The global battery market size was valued at USD 108.4 billion in 2019 and is expected to grow at a compound annual growth rate (CAGR) of 14.1% from 2020 to 2027. The market growth is attributed to high demand from the automotive application. The automotive application includes rechargeable batteries used in non-rechargeable batteries and electric vehicles. The increasing popularity of consumer electronics on a global scale is projected to result in the usage of the lithium-ion battery as a product type over the forecast period. High demand for portable electronics, including LCD displays, smartphones, tablets, and wearable devices such as fitness bands, is boosting the market growth. The market is expected to observe substantial growth on account of technological advancements in terms of enhanced efficiency, cost-effectiveness, and product innovation. Strict emission norms by the government authorities of developed countries, such as the United States and the United Kingdom, coupled with growing attention towards fuel efficiency, are expected to drive battery demand.
The U.S. battery market size was valued at USD 10.49 billion in 2019. The U.S. government has been cheering stakeholders for both renewable industry and Electric Vehicles (EVs), resulting in an improved demand for battery energy storage systems (BESS), mainly led by Li-ion batteries. The adoption of EVs is rising at a high rate across the country. The U.S. is one of the leading countries in global electric vehicle sales, along with other countries such as Canada, which has already begun transforming its transportation infrastructure for electric vehicles.
Decreasing fossil fuel reserves, along with promising government initiatives and high CO2 emissions, are expected to propel market growth in the next few years. Key non-rechargeable batteries are extensively used in children’s toys, light beacons, remote controls, watches, and electronic keys. These are expected to observe a loss of stake to rechargeable batteries on account of efficiency and enhanced lifespan.
Developing markets of Africa and the Asia Pacific are expected to boost battery demand in electric bicycle applications and storage applications such as the leveling of load in renewable sources of energy like the wind and solar. Growing aircraft and automobile manufacturing in developing nations of APAC, including China and India, is expected to provide enormous potential for market growth.
Growing technological advancements in battery technologies have amplified the usage of various battery-operated equipment across the world. Hybrid Electric Vehicles (HEV) are equipped with the countless features that consume a significant amount of battery power. These features include a GPS navigation system, power windows, display that give information about the battery charge level, and air-conditioning systems.
There’s a radical shift underway in energy, taking place in most developed countries towards renewable resources.
We’re already seeing major projects coming online right now, including a pair of giant battery storage projects in California and Florida.
In the USA alone, energy storage capacity is expected to grow a whopping 12x by 2024.
Over that same period, the US energy storage market is projected to grow into a $5.4 billion in 2024.
By 2025, the global battery technology market is projected to be worth $152.3 billion.
By 2030, both the BNEF and IEA are forecasting global energy storage will double 6 times.
This is BIG business!
However, in order to get there, there are still some major technological advances are still needed to pull this off.
Completely changing over power sources isn’t easy, and at times can even be dangerous… as seen in Arizona where at one of the state’s first battery installations resulted in a fire and explosion that injured several first responders.
As we scale up our capabilities for utility-scale energy storage and smart power grids, battery technology will need to assure the public of its SAFETY, EFFICIENCY, and LONGEVITY.
This is not going to be easy.
But for those who can develop the technology to handle this major transition, there is a MAJOR breakthrough investment opportunity at stake.
Today, we’ve identified an incredibly overlooked BMS stock, with a plethora of battery disruptive technologies that could soon become the backbone of the energy revolution…
No, we’re not talking about Tesla Inc. (NASDAQ:TSLA).
Although, we ARE talking about one of Tesla’s most innovative competitors to date.
In their journey to launch, we believe this company has the best chance of challenging Tesla as a household within the household itself.
Just recently, they announced the specs for the launch of their Home Smart Wall technology built with state-of-the art patented AI-driven technology, that’s designed to compete with, and potentially outperform Tesla’s Powerwall.
The Home Smart Wall’s system is the “only product in the market that is able to remotely analyze and repair your battery system.”
The launch of this ground-breaking technology is set for the coming weeks, while this company hopes to be able to deliver the Home Smart Wall series to customers’ homes within 2021.
However, investors looking to capitalize on this company’s innovation don’t have to wait, as it’s not only trading publicly now, but it’s at an early-enough stage that the rest of the market has yet to take notice of the revolutionary potential of their technology before it takes off.
Bringing the Home Smart Wall and other fascinating battery breakthroughs to market is the up-and-coming stock:
With a growing library of BMS technology patents designed to meet the growing demand for scalable, smart solutions for both the rapidly growing Electric Vehicle (EV) and Energy Storage Solution (ESS) markets, EV Battery Tech is perfectly positioned to make 2021 an electric year for their investors.
Meet EV Battery Technologies
5 Advantages That Position this Company
for a MAJOR Disruption in the Space
- AI-Integrated Smart BMS Technology
One of the ONLY current battery management system platforms today that offers two-way communication between the grid, the energy storage system, and the energy generation sites—providing the solutions of tomorrow TODAY.
- Strategic Partnership with Established Battery Leader
EV Battery Technologies has secured a crucial partnership with Chinese preeminent battery technologies developer Jiangsu RichPower New Energy Co. Ltd, which is already supplier for Tesla and has established its own commercial market in Asia. The agreement gives EV Battery Tech exclusive rights to distribute and implement these systems in North and South America, Europe, and Africa.
- MAJOR Efficiency Upgrades
EV Battery Tech’s offerings provide an improvement over the existing in multiple ways, including: Individual cell replacement within battery pack (instead of full replacement)
Repairs and real-time monitoring of each cell within the entire battery pack Remote monitoring and maintenance
AI-driven system improvements
Real-time collection of Meta Data
Life extension due to smart BMS which works and repairs cells
- Ecologically Responsible and Active
EV Battery Tech (OTC:CRYBF) (CSE: ACDC) uses used/recycled batteries in all of their solutions. By doing this, their reliance upon new sources of raw materials is diminished, while also doing their part to reduce and eliminate e-waste, which in 2020 alone reached over 53 million tonnes.
- Dynamic Peak Shaving
By incorporating a BMS of EV Battery Tech’s calibre, utility providers, large buildings, smart charging stations and remote industrial operations can all benefit from what’s called Dynamic Peak Shaving which means energy can be purchased outside of the grid’s peak use times to recharge the ESS, and handle large portions of the load through smart battery management during the times of greatest consumption. This provides not only better grid security, but also could represent massive savings for users who would be purchasing less energy during the times of its most expensive rates.
INTERMITTENT POWER DELIVERY, SIMPLIFIED
We’re entering an age where renewable energy is starting to dominate the discussion over where our power needs to come from.
Unfortunately, in many cases, these power sources (ie. wind, solar, wave etc.) come with challenges that need to be overcome before they can be fully relied upon.
When power is generated in those forms, the timing doesn’t always correlate with the heavier demand periods that the grid and its huge amount of consumers want it.
So whenever a utility provider talks about these types of power sources, inevitably that discussion will include what’s known as an Energy Storage Solution (ESS).
Typically when they do this, they’re referring to a lithium-ion grid-integrated solution—ie. a giant battery location.
But you can’t safely and efficiently have that without a Battery Management System (BMS).
Currently, the world is operating these projects with only basic BMS capabilities.
What Extreme Vehicle Battery Technologies Corp. (CSE:ACDC) (FSE:EVBT) offers to enhance this solution is an AI-integrated smart BMS.
As the world transitions to smart grids, this will be an absolute requirement to handle the load.
By implementing a smart BMS system, such as EV Battery Tech’s, the end-users benefit greatly from more sustainable power consumption that’s balanced out by what’s called Dynamic Peak Shaving.
This allows the system to recharge and store energy during the periods of lower consumption, and deliver energy to help carry the load during those peak times of need.
As well, this can (and should) significantly help usher in the electric vehicles revolution, which today is being hampered by inefficient charging station technology.
Essentially, if a grand rollout of new infrastructure is coming to accommodate the wave of EVs hitting the roads in the years to come—it would be extremely wise if they were done “smartly”.
This means, incorporating peak dynamic shaving, remote monitoring, meeting smart grid guidelines, and collecting real-time meta data to improve efficiency.
PROVIDING THE RIGHT SOLUTIONS TO TRANSITION TO RENEWABLE ENERGY… TODAY
While there is still quite a bit of planning underway to move major population centres and energy demands over to renewables, the reality is it’s going to take some major technological advancements before we can safely make the jump.
Thankfully, EV Battery Technologies (CSE:ACDC) (FSE:EVBT) is offering one of the best solutions for this transition TODAY.
In order to get to where we need to be, there needs to be big technological shifts in everything from delivery of power to storage of power to maintenance of power… and ultimately how we consume power.
And all that requires smart Artificial Intelligence (AI) learning, which is central to EV Battery’s offerings.
However, in order to have proper AI, you’re going to need roughly 10+ years of data points gathered—all of which need to be all encompassing to be valuable.
Hence, this is where the partnership with RichPower is so crucial.
Despite the fact that EV Battery Technologies has only been trading publicly since late last year, they come fully loaded with the expertise of RichPower, which has been developing this technology for quite some time now.
In this field, RichPower’s expertise is respected and drawn upon for several new battery tech platforms. Even Tesla sources some of their materials from RichPower.
Therefore, the relationship with RichPower and its over 70 globally recognized patents give EV Battery Technologies a huge running head start.
Through the partnership agreement, EV Battery Technologies has exclusive rights to these patents in a wide variety of markets, as they launch their products into North and South America, Europe, and Africa.
“We are very happy to be bringing our technology to the global markets through our partner EV Battery Technologies. We are extremely proud of our technology and the market share we have captured in Asia and we are now excited to partner with EV Battery Tech to become a disruptive force in the global markets.”
– Jingke (Jack) Han, President and CEO of RichPower
CHINA’S COMMERCIALIZED ENERGY SOLUTIONS, NOW FOR THE WORLD’S BENEFIT
The patented technologies exclusively offered through EV Battery Technologies (OTC:CRYBF) (CSE: ACDC) provide significant improvements to the basic BMS options currently in place, including: Longer Life, Heightened Battery Use Efficiency, More Accurate Reading, Real-Time Monitoring, and Remote Maintenance.
Longer Life comes from real-time power routing options to avoid and minimize damage. This includes the innovation of exclusion and isolation of individual damaged cells. The system re-routes power by excluding these damaged cells, while delivering a notice for routine maintenance to repair or replace the problematic source.
Overall this leads to heightened battery use efficiency. By differentiating between individual cell issues in real time, the system can continue to deliver constant power optimization and flow control, while also extending the life of the battery and delivering massive cost savings.
System administrators are given the tools to accurately read the system as it is running, and make adjustments (ie. repairs, re-routings, replacements and schedule maintenance) on the fly.
“We are very fortunate to be bringing proven technology to the North American market. RichPower has not only commercialized these technologies but made a name for themselves in China. We now have the opportunity to work with them to become an early mover in the North American market.”
– Bryson Goodwin, President and CEO of EV Battery Tech
THE INVESTMENT OPPORTUNITY
While the latest release for EV Battery Technologies (OTC:CRYBF) (CSE: ACDC) targets the home through the Ionix Home Smart Wall product, the company is very much focused on targeting the even larger markets of utility-scale operations—ie. large-scale ESS sites.
Even should they capture a small percentage of those BMS contracts, and EV Battery Tech instantly becomes a very successful company.
As it stands now, the general public is likely more aware of the battery manufacturers themselves, such as Tesla, Panasonic, and Energizer, to name a few.
But the BMS space itself is lesser known, and involves a very small number of players.
So for EV Battery Tech to enter this portion of the market with a smart solution, doesn’t come with the kinds of barriers to entry as some might expect at this stage in the game.
We’re talking about an EARLY play here. This is a NEW industry unfolding before our very eyes.
And it’s growing quite rapidly, as the Global Battery Management System Market is expected to rise at an incredible CAGR of around 18.5% until 2025.
*EV Battery Technologies only began trading in October 2020.
**All prices (unless marked) in USD, and taken from Yahoo! Finance on January 12, 2021
HOW IT WORKS
For any renewable energy revolution to take place, the tw o aspects of storage and management are absolutely fundamental to the success of the operation.
Right now, the newly generated energy is stored in large ESS sites, and the grid draws upon them as needed.
It’s a one-way transaction.
Where the future is going, is a two-way transaction.
The grid and the ESS need to communicate back and forth to work at peak efficiency levels.
More importantly, the BMS system—provided by EV Battery Technologies (OTC:CRYBF) (CSE: ACDC)—needs to work in a cohesive way, communicating not only with the grid itself, but also with the energy provider (ie. solar or wind generation sites).
Bringing these two entities together in harmony is key to this working out well for us.
EDITOR’S NOTE: Current BMS systems don’t do this at all!
“Our solution is pretty much the only solution of today that will meet the requirements of tomorrow, on this market of grid integration.”
– Bryson Goodwin, President and CEO of EV Battery Tech
PROVIDING THE SOLUTION FOR LI-ION BATTERIES
As it’s been stressed throughout this report, in order to achieve any grand goals of moving to renewable energy sources, it’s clear that Energy Storage Systems (ESS) will need to be in place.
As we transition, this form of battery may change too. However, with over ten years of accumulated data at its disposal, EV Battery Tech is well equipped to handle today’s batteries, as well as to tomorrow’s.
This isn’t just simple data, either. It’s very complex data that’s been used to train the AI to work as efficiently as possible.
EV Battery Tech’s AI-integration allows for remote maintenance and monitoring, and even in some cases allows for repair.
For safety reasons, their system will even go in and re-route power around broken or defective cells. Because of the sheer enormity of these ESS platforms, and the energy levels they contain, this type of BMS presents an absolute gamechanger, that could give more confidence to markets that have witnessed accidents such as in Arizona, and allow them to more comfortably make the switch.
By integrating EV Battery Tech’s BMS, the power supply not only can continue to deliver, but to do it safely and securely.
The applications of such a technology are vast, moving beyond just utility-scale operations, but also into medical and healthcare, telecommunications, military and defense, consumer electronics, and also electric vehicles (EVs).
Before we move into the age of renewable energy, some BIG changes are needed in terms of the technology required to maintain such a system.
SMART. EFFICIENT. SECURE.
They’re poised to deliver BATTERY MANAGEMENT SYSTEMS that no one else today is providing, with the expertise, data, and technology behind them to truly capitalize on a MAJOR investment opportunity only seen once per generation.
Nothing in this publication should be considered as personalized financial advice. We are not licensed under securities laws to address your particular financial situation. No communication by our employees to you should be deemed as personalized financial advice. Please consult a licensed financial advisor before making any investment decision. This is a paid advertisement and is neither an offer nor recommendation to buy or sell any security. We hold no investment licenses and are thus neither licensed nor qualified to provide investment advice. The content in this report or email is not provided to any individual with a view toward their individual circumstances. USA News Group is a wholly-owned subsidiary of Market IQ Media Group, Inc. (“MIQ”). MIQ has been paid a fee for EV Battery Technologies advertising and digital media from the company directly. There may be 3rd parties who may have shares of EV Battery Technologies, and may liquidate their shares which could have a negative effect on the price of the stock. This compensation constitutes a conflict of interest as to our ability to remain objective in our communication regarding the profiled company. Because of this conflict, individuals are strongly encouraged to not use this publication as the basis for any investment decision. The owner/operator of MIQ own shares of EV Battery Technologies which were purchased as a part of a private placement. MIQ reserves the right to buy and sell shares of EV Battery Technologies, and will buy and sell shares of EV Battery Technologies at any time commencing immediately without any further notice. We also expect further compensation as an ongoing digital media effort to increase visibility for the company, no further notice will be given, but let this disclaimer serve as notice that all material disseminated by MIQ has been reviewed and approved by EV Battery Technologies; this is a paid advertisement, and we own shares of EV Battery Technologies that we will sell, and we also reserve the right to buy shares of the company in the open market, or through further private placements and/or investment vehicles.
While all information is believed to be reliable, it is not guaranteed by us to be accurate. Individuals should assume that all information contained in our newsletter is not trustworthy unless verified by their own independent research. Also, because events and circumstances frequently do not occur as expected, there will likely be differences between any predictions and actual results. Always consult a licensed investment professional before making any investment decision. Be extremely careful, investing in securities carries a high degree of risk; you may likely lose some or all of the investment.
The future of healthcare is shaping up in front of our very eyes with advances in digital healthcare technologies, such as artificial intelligence, VR/AR, 3D-printing, robotics or nanotechnology. We have to familiarize with the latest developments in order to be able to control technology and not the other way around. The future of healthcare lies in working hand-in-hand with technology and healthcare workers have to embrace emerging healthcare technologies in order to stay relevant in the coming years.
Be bold, curious and informed!
Are you afraid that robots will take over the jobs of nurses, doctors and other healthcare professionals? Are you scared that artificial intelligence will control the world within a couple of years? Do you have nightmares about virtual reality addicted kids and adults running around in their non-existent dream world? Are you frightened to have a genetic test because it might reveal the day of your death?
These are all half-truths, fake news and other imaginary dystopias. In a more fashionable way: alternative facts about the future of medicine. However, these all have one thing in common: the fear about the unknown place called future and what it might bring upon us.
But no matter how scary the future might seem at the moment, we cannot stop technological development; and sooner or later we will find out that whole areas of our lives have been transformed through various digital technologies. Thus, our task at the moment is to face our fears about the future with courage; to turn to technologies with an open mind and to prepare for the changing world with as much knowledge as possible.
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Protected: Extracting Big Value by Developing and Commercializing Functional and Psychedelic Medicine Products (2)
Protected: Extracting Big Value by Developing and Commercializing Functional and Psychedelic Medicine Products
It’s official, we are now entering ‘BULL’ territory in the Gold sector! When this happens, and we love when it does, it presents a multitude of opportunities for us, so we wanted to outline one such opportunity for you to take a look at:
Back in March of 2016, the stock of a relatively small Canadian junior mining company called Marathon Gold began a 4-year run on the road to a 10x valuation.
Excitement progressively grew around its Valentine Gold Project in the world leading mining jurisdiction of central Newfoundland.
To date, four gold deposits at Valentine have been delineated, and a 2018 Preliminary Economic Assessment showed it could sustain open pit mining and conventional milling over a 12-year mine life.
In total, the mineral resource on the project comprises 3.09 million ounces Measured & Indicated at 1.75 g/t Au, and another 0.96 million ounces Inferred on a 20km trend.
When Marathon announced step-out drilling in March 2016 that they’d successfully expanded the Valentine deposit’s mineralized corridor, the stock began to climb.
The stock’s run truly began on March 20th, 2016 at $0.17. By May 10th, 2020, Marathon had more than completed the ten-bagger journey.
Today in 2020, another journey beginning on the other side of the lake… at $0.17.
Just 30km across the lake from Marathon, are two projects located within the very same Cape Ray Fault Zone as the Valentine Lake project— both 100%-controlled by the same company.
The first project is a large package, covering 12 km of the Cape Ray Fault Zone directly between not only Marathon Gold’s Valentine Lake deposits, but also Australia-based Matador Mining’s Cape Ray deposits.
The other project is a 192-claim unit property located proximal to Marathon’s Valentine Lake deposits.
But those are only the company’s gold properties.
This company also has interests in a large land position in Ontario, targeting platinum-palladium.
Just last year platinum was being deemed by analysts as the “Most Precious Metal”.
Now the company appears to be in the midst of a healthy 2020.
Over that period of time, this company has confirmed its approval to acquire the platinum-palladium property in Ontario, announced work on its two properties in Newfoundland, and also began trading on the Frankfurt Exchange.
It’s worth taking a deeper look into why this company is in a healthy position in two of Canada’s best mining jurisdictions, with a trio of projects they could build a legacy upon.
In Newfoundland, Quadro is developing its Staghorn and Long Lake projects, both of which are gold-rich systems that have significant work planned for 2020—Staghorn in Q2, and Long Lake in Q3.
In Northern Ontario, Quadro just recently secured a 70% option on the Seagull Lake project, which comes with high-grade intercepts of PGE and targets already identified.
By establishing its three projects (Staghorn, Long Lake, and Seagull Lake), Quadro is making a case to become a peer to its neighboring miner heavyweights, such as Marathon Gold, and Impala Platinum Holdings. Drilling and field testing to date have suggested results in line with Marathon grades and numbers.
As a Canadian junior mining company, it’s also worth noting Quadro’s relatively tight capital structure:
- 50 million shares outstanding
- 11 million shares held by management and insiders, including two public companies which have a financial interest in the projects
- Combined with strategic partners, 40% of Quadro shares are spoken for
A COMPARISON OF NEWFOUNDLAND GOLD PROPERTIES
In terms of the Policy Perception Index (PPI) in 2019, Newfoundland and Labrador placed in the Top 10 jurisdictions in the world (and 2nd highest in Canada)—According to the most recent Annual Survey of Mining Companies put out by the Fraser Institute.
The PPI is a composite index that measures the overall policy attractiveness of all the 76 jurisdictions in the study.
Policy-wise, the jurisdiction offers a clearer path forward as companies plan out their journey to production.
Both of the companies’ properties are on strike from each other, and are traversed by the auriferous Cape Ray Fault, and associated Rogerson Lake Conglomerate unit.
They’re separated by a 30 km expanse of water—Victoria Lake.
Marathon’s property hosts the multi-million ounce Valentine Lake gold trend, which terminates to the southwest at the short of Victoria Lake.
Whereas the northeast (Ryan’s Hammer) portion of Quadro’s Staghorn property extends to the opposite shore of Victoria Lake, where similar gold mineralization has been located in float and drill holes.
Marathon’s gold system consists of a series of stacked Quartz-Tourmaline-Pyrite-Gold veins hosted in a granodiorite unit, proximal to the overthrust Rogerson Lake Conglomerate.
Mineralization at Quadro’s Staghorn is generally hosted in Arseonpyrite-Pyrite-Quartz veins within a diorite/granodiorite unit proximal to the Rogerson Lake Conglomerate. Gold is also found in strongly sheared sediments associated with the Cape Ray structure.
Marathon has completed more than 275,000 meters of drilling.
Drilling on Quadro’s Staghorn at the Ryan’s Hammer, Ryan’s Hammer East and Mark’s Pond areas’ soil anomaly amounts to approximately 1,000 meters. Two new wide auriferous zones have been discovered from this drilling, and now requires step out drilling.
It was the timing of step-out drilling in 2016 on Marathon’s Valentine deposit that corresponded with the kickstart of that company’s exceptional run from $0.17 to $1.76 today.
THE STAGHORN PROJECT
Quadro Resources Ltd. (TSXV: QRO / FSE: G4O2) owns a 100% interest in the large Staghorn Project land claim package that covers 12 km of the auriferous Cape Ray Fault Zone, located directly between Marathon Gold’s Valentine Lake deposits and Matador’s Cape Ray deposits.
To date it has completed two drill programs on the project:
- In 2017 — 1466m in 9 holes focused on the Woods Lake Zone.
- This program confirmed the widespread extent of an auriferous altered grandiorite within a flexure of the Cape Ray fault and will require additional drilling to better define higher grade zones within the package
- In 2018 — 887m in 5 holes focused on completing a fence of holes across the Cape Ray structure at Ryan’s Hammer.
- This drilling combined with previous drilling to the east has partially outlined two wide gold trends with only one drill cut in each trend.
Through compiling these drill results (along with other field work such as prospecting/geophysics and soil sampling), Quadro has outlined three high priority targets in the northeast end of the Staghorn property, 30 km on strike from the Marathon Gold deposits.
In 2020 Quadro is set to embark on a proposed 2500 m drill program focused on discovery and development of deposits in the same style as Marathon Gold’s.
The program includes:
- Ryan’s Hammer
- Initially a prospecting discovery consisting of numerous slabs of angular float of mineralization granodiorite with values up to 32.15 g/t Au.
- One hole drilled in 2018 as part of a fence across this area intersected 0.145 g/t Au across 50 meters.
- 100 meter step out holes are recommended.
- Ryan’s Hammer East
- Located 300 to 500 meters across strike from the high grade float, previous drilling intersected 0.184 g/t Au over 71.2 meters in a moderately veined and altered granodiorite.
- Additional drilling is required to further test the granodiorite.
- Mark’s Pond
- This target is outlined by a 800 m by 300 m gold-in-soil anomaly with values up to 7,000 ppb gold.
- The target is coincident with the northern edge of a diorite intrusive body and the regionally significant Rogerson Lake conglomerate.
- Four holes are planned to test this soil anomaly.
ANOTHER NEWFOUNDLAND GOLD CONTENDER
The 192 claim unit property is located proximal to Marathon Gold’s Valentine Lake deposits.
Long Lake’s property highlights include two areas of strong gold in soil and tills which to date have never been followed up.
Vendors took two till samples from a Tower gold-in-soil anomaly and processed them at Overburden Drilling Management Limited (ODM).
Both samples were highly anomalous as follows:
According to Don Holmes, P.Geo of ODM in late 2019, the No. 01 sample was collected at the site of a historical gold soil geochemical anomaly, and No. 02 was collected several meters adjacent.
A program of excavator trenching, prospecting and additional geochemistry is planned in 2020.
Quadro plans to drill high grade zones that have been identified by soil testing. With approximately 200 Sq. Kms over the two assets, there is more than enough running room to replicate the size and scope of Marathons Victoria Lake project.
CHASING PLATINUM-PALLADIUM IN ONTARIO
In 2019, the lesser talked about palladium took off to become the hottest precious metal in the world.
Among experts, it even opened this year being labeled as “more precious than gold”.
Primarily mined in Russia and South Africa, 85% of palladium ends up in catalytic converters in car exhausts to reduce air pollution. However usage started increasing as governments (especially China’s) started raising standards on pollution from vehicles.
Now there are supply concerns over the obscure metal as it traded above gold for most of the past year.
Earlier this year in February, Quadro Resources Ltd. (TSXV: QRO / FSE: G4O2) announced an option to acquire a 70% interest in the platinum-palladium prospective Seagull Lake Property from White Metal Resources Corp.
Located an hour north of the port city of Thunder By, and 50km south of Impala Canada’s Lac des Iles Mine (previously North American Palladium), the Seagull Lake property comes with excellent infrastructure—including paved and gravel roads, natural gas pipeline and power lines in the area.
Impala Canada recently paid $1.0 billion to acquire North American Palladium’s Lac des Ile Mine—Canada’s only primary PGE mine.
Quadro’s Seagull asset is comprised of 492 single cell mining claims totaling 10,390 hectares. Historic holes on the property targeted semi massive to massive sulphides at +800m depths.
Drill intersections include grades of up to 3.6 g/t PGE, 0 34% Cu, 0.21% Ni over 21 m, and 1.04 g/t PGE, 0.14% Cu, and 0.16% Ni over 16 m.
Three styles of PGE mineralization have been identified in the Seagull Intrusion: PGE rich detrital “black sands”, magnetite PGE rich layered “reef type”, and “Norilsk type” basal Cu Ni PGE rich sulphide bearing cumulates.
The company believes there is potential for the discovery of a Norilisk (Siberia) type PGE Cu Ni and contact type PGE sulphide mineralization.
Judging by other plays in the area this could be plausible.
The tremendous potential of the Thunder Bay North region is evidenced by Rio Tinto’s Escape Lake property (recently consolidated by Clean Air Metals Inc.), and Impala Canada’s Sunday Lake Property, which has had the following results:
- 35.8 m of 4.5 g/t Pt+Pd+Au (“3E”)
- 41.2 m of 3.22 g/t Pt, 2.08 g/t Pd, 0.21 g/t Au.
PGE zones at Seagull are wide open for expansion and drill permitting is underway.
Quadro’s work program will comprise of follow-up drilling on the high-grade intercepts identified by PTM and testing the PEM OFF HOLE geophysical anomaly that was never properly tested by PTM due to deviation of the previous drill holes.
The company will also test a magnetic anomaly considered to be the feeder zone for the Seagull Intrusion and a possible source of the copper, nickel, PGE mineralization.
Additional targets include the up-dip potential of the Lower Dunite Reef Zone PGE mineralization. Compilation of the existing data base accumulated by the previous operators is in progress and additional PGE targets have been defined from the 3D Mag inversion data.
VETERAN MINING MANAGEMENT TEAM AND BOARD
T. Barry Coughlan, BA – President & Chief Executive Officer, Chairman
Vancouver based businessman and financier Coughlan has been involved for more than 30 years in the financing of publicly traded companies. He’s presently a director of five publicly traded companies and was previously a director of Taseko Mines Ltd., Great Basin Gold Ltd., Farallon Mining Ltd., and Continental Minerals Corp. Over his career he has been involved in the financing of +30 private companies and their subsequent listings on North American Stock Markets. He is currently the Executive Chairman of Mineral Mountain Resources Ltd.
Wayne Reid, P.Geo – Vice-President Exploration
Spanning a variety of Canadian geological terrane, from Newfoundland to Northern B.C. and Alaska, Reid has +35 years of experience in exploration and mining geology, involving gold, base metal and uranium exploration in most geological environments in North America. He was part of the team in the discovery of the Brewery Creek Gold Deposit in the Yukon Territory and the Boundary Massive Sulphide Deposit / Duck Pond Mine in Central Newfoundland.
Tom Wilson, CPA-CA – Chief Financial Officer
Wilson has more than 35 years of corporate experience in all areas of financial management and administration including corporate governance, government and securities compliance and financial administration, for both public and private companies. Within the mining sector, he’s been CFO for the following companies: Quadro Corp., ICN Resources Ltd., Paragon Minerals Corporation. Previously, Mr. Wilson was the VP/Treasurer of Cellfor Inc.; the CFO for Quest University; Corporate Controller for MDSI; and Senior Manager at MacMillan Bloedel Limited.
Gordon Fretwell, B.Comm., LL.B. – Corporate Secretary
Formerly a partner in a large Vancouver law firm, Fretwell has, since 1991, been practicing primarily in the areas of corporate and securities law. He currently serves on the board of several public companies engaged in mineral exploration including: Asanko Gold Inc., Quartz Mountain Resources Ltd., Canada Rare Earth Corp, and Coro Mining Corp.
Brian Corrall, CA – Director
Corrall is the former President of CWA Consultants Inc. and Chief Financial Officer of GB Energy Holdings Inc. He’s held various financial positions at MacMillan Bloedel/Weyerhaeuser, BC Coastal Region for 30 years and served as a Director of Finance until November 2005. He’s been a Director of Quadro Resources Ltd. since January 2005 and served as an Independent Director of ICN Resources Ltd (formerly Icon Industries Ltd.) until September 2009. Corrall has been a Chartered Accountant and Financial Consultant since December 2005.
Trevor Thomas, LL.B. – Director
Thomas has practiced in the areas of corporate commercial, corporate finance, securities, and mining law since 1995, both in the private practice environment as well as in-house positions and is currently general counsel for Hunter Dickinson Inc. Prior to joining Hunter Dickinson Inc. he served as in-house legal counsel with Placer Dome Inc.
Nelson Baker, P.Eng. – Director
Baker has been active in the mineral exploration industry for over 50 years. He has been the President and CEO of Mineral Mountain Resources Ltd. since July 2010. Over the years he has served on several boards particularly in the junior resource sector. He was one of the founding principles of Rainy River Resources Ltd., and served as a director, President and CEO of Rainy River from March 2005 to June 2009. During that period, he and his team successfully expanded the Rainy River gold deposit from 450,000 ounces to 5 million ounces of gold.
Stephen Stares – Advisor to the Board
President and CEO of Benton Resources, Stephen Stares is a successful mining entrepreneur with +25 years’ experience in mineral exploration. With Noranda exploration he spent 7 years on projects including the Hemlo gold mines, Eagle River gold deposit and the Geco and Mattabi base metal camps. He also spent 10 years managing the operations of Stares Contracting Corp., a successful mineral exploration services company based in Thunder Bay, Ontario. In March 2007, Stephen and brother Michael, were the proud recipients of Prospectors and Developers Association (PDAC) Bill Dennis Prospector of the Year Award. This award was given to recognize the family’s contributions to the industry of the past 40 years.
Alexander “Sandy” Stares – Advisor to the Board
President and CEO of Metals Creek Resources, “Sandy” Stares has +18 years’ experience in mineral exploration, spanning a variety of Canadian geological terranes, from Newfoundland to Yukon. Prior to forming his own Contracting Company – Stares Prospecting Ltd. – he worked with IndoMetals, Rubicon Minerals Corporation, Freewest Resources of Canada, New Millenium, Lac Des Isle Mines and Noranda. He was instrumental in the discovery of the H-Pond Gold Prospect and the Lost Pond Uranium Prospect. He has discovered numerous major mineral occurrences in Canada and abroad which have been the subject of extensive exploration programs. He was also one of the recipients of the PDAC’s Bill Dennis Prospector of the Year Award” in March 2007, which was awarded to members of the Stares/Keats family.
- Promising Newfoundland Real Estate over two propertiesincluding the Staghorn Gold project near Marathon Gold’s ~4.2 million oz Valentine Lake Deposits, and the Long Lake Gold property immediately north of Marathon Gold’s Valentine Lake property.
- Seagull Lake Property in Ontario within an hour of the city of Thunder Bay, and 28km north of new copper, nickel, platinum, palladium discoveries of Rio Tinto and Magma Metals, and 50km southeast of the North American Palladium mine.
- Extensive Exploration Programs planned in 2020 on all three projects, with the goal of step-out drilling to expand the deposits.
- Tight Share Structure with 50 million shares trading. Strategic partners and management have approximately 40% interest of the shares I/O.
- Proven Management Team and advisor board, with plenty of Canadian mining experience in a variety of terrane.
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Gold has long been regarded as a safe haven in times of market turmoil. Many investors have gained exposure to the precious metal by buying stocks of companies engaged in exploration and mining.
Now more than ever everyone is looking for “it”, yet most can’t find “it” & by “it” we’re referring to OPPORTUNITY IN THE STOCK MARKET!
When Presenting a True Wealth-Building Opportunity in Times of Uncertainty There is 1 Key Factor to Consider:
What are the “recession-proof” industries, meaning if the world continues to fall into uncertainty what industries will provide investors with the biggest opportunity to thrive?
The answer and PRIMARY EXAMPLE of a “recession-proof” industry is the GOLD & MINING SECTOR!
During the 2008 financial crisis companies like Barrick Gold Corporation saw massive gains. From January 1, 2007, to January 1, 2008 (NYSE: GOLD) saw its price per share increase over 73% when it went from $29.61 to $51.44
The above is just an example of what can happen, and we’ve got our eyes on a few emerging growth comapnies in this sector. If you’re interested in learning more, enter your email address in the box provided on this page and we will email you the information.