is also tasked with helping to establishing the
carbon-credits that businesses qualify for by purchasing and
employing the technology.
On a newer second front, dynaCERT is targeting 'off-grid' energy
solutions, leveraging its unique hydrogen production technology by
marrying it with inputs from renewable energies (e.g. solar) to
generate sufficient quantities of hydrogen to power fuel cell power
stations. This program is currently in R&D with costs subsidized by
grants which the Company is taking advantage of while the window of
opportunity is open.
With the government now onboard to assign carbon credits for
businesses to acquire dynaCERT's technology there is growing opinion
that dynaCERT's potential economics are taking a dramatic leap, and
investors acquiring shares now, prior to announcement catalysts,
will reap significant returns. We expect many catalysts for the
Company's share price as dynaCERT's state-of-the-art technology is
first of its kind in several ways, including carbon credit
recognition, and bound for high profile media coverage. Also it
appears DYA.V shareholders are now getting a free-ride from the
government, grant-wise, in the validation process.
dynaCERT's
'Off-Grid' Power Solutions Project
The following diagram shows an example of how dynaCERT's HydragenTM
technology fits into the off-grid/cut-the-cord power system it is
developing to provide renewable energy to the housing industry (also
applicable to office spaces and industrial uses):
Figure 1. (above) dynaCERT 'off-grid' power
solution diagram with close-up view of how a fuel cell functions.
Solar panels and/or the hydrogen fuel cell will power the
building by day using an energy optimization software. At night, the
rechargeable batteries would then take over and activate the
Hydragen™ unit which will keep the hydrogen fuel cell operating by
providing the required hydrogen gas. The solar panels would also
maintain the rechargeable batteries at full capacity until they are
needed at night and the cycle repeats itself. Further, the pure
oxygen which is also produced by the Hydragen™ unit would be used to
improve the air quality in the building.
Fuel Cell 101
Fuel cells generate power by reacting hydrogen and oxygen in the
presence of an electrolyte, a non-metallic conductor in which
electrical flow is carried by the movement of ions, such as
proton-exchange membrane cells. They function as follows:
-
Hydrogen gas (produced by dynaCERT's HydragenTM)
is delivered to a negatively charged anode on one side of the
cell while oxygen is channeled to a positively charged cathode
on the other side.
-
At the anode, a catalyst (often involving
platinum) knocks the hydrogen atoms’ electrons off, leaving
positively charged hydrogen ions and free electrons.
-
A membrane placed between the anode and cathode
only allows the ions to pass through, and the electrons must
travel along an external circuit – generating an electric
current.
-
At the cathode, the electrons and the hydrogen
ions combine with oxygen to make water, which then flows out of
the cell.
Cut-the-Cord Power
Solutions -- an Industry that is Ripe for Rampant Growth and whose
Time has Come
For the last couple decades players in fuel cell power generation
sector have been involved in ongoing R&D focused on reducing cost
and improving durability with the goal of eventually leading to mass
commercialization/acceptance. Only a few years ago the industry
experienced hydrogen fuel cell costs around $1,000 for every
kilowatt of power they generated, now that cost is nearer $50 and
expected to drop significantly further with technology in the
pipeline (e.g. platinum-nickel alloys as catalysts (Lawrence Berkley
Laboratories), and platinum with carbon silk (Ballard Power)). Fuel
cell technology is now at a point where in the near future, fuel
cells are expected to increasingly replace conventional furnaces and
electrical power utility reliance, providing homes and offices with
heat and electricity, free from the disruptions associated with the
utility's electric grid. Technological improvements and economies of
scale associated with rechargeable lithium-ion batteries and
renewable energies (such as solar) have led to lower costs/increased
affordability for those technologies too, and this trend is
projected to increase also. In-short, the cut-the-cord type system
that dynaCERT is advancing which entails a confluence of solar,
rechargeable batteries, hydrogen fuel production, and fuel cells in
an affordable, viable, coordinated fashion is a technology whose
time is here.
DYA.V has the
Product, Wherewithal, and the People to be a Leader in the
Cut-the-Cord Power Generation Sector
• Central to the off-grid power system is dynaCERT's HydragenTM:
dynaCERT is uniquely positioned with an established, proven, and
reliable pure hydrogen and oxygen delivery product; its 3 L/minute
Hydrogen unit currently in service (in the trucking industry) is
able to generate voluminous amounts of pure hydrogen, and the
technology is scalable, able to generate amounts for multiple larger
scenarios. The Company's up-to-300 L/minute Hydrogen unit currently
being used on a Wartsila engine at a utility in the Caribbean is
testimony to the Company's ability to consistently, reliably, and
safely deliver pure hydrogen on demand.
• Capitalized for success: The Company has stated it is the
beneficiary of the push to see Canada reduce its carbon footprint;
dynaCERT's May-2016 new release stated "It
is an opportune time for dynaCERT to capitalize on this commitment
to reduce carbon emissions and to access the Canadian and Ontario
government grants and loans. As such, dynaCERT is positioning itself
to become a world leader in research and development of hydrogen
based technology solutions and receive available non-dilutive
government funding."
• dynaCERT's off-grid power generation project is spearheaded by
highly-skilled and accomplished individuals: Dr. Richard Lü, an
independent director at dynaCERT, has more than 20 years of global
experience in the energy industry. Dr. Lü has been involved in
managing public listed companies in the area of silicon production,
solar cell manufacturing and solar panel production. He has led many
initiatives in energy conservation, demand response, distributed
energy and other sustainable developments. Dr. Lü heads a major
solar power company developing and operating solar PV projects in
Canada and the USA. Dr. Lü is working alongside Dr. Richard Bower, a
physicist and solar energy expert.
------ ------ ------ ------ ------ ------
Figure 2.
dynaCERT HydraGenTM
test partner
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dynaCERT's Targeting
of the Carbon Economy
This Q1-2016 the Canadian-based technology company began shipping
and installing the first of its new-generation proprietary
HydragenTM carbon emission reduction and fuel-saving units for the
trucking industry; DYA.V is currently filling an initial orders, is
building an inventory, and is undergoing a build-out in a new 8,000
square foot facility that will position itself to be able to
manufacture at a rate of 2000/month (in an 8 hour shift). Over the
last few years DYA.V has worked with some of the largest trucking
fleets in the world under the understanding that with 3rd-party
validation of a minimum 8% fuel savings they will commence
outfitting their fleet with dynaCERT's 'HydraGenTM' units. There has
been no disagreement that DYA.V's technology accomplished 8%+
fuel-savings, the issue since has been obtaining the hard data to
give to engineers of its clientele; it has been a time consuming and
expensive process -- the recent involvement of the provincial and
federal government in providing carbon credit and efficacy takes
dynaCERT to an heightened level of potential. All of the data is
objectively computer generated, pulled right from the trucks and
sent to an accredited 3rd-party source.
Note: When accreditation is received, and dynaCERT
puts out its first 10,000 units, its sales at that point are
expected to generate ~US$67,500,000 and the company is basically
working on 60% gross margin profit.
This release may
contain forward-looking statements regarding future events that
involve risk and uncertainties. Readers are cautioned that these
forward-looking statements are only predictions and may differ
materially from actual events or results. Articles, excerpts,
commentary and reviews herein are for information purposes and are
not solicitations to buy or sell any of the securities mentioned.
SOURCE: Sector Newswire editorial
editorial@SectorNewswire.com
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