Sector
NewswireTM
Sector: Mining, Energy, Industrial,
Transportation
:
News Release - March 16, 2018
4:38 PM ET
MGX Minerals Advances Next
Generation Zinc Air Fuel Cell Battery, and Engages Hatch Ltd. for
Magnesium Metal Study at Magnesium Project
-
MGX advancing several Lithium
projects of significance, including Chilean salar brine testing.
-
MGX targeting mid-2019 for
manufacturing of fuel cell battery with potential to rival
Tesla's Powerwall/Powerpack.
-
MGX at the beginning of Petrolithium growth curve.
NEW YORK, NY, March 16, 2018 /Sector Newswire/ --
MGX Minerals Inc. (CSE:
XMG) (OTCQB: MGXMF)
this week announced it has commenced optimization of charging and
oxygen fuel generation functions for its zinc air fuel cell battery
as part of the mass production design phase. MGX Minerals also
announced it has engaged Hatch Ltd. for a magnesium metal study on
its Driftwood Project which recently announced positive Preliminary
Economic Assessment (“PEA”) for the production of 161,000 net tonnes
per year of magnesium oxide (MgO).
MGX Minerals was recently identified in a Technology MarketWatch
Journal review regarding upside
valuation opportunity. The full copy of the Market Bulletin may be
viewed at
http://technologymarketwatch.com/xmg.htm
online.
Below is excerpt copy of
recent Company news releases, and further below is excerpt copy of
the Technology Journal review.
|
Excerpt of recent (March 15, 2018) news release from MGX:
MGX Minerals Engages Hatch Ltd.
for Magnesium Metal Study at Driftwood Creek, British Columbia
VANCOUVER, British Columbia,
March 15, 2018 (GLOBE NEWSWIRE) -- MGX
Minerals Inc.(“MGX” or the
“Company”) (CSE:XMG) (FKT:1MG) (OTC:MGXMF)
is pleased to announce that as a result of
the recently announced positive Preliminary
Economic Assessment (“PEA”) for the
production of 161,000 net tonnes per year of
magnesium oxide (MgO) at its Driftwood Creek
Magnesium Project (“Driftwood Creek” or the
“Project”), the Company has engaged
engineering firm Hatch Ltd. (“Hatch”) to
complete a scoping study for the purpose of
selecting appropriate process and associated
economics for the upgrading of magnesium
oxide to magnesium metal. The Hatch study
will evaluate process routes, and order of
magnitude capital and operating cost
estimates for an initial 10,000 tonne per
year (tpy) magnesium plant as well as
address various environmental and
engineering topics.
The scoping study may further enhance the
already positive economics of Driftwood
Creek with the addition of Mg Metal to
proposed MgO production as well as provide
diversification into advanced materials. The
current price of magnesium metal (99.5%
ingot) is approximately $2,250 per tonne
versus MgO (DBM 95%) at approximately US$600
per tonne. Contained Mg in MgO is 60.3%,
making the process and associated recovery
as well as energy use a key focus of the
study. Additionally, long-standing
anti-dumping and strategic metal designation
has significantly increased the domestic
price of Mg in the United States compared
with global markets. A single sole producer
of magnesium metal in the U.S. has operated
for many years. Of note is the fact that
Canada is no longer subject to these U.S.
tariffs against foreign magnesium metal
imports. Additionally, Driftwood is located
in an area of low cost power in southwest
British Columbia and proximate by direct
rail to even lower cost power in eastern
Washington State.
...click
here for full copy from source
------ ------ ------
------ ------ ------ ------ ------
------
Excerpt of recent (March 12, 2018) news release from MGX:
MGX Minerals Announces Advancement of Next Generation Zinc
Air Fuel Cell Battery
VANCOUVER, British Columbia, March 12, 2018
(GLOBE NEWSWIRE) -- MGX Minerals Inc. (“MGX”
or the “Company”) (CSE:XMG) (FKT:1MG) (OTCQB:MGXMF) is
pleased to announce it has commenced optimization of
charging and oxygen fuel generation functions for its zinc
air fuel cell battery as part of the mass production design
phase.
Regeneration Module
The charging function of the zinc air battery occurs in the
regeneration module. Design work is now focused on
optimization of the bubble field that is generated during
the zinc regeneration process. A deeper understanding of the
bubble field and how to optimize its effects will enable to
operate at higher efficiency and offer improved reliability
at a lower cost.
The regeneration module functions by charging
zinc particles, which form the electrolyte that is then
passed to the fuel tank. The fuel tank may be of any size
and hold full charge for six months without any significant
loss. The system may be powered by a variety of renewable
and traditional sources including solar.
Oxygen Generation
The carbon-dioxide scrubber module is used in the generation
of the oxygen fuel from air. Oxygen is combined with zinc to
create the electrolyte used in the fuel cell where power is
generated. Testing of an alkaline solution in removing
carbon dioxide from ambient air is also underway. The
outcome of these tests will be used to further optimize the
scrubber module for production systems. The liquid-based
scrubber promises to deliver much higher capacity and lower
cost than comparable solids-based methods.
This next generation system will continue to
be modular and offer capabilities to combine multiple 20kW
systems at the electrical interface, allowing for deployment
of containerized systems capable of providing up to one
Megawatt or more. The expanded range of the system will
address the need for long duration energy storage when
coupled with renewable energy sources such as wind and
solar. The system may be housed in a shipping container for
deployment at remote locations or installed in free standing
racks in warehouse-type environments.
A photo accompanying this announcement is
available at http://www.globenewswire.com/NewsRoom/AttachmentNg/e3bf344c-90b3-4373-96fe-47998d9e6285
Overview of Technology
ZincNyx has developed a patented regenerative zinc-air flow
battery that efficiently stores energy in the form of zinc
particles and contains none of the traditional high cost
battery commodities such as lithium, vanadium, or cobalt.
The technology allows for low cost mass storage of energy
and can be deployed into a wide range of applications.
Unlike conventional batteries, which have a
fixed energy/power ratio, ZincNyx’s technology uses a fuel
tank system that offers flexible energy/power ratios and
scalability. The storage capacity is directly tied to the
size of the fuel tank and the quantity of recharged zinc
fuel, making scalability a major advantage of the flow
battery system. In addition, a further major advantage of
the zinc-air flow battery is the ability to charge and
discharge simultaneously and at different maximum charge or
discharge rates since each of the charge and discharge
circuits is separate and independent. Other types of
standard and flow batteries are limited to a maximum charge
and discharge by the total number of cells as there is no
separation of the charge and discharge components.
To watch a short video outlining ZincNyx
technology, please visit http://www.zincnyx.com/technology
...click
here for full copy from source
------ ------ ------
------ ------ ------ ------ ------
------
Excerpt of recent (March 6, 2018) news release from MGX:
MGX Minerals Announces Positive
PEA for Driftwood Creek Magnesium; Pre-Tax NPV of C$529.8 Million
and 24.5% IRR
VANCOUVER, British Columbia,
March 06, 2018 (GLOBE NEWSWIRE) -- MGX
Minerals Inc.(“MGX” or the
“Company”) (CSE:XMG) (FKT:1MG) (OTC:MGXMF)
is pleased to report results of an
independent technical report prepared in
accordance with CIM guidelines and National
Instrument 43-101 definition of a
Preliminary Economic Assessment ("PEA") on
its Driftwood Creek Magnesium Project
(“Driftwood Creek” or the “Project”).
The PEA study was prepared by
AKF Mining Services Inc. (AKF), Tuun
Consulting Inc. (Tuun), Samuel Engineering
Inc. (Samuel), and will be filed on the
Company’s SEDAR profile at www.sedar.com as
well as available on the Company’s website
at www.mgxminerals.comwithin
45 days.
The PEA presumes a
conventional quarry pit operation with a
process plant and a furnace/kiln combination
to produce a saleable Dead burn magnesium
oxide (DBM) product. The plant will also
have the ability to produce Caustic-calcined
magnesium oxide (CCM) as a separate salable
product. All dollar amounts in this release
are stated in Canadian currency.
HIGHLIGHTS
Highlights of the PEA include the following:
-
Pre-tax NPV@5% of $529.8
million, IRR of 24.5% with a 3.5-year
payback
-
Post-tax NPV@5% of
$316.7million, IRR of 19.3% with a
4.0-year payback
-
Initial capital costs of
$235.9 million (Total life-of mine ("LOM")
- $239.8 includes sustaining/closure
costs of $3.9 million and contingency
costs of $40.0 million)
-
Conventional quarry pit
mine with a 1200 tonne per day ("tpd")
process plant using conventional
crushing, grinding, flotation upgrading,
calcination, and sintering to produce a
saleable DBM product
-
Cash costs of $350/tonne
MgO
-
All-in sustaining costs
("AISC") of $351/tonne MgO
-
Average annual MgO
production of 169,700 tonnes during an
19 year mine life
-
LOM average head grades
of 43.27% MgO
-
LOM MgO recoveries of 90%
-
LOM strip ratio of 2.4 to
1 of rock to mineralized material
|
...click
here for full copy from source
------ ------ ------
------ ------ ------ ------ ------
------
|
Breakthrough
Technologies on 2 Fronts Poised to Propel MGX Minerals Valuation
MGX Minerals Inc. (CSE: XMG) (FKT:1MG) (OTCQB: MGXMF) is a Canadian-based
mining and clean technology processing company focused on
accelerating emerging energy and energy commodity technologies that
disrupt the status quo. The Company is multi-faceted, advancing
several projects with potential to increase shareholder value;
1) Lithium Brine Processing Technology:
The Company's flagship is its focus on commercializing new brine
processing technology that gives the Company a significant advantage
in the marketplace having solved the problem of magnesium (Mg) in
lithium (Li) laden brine, able to deal with very complex/dirty
brines. Up until now rich complex Li brine projects with high Mg:Li
ratios have been passed over as technology did not exist to
economically separate the two. MGX's proprietary/patented technology
now positions scores of complex lithium brine projects (previously
untouchable) across the globe ripe for production, with better
economics than solar evaporation. MGX Minerals Inc. is also
positioned technology-wise to commercially exploit the mineral rich
brine that is a residual by product of geothermal power generation.
MGX is looking to bring the first 750bpd wastewater brine plant in
Alberta in production this Q1-2018. The Company's first major contract
will be for a contract with a major oil sands company, for a 1,200m3
(7500bpd) per day, $45/m3 revenue agreement. MGX Minerals has
recently
announced improved refinement of its nanofiltration lithium
technology, and has commenced initial design of a 2400 cubic meter
per day (~13,000 barrels) plant.
Video:
MGX's Mass Energy Storage Zinc-Air
Battery Solutions
(2 min.15 sec.)
|
2) Mass Energy Storage Zinc-Air Battery: MGX Minerals is quickly positioning
itself as a leader in mass energy storage solutions with tech that
is cost-effective, easily scalable, and eliminates all short-term energy
downtime. MGX is advancing innovative
modular energy storage batteries through
proprietary (100%-owned)
patented zinc-air technology through its wholly owned subsidiary ZincNyx Energy Solutions Inc., a private company acquired from the
mining giant Teck Resources in December 2017. Think Tesla's Powerwall and Powerpack but
without lithium, powerful, quick charging, and low cost;
this innovative regenerative zinc-air flow battery technology is
designed for energy storage in the 5 kW to 1 MW range for extended
periods of time. The tech allows for low cost mass storage of
energy, and can be deployed into a wide range of applications,
including utility-scale storage and power grid load stabilization,
long term backup power for industrial, commercial, and military
facilities, remote location off grid and micro grid applications,
and diesel generator replacement or hybridization. Since the ZincNyx
system uses zinc dendrites as fuel and consumes them as part of its
normal operation, it is immune to the growth of zinc dendrites which
have traditionally plagued zinc-air flow batteries (see related Jan.
9, 2018 news "MGX
Minerals Announces Major Advancement in Mass Storage Battery
Technology; Solves Zinc Dendrite Formation Limitation") -- A MAJOR
BREAKTHROUGH WHICH PAVES A PATHWAY TO NEAR-TERM COMMERCIALIZATION;
ZincNyx has begun the commercial development for the mass
production of its scalable 20kWh capacity zinc-air mass storage
battery (See related January 30, 2018 news "MGX
Minerals Commences Development of Next Generation Zinc Air Mass
Storage System"). Unlike conventional batteries, which have a fixed
energy/power ratio, ZincNyx’s technology uses a fuel tank system
that offers flexible energy/power ratios and scalability. The
storage capacity is directly tied to the size of the fuel tank and
quantity of charged zinc fuel making scalability a major advantage
of the flow battery system. In addition, further major
advantage of the zinc-air flow battery is the ability to charge and
discharge simultaneously and at different maximum charge or
discharge rates as each of the charge and discharge circuits is
separate and independent. Other types of standard and flow
batteries are limited to a maximum charge and discharge by the total
number of cells as there is no separation of the charge, discharge
and size of the fuel storage system (see overview of MGX Minerals'
modular energy storage zinc-air battery further below).
The key difference between the Tesla Powerwall
versus MGX's ZincNyx Fuel Cell Battery is the ZincNyx storage
capacity is much larger; in order to increase storage simply
increase the size of the fuel tank and add more fuel (zinc in this
case). To increase storage of a Tesla battery you have to add both
output and storage capacity. This decoupling of output power and
storage is key and makes the ZincNyx system much cheaper in terms of
storage capacity. So the real question is how much energy can you
store, not just what is the rated output capacity. In terms of size,
the system will be about the same size from 5kW to 20kW, as
everything is shrinking in size in the production design phase at
the moment with the exception of the fuel tank itself. A standard
5kW system will have 40kWh storage, the new 20kW system will have
160kWh storage. The target price, like others in this space, has
been $250/kWh for an 8 hour backup system. This would result in $10k
for the 5kW system and $40k for the 20kW system. Depending on the
application and configuration, the price can be significantly higher
or lower. The fuel cells, needed for output, are the expensive part
of the battery. With economies of scale, prices would go down.
MGX Minerals is targeting mid-2019 for large
scale manufacturing of its ZincNyx Fuel Cell Battery and already has
manufacturing partners in place.
3) Industrial Minerals Project, in Invermere,
BC, Canada: The Driftwood Property contains a valuable magnesium
deposit, a major asset of the Company. On March 6, 2018
MGX announced a Positive PEA for its Driftwood Creek Magnesium;
Pre-Tax NPV of C$529.8 Million and 24.5% IRR. Assuming a sales
price of $779 ($600 USD) per tonne for Dead Burn Magnesium (DBM)
oxide with All-in Sustaining Production Costs at $351/t, the PEA
calculates an impressive Pre-Tax NPV (at 5%) of nearly $530 million,
resulting in a very respectable IRR of 24.5% with a quick 3.5 year
paypack period. With a processing capacity of 1,200 t/day, the
annual production is estimated at 169,700 t of magnesium oxide (MgO).
During the 19 year mine life, the payable metal production totals
around 3.1 million t of MgO, which translates into around $1.1
billion of Pre-Tax Cash Flows (on average $72.6 million of Pre-Tax
Cash Flow per year).
These robust numbers are realizable for just $236
million of initial capital costs and would make MGX a rare breed of
low-cost producers globally enjoying high operational margins in a
safe and stable jurisdiction. Total LOM ("Life Of Mine") capital
expenditures amount to only $240 million and include $3.9 million
for closure costs and a contingency of $40 million. The highly
lucrative and robust PEA is based on a high-grade (43% MgO) and
large (7.8 million t) mineable resource at surface, resulting in
high recoveries (90% on average) with conventional processing
(crushing, grinding, flotation upgrading, calcination, and sintering
to produce a saleable DBM product). The DBM product will be bagged
and transported to market for sale as a powder with a purity of
94.6% MgO. The quarry-style mine would benefit greatly of not being
located within a known environmental protection area.
MGX Minerals has engaged Hatch Ltd. for magnesium metal study at
Driftwood Creek which is expected to further increase the economics
of the project.
------ ------ ------
------ ------ ------ ------ ------
------
Near-term share price target: $5+/share for CSE:XMG
-- Source: Market Equities Research Group
;
MGX Minerals Inc. currently has a market cap of ~C$110 million
(~95 million
shares outstanding trading (post Dec. 28, 2017 financing and
acquisition of
ZincNyx) at ~$1.15/share),
Market Equities Research Group
projects that sometime in 2018 MGX Minerals Inc. will surpass $500M
market cap, on its way to much much higher valuation, with little
(if any) share dilution -- all translating to a significantly higher
share price. The Company has a plethora of NDAs signed and is
currently negotiating several commercial contracts. MGX has bulk
sample tests
from numerous primary sites and proposals
are going out, no doubt the Company will land some of those. Over the
coming months we expect the markets to witness MGX Minerals generate revenue and lithium
streaming contracts, and the question will become "How big
does this get?" We expect to see a series of good size proposals
being accepted, many covering millions of dollars each in lithium. Once MGX
surpasses $10 million in revenues the market will start to price in
serious projections and any perceived risk will melt away,
accelerating valuation. As earnings play out and contracts take off
a $1B market cap in 2019 is not unrealistic. The Company has the
ability to vertically integrate and partner right now. Look at how
fast the second largest Lithium producer in the world came to being
what it is, Ganfeng (out of China), they were not even in the
Lithium business in 2006. Through a stroke of the pen and
negotiations through some good deals, access to capital, and
deploying capital well, a multi-billion dollar market cap is
possible. There is no doubt shareholders establishing a long
position now stand to be richly rewarded from the strategic
advantage MGX Minerals Inc. has in its proprietary technology, now
at the initial phase of commercialization, and in a marketplace as
the only viable solution we are aware of for complex high Mg:Li
ratio lithium brines, with exceptional economics, combined with
increasing global demand by EV/Li-ion battery manufacturers
thirsting to secure supply.
------ ------ ------
------ ------ ------ ------ ------
------
We have identified the
following additional research links for further DD on MGX Minerals
Inc.
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.
Readers are referred to the terms of use, disclaimer and disclosure
located at the above referenced URL(s).
SOURCE: Sector Newswire editorial
editorial@SectorNewswire.com
Additional Disclaimer and Disclosure I
Contact I
Terms and Conditions I
Copyright I
Privacy Policy
|