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Increasing popularity of #hybrid vehicles aiding global push for sustainability – New Age Metals $NAM.ca River Valley is the largest undeveloped primary #PGM Mineral Resource in North America $WG.ca $XTM.ca $WM.ca $PDL.ca

Posted by AGORACOM-JC at 11:22 AM on Thursday, September 19th, 2019

A look at a mineralized outcrop containing Platinum Group Metals (PGMs) on the River Valley project site. Metals such as PGMs and lithium will continue to experience sustained increases in demand as the global push for sustainability becomes mainstream.

  • The future of transportation is poised for sustainability through the global adoption of hybrid electric vehicles (HEVs) and fully battery electric vehicles (BEVs)
  • Industry experts are forecasting a consistent increase in demand for lithium, used to develop the batteries in HEVs and BEVs
  • Industry experts are also forecasting an increase in demand for the Platinum Group Metals (PGMs) used by autocatalyst manufacturers, to ensure compliance with tightening emissions regulations
  • New Age Metals’ flagship River Valley primary PGM project in Ontario, and lithium division with assets in Manitoba positions the company as a key player in the growth of HEVs and lowering CO2 emissions

By: Jason Smith

Harmful carbon dioxide emission levels are rising globally, largely due to the use of fossil fuels as the primary source of energy used by the transportation industry. Examples of this use include the powering of jumbo jets, container ships and semi-trucks. Passenger vehicles also rely on fossil fuels and have a bad reputation for the amount of pollutants they release into the atmosphere on a daily basis.

However, passenger vehicles produce more than four times the greenhouse gas (GHG) emissions of all domestic aviation, according to the Globe and Mail. The focus over the last few years has been on making these passenger vehicles more environmentally-friendly, which is a large reason why automakers have started producing electric or hybrid electric vehicles (HEVs).

While automakers are being forced by emissions regulation to reduce their carbon footprint, the majority of consumers are not ready to go fully electric and are increasingly choosing hybrid vehicles to bridge the gap with cars that solely use batteries. With more vehicles being sold worldwide each year, especially those that are less pollutive, automakers will need more of the critical raw materials used to create the hybrid and electric vehicles.

This need for less pollutive methods of transportation is where lithium and palladium enter the picture. Lithium is used to produce batteries, but the size of car batteries used in HEVs and the increase in HEV sales that is anticipated by the industry will require substantially more lithium than what is available in the market today. Palladium, which is a member of the PGM family, is largely used to reduce pollution that originates from vehicles operating with internal combustion engines (ICE) through its use as the primary ‘catalyst’ in catalytic converters (commonly known as auto-catalysts).

While palladium is often overlooked when it comes to the push for sustainability, it has played a huge role in reducing the amount of toxic emissions being released into the atmosphere. This positive impact is most noticeable in urban areas where automobiles are concentrated. The value of an ounce of palladium has increased exponentially in the past year, rising 60 per cent year-over-year in Sept. 2019 from under USD$950 to over USD$1500. The reason for the dramatic price movement is due to supply concerns and the metals value as the premier option for use in auto-catalysts.

With ICE-powered vehicles not going away any time soon, the global demand for palladium will endure as a pollution-control device, and investors are taking notice. Anton Berlin is the head of strategic marketing at the world’s largest producer of Palladium, Norilsk Nickel. He recently stated, “Hybrids — cars with both an electric battery and a combustion engine — will dominate the electric vehicle market in the long-run, which suggests a long-term advantage for the PGM market.”

The extensive infrastructure required to support a universal transition to EVs still needs time to be completely fleshed out but is gaining speed. According to a new report entitled, “2019 Investor’s Business Daily/TIPP Electric Vehicle Outlook Study,” range and available charging stations are what make potential EV buyers the most apprehensive, although these are issues that are currently being addressed.

Regardless, the desire to limit pollution is leading to the growing demand for middle-ground HEVs, which is causing car manufacturers to focus on their abilities to design and assemble automobiles that emit less noxious fumes primarily through the use of palladium and lithium.

Research has shown that hybrid electric vehicles actually require more palladium and lithium than traditional gasoline-powered vehicles, so increased adoption of hybrid vehicles will subsequently increase demand for these metals.Harry Barr, CEO, New Age Metals.

A flagship project in a historic mining district

Anticipating the continued strength in demand for palladium and the general forecast for lithium demand is New Age Metals (TSX.V: NAM, OTCQB: NMTLF, FSE: P7J), bolstered by the company’s flagship River Valley project in the Sudbury region of Ontario. The Sudbury region, known as the mining capital of Canada, is largely dominated by major mining and processing operations run by Vale and Glencore.

However, these companies’ operations are facing depleted ores to feed processing facilities and may need to acquire additional sources to operate closer to their intended capacity. This is where River Valley comes in as an integral player, which lies just 100 km from Sudbury and hosts 2.9 million ounces in the (NI-43 101 compliant) measured and indicated category of palladium-equivalent (PdEq) resources and 1.1 million ounces in the inferred category.

Diagram of New Age Metals’ current project locations. Supplied

Harry Barr, CEO of New Age Metals, is well aware of the role his company is poised to play as demand for hybrids continually increases. “Research has shown that hybrid electric vehicles actually require more palladium and lithium than traditional gasoline-powered vehicles, so increased adoption of hybrid vehicles will subsequently increase demand for these metals,” he notes.
New Age Metals recently had a preliminary economic assessment completed on River Valley, projecting a mine with a 14-year lifespan, 6 million tonnes annually of potential process plant feed at an average grade of 0.88 g/t PdEq and a process recovery rate of 80 per cent, resulting in an annual average payable PdEq production of 119,000 ounces.

Barr elaborates, “It’s unique to have a deposit of mineable platinum group metals in North America, and very unique to have a deposit near so much processing infrastructure that’s also close to car manufacturers,” emphasizing the advantageous position the company finds itself in with River Valley. 

With this in mind, Barr and his team are focused on maximizing this opportunity to expand the resources at River Valley and develop it to a point where the project achieves feasibility and is producing. In the meantime, the project also has tremendous exploration upside and management plans to continue with an aggressive exploration program.
A credible investment alternative to the big PGM players

A key advantage for the River Valley project is its location in a safe, reliable mining jurisdiction. The majority of the world’s palladium currently comes from South Africa and Russia, both of which could be problematic in terms of long-term supply security, political issues and concerns regarding human rights and sustainability.

Worth noting is the fact that Norilsk Nickel is not only the worlds’ largest producer of palladium and nickel, but also the largest emitter of sulfur oxides which is a pollutant considered immediately dangerous to life and health.

Fortunately, New Age Metals’ Ontario-based project offers the benefit of being located in a safe jurisdiction that has excess processing infrastructure and is known for moderating the environmental impacts from mining and smelting. Barr explains, “Sudbury’s been a mining center for 120 years, so every type of mining service is nearby.” Given this unique situation, the company represents a credible investment opportunity.

Sid Rajeev, vice-president of Fundamental Research Corp., conducted a thorough analysis of the River Valley PEA. He notes, “Our biggest takeaway from the PEA was that, at a reasonable palladium price estimate of USD$1,200 per oz, the study showed an after-tax net present value at 5 per cent of $138 million. New Age Metals’ current enterprise value is just USD$3 million, implying that shares are trading at just 2 per cent of net asset value.”

This level of potential upside is rarely available to the investment community and as New Age Metals brings River Valley towards pre-feasibility, it’s unlikely that the company will remain undervalued for long.

Our biggest takeaway from the PEA was that, at a reasonable palladium price estimate of USD$1,200 per oz, the study showed an after-tax net present value at 5 per cent of $138 million. New Age Metals’ current enterprise value is just USD$3 million, implying that shares are trading at just 2 per cent of net asset value.Sid Rajeev, vice-president, Fundamental Research Corp.

Having a substantial deposit of PGMs in North America positions New Age Metals to benefit from the future of sustainability, however there is a general lack of knowledge about PGMs in North America due to the low number of primary PGM producers in the arena. The company is in the process of moving River Valley along the development curve but is also seeking a qualified partner to assist in further exploration and development of the project.

New Age Metals’ lithium angle

Adding to the company’s green energy story is its suite of lithium projects in Manitoba. The demand for this metal is forecasted to increase by 20 per cent per year through to 2028. With lithium in high demand due to the ever-increasing growth in the popularity of battery-powered vehicles, these projects give the company optionality on lithium discovery; two of its eight projects are currently drill-ready. Plans to drill on the ‘Lithium One’ and ‘Lithium Two’ are in place and company management is anticipating the initiation of these drill programs in the near future.

The company’s lithium projects are situated along strike of the Tanco Pegmatite and the claims encompass several pegmatite groups. The projects are also located 140 km northeast of Winnipeg, Manitoba. The Tanco mine was owned by the Cabot Corporation who announced in Jan. 2019, that it would be selling the mine to Sinomine Rare Metals Co. Ltd for USD$130 million. This sale demonstrates a high interest in the project and potentially the surrounding area, which lends credibility to New Age Metals’ projects, based on shared geology and proximity.

Exploration on Lithium One is ongoing with concentration of the northern section, with focus on the Annie and Silverleaf Pegmatites. Silverleaf Pegmatite has zones of spodumene and lepidolite exposed on surface with samples up to 4.1 per cent lithium oxide (Li2O). The Annie Pegmatite returned values up to 0.6 per cent Li2O and 0.37 per cent Ta2O5.

On Lithium Two, the Eagle Pegmatite is exposed on surface and was last drilled in 1948, and at the time it was indicated that it remains open to depth and along strike. A historic tonnage of 544,460 tonnes of 1.4 per cent Li2O was reported during this year, however the actual amount has not been confirmed by a qualified person at this time.

An ownership map showing Tanco Mine location proximity to New Age Metals projects. Supplied

With drilling set to begin in Manitoba and River Valley continuing to move along the development curve, New Age Metals expects to consistently generate valuable news for investors in the coming months, keeping the company top-of-mind. Its position in palladium and lithium provide the company with incredible potential as a high-performing source for investment as the need for sustainable transportation continues to be a significant social issue.

To learn more about New Age’s operations and project portfolio, visit them online: newagemetals.com

The following video is a short overview of New Age Metals, and outlines some of the reasons why the company is an avenue for investment in the future of sustainability associated with the electrification of transport

WATCH VIDEO

Source: https://business.financialpost.com/business-trends/increasing-popularity-of-hybrid-vehicles-aiding-global-push-for-sustainability

#Palladium prices top $1,600 to tally highest settlement ever and New Age Metals $NAM.ca Owns North America’s largest primary #PGM deposit $WG.ca $XTM.ca $WM.ca $PDL.ca

Posted by AGORACOM-JC at 5:58 PM on Thursday, September 12th, 2019

SPONSOR:

  • The company hosts North America’s largest primary PGM deposit
  • Updated NI 43-101 Mineral Resource Estimate of 2,867,000 PdEq Measured and Indicated Ounces, with an additional 1,059,000 PdEq Ounces Inferred

Read More

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By MyraP. Saefong Markets/commodities reporter

  • Palladium futures topped $1,600 an ounce on Thursday to finish at the highest level on record, shaking off recent data showing a decline in Chinese auto sales, as emissions standards fueled bets surrounding strong demand for the metal used in pollution-control devices.

“Palladium has witnessed a resurgence in price over the past two months, much in line with other hard assets such as gold, platinum and silver,” said Ryan Giannotto, director of research at exchange-traded fund issuer GraniteShares. “What distinguishes palladium is its unique position spanning precious and specialty industrial metals, and this latter characteristic has benefited the metal in the momentary detente in the U.S.-China trade conflict.”

President Donald Trump on Wednesday announced he would delay a tariff hike —from 25% to 30%—that was scheduled to take effect Oct. 1, until Oct. 15., “as a gesture of goodwill.”

The rally in palladium, which used in vehicle pollution-control devices, comes despite data this week from the China Association of Automobile Manufacturers which showed that China’s total auto sales fell 6.9% from the same month a year earlier to 1.96 million, according to Reuters.

Palladium for December delivery PAZ19, +3.65%  climbed $48, or 3.1%, to settle at $1,604.80 an ounce on Comex after tapping a high of $1,616.50. Prices for the most-active contract have never settled above the $1,600 mark, based on records going back to January 1977, according to Dow Jones Market Data.

The metal previously settled at a record $1,588.10 on July 10 of this year and has gained 50% in the year to date.

“Auto sales have slowed, but this is more than completely offset” by increased loadings per car for transport on China 6 emission standards and “real-world driving (as opposed to fixed-in-a-lab testing) in Europe, R. Michael Jones, president and chief executive officer of Platinum Group Metals Ltd. PLG, -1.16% told MarketWatch. “In the USA, strong SUV and truck sales are also creating continued demand.”

Annualized August auto sales in the U.S. were “better than expected” and up 2% year-over-year at 17 million vehicles, equal to a three-month average, analysts at Evercore ISI wrote in a note last week.

Looking ahead, aggressive interest-rate cuts “should be supportive to auto sales and palladium, as long as the risk-on mood continues…,” analysts at Zaner Metals said in a daily report Thursday.

Source: https://www.marketwatch.com/story/palladium-prices-top-1600-to-tally-highest-settlement-ever-2019-09-12

St-Georges Eco-Mining $SX $SX.ca $SXOOF Provides Corporate Update

Posted by AGORACOM-JC at 9:12 AM on Tuesday, September 3rd, 2019
  • Advancing lithium technology initiatives;
  • Pilot plant design and preparation on-going;
  • Iceland Resources fieldwork commencing;
  • Julie nickel work program;Kings of the North – completion of the sale and purchase transaction anticipated by the end of September 2019;
  • ZeU Crypto Networks listing imminent and product developments at final stages;
  • Borealis Commodity Exchange, interviews potential board and management candidates;
  • white paper expected within Q4;
  • Hydro-Dam Project in Iceland advancing on its environmental permits.

Montreal, QC September 3, 2019 – St-Georges Eco-Mining Corp. (CNSX:SX.CN) (OTC:SXOOF) (FSE:85G1) would like to update its shareholders on its on-going corporate developments.

During the last 12 months the management and directors of the company have streamlined the structure of the Company and its projects. The core competences and focus of the Company are lithium metallurgical technology, gold exploration in Iceland, and the Julie nickel project.

Mineral Processing and Exploration Initiatives

Lithium Technology

Following the successful completion of the Stage 1 agreement with our client Iconic Minerals (TSX.V:ICM) and as announced on July 24, 2019, the Company continues to advance the work to complete Stages 2 and 3 of the agreement.

The company continues to work towards developing its technology with solids (clay and hard rock). Applying the leaching and purification strategy from clay to hard rock resources is on-going.

The Company is looking at opportunities to apply its technologies to mining projects that are advanced. Discussions have been initiated. There is no certainty that these discussions will lead to definitive agreements.

Pilot Plant

The Company’s metallurgical team has finished the conceptual design of the lithium pilot plant and is now advancing into detailed technical design with equipment vendors, as well as finding an appropriate site on which to build the plant. The Company expects that the construction of the plant could commence within this quarter or early Q1 2020 depending on site location that is currently under review and necessary permits approvals from local authorities.

Iceland Resources

The previously announced work program on March 2 of this year was approved by the Icelandic authorities on August 21. The Company is engaging its team to start work in Iceland as soon as work in eastern Quebec has been completed. It is expected that fieldwork will commence in mid-September and will be on-going throughout the year. The areas of focus will be Trollaskagi (Troll), Vopnafjor?ur (Vopna), and Thormodsdalur (Thor).

The Company has not yet received approval to drill Thor and may need to revise its approach in terms of getting drilling approval. The Company is of the view that the municipality cannot prevent the Company from drilling activities on-site. Management is evaluating its options and expects drilling to commence before year-end.

Julie Nickel

Following last year’s fieldwork, the Company’s geological team and exploration sub-contractors will do further drilling on the Julie nickel property. An effort will be made to get a bulk sample to advance a nickel-iron initiative within the Company’s metallurgical team.

Nickel and copper concentrating efforts will be initiated shortly with potential research grants. In addition, the Company is looking at ways to capture the full value chain of the resource including recovering the iron. Preliminary discussions have been initiated to work on a ferro nickel development with a consortium planning a project in Quebec.

Investments and Development Companies

Kings of the North – BWA

St-Georges’ geological team together with its exploration contractors has been doing fieldwork on the Nova Gold project in eastern Quebec and is expected to return from the site the first week of September.

The Company has also taken samples from the Isoukustouc property and awaits the sample results.

Per the announcements regarding the sale of the Company’s subsidiary Kings of the North to BWA Group plc on May 30 and August 5, 2019, the Company is waiting for the completion of the proposed transaction which is expected to take place on or before September 30.

Following the acquisition, the project’s expenditure and work programs will be the responsibility of BWA Group plc.

ZeU Crypto Networks

The review of the updated filing statement provided by management to the Canadian Securities Exchange in early June has been completed. The final requirements requested by the Exchange are being finalized by the management.

The Company has signed a joint venture agreement with St James House PLC and has mandated its Maltese legal advisors to move forward with both the joint venture corporate structure and the lottery and gaming licenses

The Company’s developments in September include:

  • – A working demo of the SaaS platform base module will be rolled out. – Live testing of MulaMail with a select group of people is scheduled to begin. – Development of the Social Networking App is expected to start.

In light of recent technological developments, the company has received interest from third parties to collaborate in the development of aerospace applications.

Borealis ehf

Borealis ehf is a hybrid blockchain ledger-driven platform. Borealis will harness ZeU Crypto Networks technology and aims to limit transaction costs while keeping control of smart contract token issuance and utility tokens in a distributed platform. It will be regulated by the Icelandic and Maltese governments.

The Company has been interviewing potential board members with the relevant experience and contacts in preparation for the operations ramp-up scheduled for early 2020. The software has undergone beta testing within the technical team for the last few months, and the project’s white paper is expected to be issued in Q4, 2019.

Hydro-Electric Dam Project

The Company has been informed that the environmental impact assessment and permitting process is advancing positively. Islensk Vatnsorka expects a positive outcome in the latter part of 2020 for its permit to start construction. The Company has engaged in discussions with specialized funds that have expressed interest in purchasing the Company’s stake in Islensk Vatnsorka.

Vilhjalmur Thor Vilhjalmsson President and CEO of St-Georges, commented, “(…) Over the past year the management team has re-shaped the Company, brought into the team world-class professionals on both sides of the Atlantic, led the development of new technologies, and enabled separate listing of its subsidiaries which we expect will occur within the next few weeks. This should enable our investors to have a better view of the different avenues of value creation within SX”.

ON BEHALF OF THE BOARD OF DIRECTORS

“Vilhjalmur T. Vilhjalmsson”

VILHJALMUR THOR VILHJALMSSON

President & CEO

About St-Georges

St-Georges is developing new technologies to solve some of the most common environmental problems in the mining industry. The Company controls directly or indirectly, through rights of first refusal, all of the active mineral tenures in Iceland. It also explores for nickel on the Julie Nickel Project & for industrial minerals on Quebec’s North Shore and for lithium and rare metals in Northern Quebec and in the Abitibi region. Headquartered in Montreal, St-Georges’ stock is listed on the CSE under the symbol SX, on the US OTC under the Symbol SXOOF and on the Frankfurt Stock Exchange under the symbol 85G1.

The Canadian Securities Exchange (CSE) has not reviewed and does not accept responsibility for the adequacy or the accuracy of the contents of this release.

Iconic $ICM.ca Announces Additional Metallurgical Results On Bonnie Claire Lithium Project, Nevada $LI.ca $MGG.ca $PAC.ca $CYP.ca $NEV.ca $SX.ca $SXOOF

Posted by AGORACOM-JC at 1:24 PM on Thursday, July 25th, 2019
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  • St-Georges Eco-Mining Corp. (CSE: SX) has presented a Phase I Independent Review of its Phase I report titled “Bonnie Claire Metallurgical Evaluation and Process Development” to Iconic
  • SX has developed Nitric Acid leaching methodology that puts between 99.97% and 100% of the lithium from the sediments into solution at room temperature within 1-4 hours.
  • SX has reached the Phase 1 Benchmark which calls for the issuance of 2,000,000 of Iconic’s common shares to St-Georges.

Vancouver, British Columbia–(July 25, 2019) – Iconic Minerals Ltd. (TSXV: ICM) (OTC Pink: BVTEF) (FSE: YQGB)  (“Iconic”) is pleased to announce that St-Georges Eco-Mining Corp. (CSE: SX) has presented a Phase I Independent Review of its Phase I report titled “Bonnie Claire Metallurgical Evaluation and Process Development” to Iconic. SX has developed Nitric Acid leaching methodology that puts between 99.97% and 100% of the lithium from the sediments into solution at room temperature within 1-4 hours. SX has reached the Phase 1 Benchmark which calls for the issuance of 2,000,000 of Iconic’s common shares to St-Georges. The shares will remain in escrow for three years. Iconic has also met its other obligations derived from this agreement by participating in St-Georges’ private placement in January 2019 for CAD $100,000.

Additional details of the Nitric Acid leaching is quoted below from an SX press release dated July 24, 2019:

St-Georges’ Process: Selective Leaching with Nitric Acid

Leaching with a passivating acid normally used to clean steel and passivate the welds of stainless steel was performed in the hope of selectively removing the magnesium (Mg) and all the salt metals like sodium (Na), calcium (Ca), lithium (Li) and magnesium (Mg).

The initial results with a 4-hour leach showed that all the salt metals and carbonate formations leached easily. This follows the logic of cleaning acid and leaves most of the other elements behind, such as silica (Si), alumina (Ai), potassium (K).

Multiple 1-hour leach tests confirmed the leaching of 100% of the lithium leaving behind most of the leachable elements from other acids such as potassium (K). The only loss of lithium that occurred during some of these tests was due to the water in the filter with the solids and represented less than 0.03% of the total lithium value. It also corresponds directly to the water retained with this type of fine material. Additional trials are being performed with reduced time of contact and temperature to optimize the lithium-bearing fines leaching.

The lithium in the super fines leached completely in each test performed with nitric acid. The trials to selectively optimize leaching the lithium with less calcium and magnesium are expected to be performed in the third quarter of 2019. It is expected that calcium can be reduced partially by filtering the coarser calcium formation as per SGS results and partially with less contact time with the acid. The same for magnesium. New samples will be treated once received.

Iconic looks forward to the SX Phase II report which will include plans for a pilot plant.

The Bonnie Claire Lithium Property Characteristics:

The Property is located within Sarcobatus Valley that is approximately 30 km (19 miles) long and 20 km (12 miles) wide. Quartz-rich volcanic tuffs, that contain anomalous amounts of lithium, occur within and adjacent to the valley. Geochemical analysis of the local salt flats has yielded lithium values up to 340 ppm. The gravity low within the valley is 20 km (12 miles) long, and the current estimates of depth to basement rocks range from 600 to 1,200 meters (2,000 to 4,000 feet). Four drill holes have identified an open ended, 43-101 compliant resource of 28.58 billion kilograms of lithium carbonate equivalent. The drilling that defined the current resource only covered an area of 3.0 km2 (1.2mi2), while previously run MT geophysics show a potentially mineralized area of 27.3 km2 (10.5mi2). Drilling to date has shown strong correlation between the MT results and the lithium mineralization. The thickness of the lithium mineralization is unknown, but drilling indicates it is greater than 600 meters (2,000 feet). The current claim block covers an area of 57.5 km2 (22.2mi2). Further drilling has been permitted and metallurgy to determine the most efficient recovery method is currently in progress.

On behalf of the Board of Directors

Richard Kern, President and CEO
Contact: Keturah Nathe, VP Corporate Development (604) 336-8614

For further information on ICM, please visit our website at www.iconicmineralsltd.com. The Company’s public documents may be accessed at www.sedar.com.

Forward Statement: This news release includes certain forward-looking statements or information. All statements other than statements of historical fact included in this release are forward-looking statements that involve various risks and uncertainties. There can be no assurance that such statements will prove to be accurate and actual results and future events could differ materially from those anticipated in such statements. Iconic expressly disclaims any intention or obligation to update or revise any forward-looking statements whether as a result of new information, future events or otherwise except as otherwise required by applicable securities legislation.

Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

St-Georges Eco-Mining Corp. $SX.ca $SXOOF Independent Review of Phase One #Lithium in Clay R&D Completed $NNX.ca $OM.ca $ICM.ca

Posted by AGORACOM-JC at 3:11 PM on Wednesday, July 24th, 2019
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  • Received the Independent Review of its Phase I report titled “Bonnie Claire Metallurgical Evaluation and Process Development.”
  • Delivery of the current Independent Review Report constitutes the conclusion of the Stage 1 Benchmark and calls for the issuance of 2,000,000 of Iconic’s common shares to St-Georges.
  • Iconic has also met its other obligations derived from this agreement by participating in St-Georges’ private placement in January 2019 for CAD $100,000.

Montreal,  July 24, 2019 – St-Georges Eco-Mining Corp. (CNSX:SX.CN) (OTC:SXOOF) (FSE:85G1) is pleased inform its shareholders that it has received the Independent Review of its Phase I report titled “Bonnie Claire Metallurgical Evaluation and Process Development.” The Company has communicated this information to its client, Iconic Minerals (TSX-V: ICM).

In December 2017, the Company entered into an agreement with Iconic Minerals ltd that called for St-Georges to develop an extraction process that would allow Iconic to economically exploit the lithium resources discovered at Iconic’s 100% owned Bonnie Claire lithium deposit. (For details, please refer to St-Georges’ Press Release dated December 7, 2017). The agreement has three delivery milestones. The delivery of the current Independent Review Report constitutes the conclusion of the Stage 1 Benchmark and calls for the issuance of 2,000,000 of Iconic’s common shares to St-Georges. Iconic has also met its other obligations derived from this agreement by participating in St-Georges’ private placement in January 2019 for CAD $100,000.

St-Georges’ Research & Development Vice-President, Enrico Di Cesare commented: “(…) The development team is looking forward to progressing the technology further (…) knowing that the process works and can be independently executed is very encouraging. We are currently able to leach between 99.97% and 100% of the lithium in solution (…) the only improvement possible at this stage is to reduce processing time and the size of the feedstock with improved concentration. significantly improve what was developed in Phase I, covered by this report. (…) We are designing the pilot plant to keep a maximum of flexibility to improve the initial steps of the process. (…) We are looking forward to the big challenge that putting a 25t/w pilot plant in place represents for us. (…) The reception we have had from the local communities approached is very positive. People understand the need to produce lithium at low costs, and they embrace our commitment to green technology. The government support we have received until now is beyond what we would have normally expected. (…) We are now at the stage to increase and formalize our relationships with higher-learning and public R&D entities. We are hopeful that it will allow for even more innovation down the road (…)”

Summary of the Report

The objective of the process development by St-Georges Eco-Mining ltd was to recover lithium from the Bonnie Claire deposit.

SGS Lakefield Laboratory performed an elemental analysis and crystalline analysis of the material that was received. The results indicated that the lithium was in a spodumene (LiAlSi2O6) crystal form, and no chlorides were present. This suggests that the lithium is not the residue of brines from a land-locked salt lake.

Recovery of lithium was tried with water, sulphuric acid, hydrochloric acid, and mixed acid leaching. All obtained poor results at room temperature and no pressure. Best results were at higher temperatures for sulphuric acid, indicating a high-pressure roasting was required for this material. This is standard for this mineral but not practical at these concentrations. Sulphuric acid with high temperature, pressure, and roasting at concentrations of 0.1% lithium or 0.2% lithium (after air classification) is not practical.

Nitric acid was tried for selective leaching with positive results. At low temperature and with no pressure, 100% of the lithium was put into solution while avoiding the leaching of metals and most of the other elements. Other leached materials were carbonates (1/2 of the present iron was found under carbonate form) and salts (Mg, Ca including sodium and lithium). With the expected mined volume of over 7 million tons annually for 20,000 tons of lithium hydroxide produced, this type of leaching strategy could help keep capital costs down by, amongst other things, allowing for the design of a low-cost leach tank.

Concentration methods were tested with early-stage results that call for further tweaking and calibration. The air classification trials were able to remove half of the gangue. The report delivered to Iconic contains a separate independent report in which these tests were independently performed and validated by Netzsch GmbH. The trials will be continued with a focus on optimizing de-agglomeration and on crystal form optimization. Flotation trials were not conclusive at this early stage. The selective leaching results allowed the Company to plan additional developments in Phase II. The use of resin for the purification of the lithium might be pursued on the resulting leached material and in a parallel extensive test with an electrolysis pilot plant to be set up to provide the industry with samples for market acceptance. The latter being a key to funding the project in the future.

Recovery of lithium was also tried with water, sulphuric acid, hydrochloric acid, and mixed acid leaching. All obtained poor results at room temperature and no pressure. Best results were at higher temperatures for sulphuric acid, indicating a high-pressure roasting was required for this material. This is standard for this mineral but not practical at these concentrations. Sulphuric acid with high temperature, pressure, and roasting at concentrations of 0.1% lithium or 0.2% lithium (after air classification) is not practical.

Testing Results

SGS Lakefield Laboratory was then approached for characterization and preliminary leaching trials to better determine the strategy for development and approach going forward, and to get a second opinion on the crystalline form of the lithium. An independent characterization report made by SGS Lakefield Laboratory is in Appendix A of the Phase I report delivered to Iconic.

Table 1: Crystalline Mineral Assemblage (SGS Lakefield)

Sample Major (>30%Wt) Moderate (10%-30%Wt) Minor (2%-10%Wt) Trace (<2%Wt)
Head Assay Bulk potassium-feldspar, plagioclase, quartz, analcime, calcite I/M, illite, mica, heulandite, spodumene *halite, *siderite, *magnetite, *chlorite
Clay Fraction I/M illite, (quartz), (potassium-feldspar) (heulandite) *chlorite

*tentative identification due to low concentrations, diffraction line overlap or poor crystallinity

*I/M – illite-montmorillonite mixture

Brackets indicate non-clay minerals present in the clay fraction.

The presence in clays of spodumene (the most common mineral form of lithium in hard rock lithium resources) may indicate that it has been collected over centuries in the dried lake by the erosion of lithium-bearing hard rock formations as fine clay-sized particles.

Table 2: XRD Crystal Structure (SGS Lakefield)

Mineral Head Assay (wt %)
Orthoclase 25.8
Albite 16.6
Quartz 12.2
Analcime 12.1
Calcite 10.7
Illite-Montmorillonite 5.3
Phlogopite 4.1
Spodumene 3.2
Illite 3.1
Heulandite 2.8
Halite 1.3
Siderite 1.2
Magnetite 1.1
Clinochlore 0.6
Total 100

Spodumene represents approximately 3.2% by weight, and typical crystal form is LiAlSi2O6. Lithium in this crystal form represents 3.7% by total weight. This correlates closely to the 0.1% lithium readings that have been measured during resource estimates confirming the crystalline form.

A chemical element distribution was also performed to try to predict options to create an economical and environmentally viable solution for the recovery of the resource.

Table 3: Chemical Element Distribution (SGS Lakefield)

Name Assay1 SQD2 Delta Status
Oxygen 40.3 47.9 -7.55 Both
Silicon 25.1 26.2 -1.08 Both
Aluminum 6.35 7.09 -1.55 Both
Calcium 5.08 4.44 0.64 Both
Potassium 4.23 4.27 -0.03 Both
Sodium 3.41 3.28 0.13 Both
Iron 2.24 2.13 0.11 Both
Carbon 1.41 -1.41 SQD
Magnesium 1.13 1.15 -0.02 Both
Chlorine 0.76 -0.76 SQD
Hydrogen 0.27 0.27 SQD
Fluorine 0.18 0.18 SQD
Lithium 0.11 0.12 0.01 Both
Phosphorus 0.03 0.03 XRF
Titanium 0.22 0.22 XRF
Manganese 0.09 0.09 SRF

1.Values measured by chemical assay.

2.Values calculated based on mineral/compound formulas and quantities identified by semi-quantitative XRD.

The usual form of lithium present in typical brines is easy to dissolve in water. The common forms of lithium associated with hard rock resource are spodumene LiAlSi2O6 and lepidolite K(Li,Al,Rb)2(Al,Si)4O10(F,OH)2 which require aggressive leaching with high temperature and roasting. As the economic recovery of the lithium would be severely hampered, a leaching trial was performed at ambient temperature with conventional leaching options. Initial tests have shown that high temperature and roasting would be necessary with conventional leaching methods.

Table 4: Summary of Leach Tests

Test   Lixiviant Solids Extractions (%)
Test Sample Temp Lixiviant Li Ca Mg
L-001 NV Clay Comp Amb Water 2 00
L-002 NV Clay Comp Amb H2SO4 11 15 8
L-003 NV Clay Comp Amb HCl 7 92 4
L-004 NV Clay Comp 80 H2SO4 15 14 9
L-005 NV Clay Comp 80 H2SO4 + Thiourea 40 16 40

Water Leach (L-001)

A lithium salt would normally be leached or dissolved in water. L-001 test demonstrates that only 2% of the total lithium was recovered in solution, and a total of 11% weight loss of the solids occurred. This indicates that only actual salts were dissolved in the water. A typical brine would have allowed most of the lithium and salts to be recovered in water which is noticeably not the case here. A water wash could reduce the impurities in the solution simplifying the total purification steps by reducing sodium, for example. Saturated salt water may help with concentrating lithium fines during froth flotation and may be achieved by water recirculation.

Sulphuric Acid Leach (L-002, L-004, L-005)

At ambient temperature, test L-002 leached 11% of the lithium. With the temperature at 80?C test L-004 with 15% of the lithium recovered provided the best results with sulphuric acid. This follows the logic of hard rock lithium minerals chemical recovering with high temperature pressurized leach after roasting with conventional methods. Purification and neutralization efforts are costly even with a 6% total lithium concentrate. At the concentrations being discussed, the chemical usage and sheer size of the process plant, it would doubtfully be economical.

Mixed acid was also tried with elements added to the sulphuric acid in test L-005. At 80?C, this did improve the recovery of lithium to 40% but also increased other elements not targeted to be leached. Even with mixed acid, the testing trend indicated high-temperature pressure vessels would be needed. This would be very costly with low concentrations of lithium in addition to leaching many impurities that would complicate the purification steps. The main advantage with sulphuric acid is that calcium is precipitated as gypsum, thus eliminating one of the impurities.

Hydrochloric Acid Leach (L-003)

Test L-003 was only a little better than water leach (L-001) with 7% of the total lithium recovered and almost all the calcium. In this case, it is expected that increasing the temperature would improve results, but more impurities would probably be leached at the same time. Mg and Ca leached at the highest rate with HCl (Ca remains in solution with HCl).

Magnesium (Mg) and Calcium (Ca) cause problems for the recovery of lithium with resins and organics. Conventional resins with brines typically have a ratio of 6 to 1 for Magnesium to Lithium before efficiency is severely diminished. This has led to the development of new resins to operate in less favorable ratios. In the case of using acids, the chemical costs can become prohibitive even if a resin for purification is found with unfavorable ratios.

St-Georges’ Process: Selective Leaching with Nitric Acid

Leaching with a passivating acid normally used to clean steel and passivate the welds of stainless steel was performed in the hope of selectively removing the magnesium (Mg) and all the salt metals like sodium (Na), calcium (Ca), lithium (Li) and magnesium (Mg).

The initial results with a 4-hour leach showed that all the salt metals and carbonate formations leached easily. This follows the logic of cleaning acid and leaves most of the other elements behind, such as silica (Si), alumina (Ai), potassium (K).

Multiple 1-hour leach tests confirmed the leaching of 100% of the lithium leaving behind most of the leachable elements from other acids such as potassium (K). The only loss of lithium that occurred during some of these tests was due to the water in the filter with the solids and represented less than 0.03% of the total lithium value. It also corresponds directly to the water retained with this type of fine material. Additional trials are being performed with reduced time of contact and temperature to optimize the lithium-bearing fines leaching.

The lithium in the super fines leached completely in each test performed with nitric acid. The trials to selectively optimize leaching the lithium with less calcium and magnesium are expected to be performed in the third quarter of 2019. It is expected that calcium can be reduced partially by filtering the coarser calcium formation as per SGS results and partially with less contact time with the acid. The same for magnesium. New samples will be treated once received.

Considering the results obtained, St-Georges is working on strategic partnerships for new organics mediums and resins that can work with nitric acid to selectively collect the lithium, as well as for electrolysis with nitric acid mediums. The Company also started to work on optimizing a new technology related to filter presses to reduce the facility size and environmental footprint, and to decrease chemicals usage and waste disposal. The new filter press design will be completed and available for viewing within two months. It is too early to know if this development initiative will result in intellectual property that can be patented.

Yves Caron P.Geo. (OGQ #548) a Qualified Person under the National Instrument 43-101 has reviewed and approved the technical content of the current press release

ON BEHALF OF THE BOARD OF DIRECTORS

“Vilhjalmur Thor Vilhjalmson”

VILHJALMUR THOR VILHJALMSON, PRESIDENT

About St-Georges

St-Georges is developing new technologies to solve some of the most common environmental problems in the mining industry.

The Company controls directly or indirectly, through rights of first refusal, all of the active mineral tenures in Iceland. It also explores for nickel on the Julie Nickel Project & for industrial minerals on Quebec’s North Shore and for lithium and rare metals in Northern Quebec and in the Abitibi region. Headquartered in Montreal, St-Georges’ stock is listed on the CSE under the symbol SX, on the US OTC under the Symbol SXOOF, and on the Frankfurt Stock Exchange under the symbol 85G1.

Cautionary Statements Regarding Forward-Looking Information

Certain statements included herein may constitute “forward-looking statements.” All statements included in this press release that address future events, conditions, or results, including in connection with the prefeasibility study, its financing, job creation, the investments to complete the project and the potential performance, production, and environmental footprint of the ferrosilicon plant, are forward-looking statements. These forward-looking statements can be identified by the use of words such as “may”, “must”, “plan”, “believe”, “expect”, “estimate”, “think”, “continue”, “should”, “will”, “could”, “intend”, “anticipate”, or “future”, or the negative forms thereof or similar variations. These forward-looking statements are based on certain assumptions and analyses made by management in light of their experiences and their perception of historical trends, current conditions, and expected future developments, as well as other factors they believe are appropriate in the circumstances. These statements are subject to risks, uncertainties, and assumptions, including those mentioned in the Corporation’s continuous disclosure documents, which can be found under its profile on SEDAR (www.sedar.com). Many of such risks and uncertainties are outside the control of the Corporation and could cause actual results to differ materially from those expressed or implied by such forward-looking statements. In making such forward-looking statements, management has relied upon a number of material factors and assumptions, on the basis of currently available information, for which there is no insurance that such information will prove accurate. All forward-looking statements are expressly qualified in their entirety by the cautionary statements set forth above. The Corporation is under no obligation, and expressly disclaims any intention or obligation, to update or revise any forward-looking statements, whether as a result of new information, future events or otherwise, except as expressly required by applicable law.

Neither the CSE nor its Regulation Services Provider accept responsibility for the adequacy or accuracy of this release.

Iconic Minerals $ICM.ca – #lithium deployment in passenger #EVs up 47% y-o-y in May 2019 $LI.ca $MGG.ca $PAC.ca $CYP.ca $NEV.ca $SX.ca

Posted by AGORACOM-JC at 5:04 PM on Thursday, July 18th, 2019

SPONSOR: Iconic Minerals Ltd. ICM:TSX-V Bonnie Claire Lithium Property hosts Inferred resource of 11.8 billion pounds of lithium carbonate equivalent and has the potential to be the largest lithium resource globally. Learn More.

ICM: TSX-V

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lithium deployment in passenger EVs up 47% y-o-y in May 2019

  • In May 2019, 47% more lithium carbonate equivalent (LCE) was deployed globally in batteries of passenger EVs than the same month the year prior, according to Adamas Intelligence’s latest subscription-based “EV Battery Lithium Monthly” report.
  • In total, 47% of LCE deployed globally in passenger EV batteries in May 2019 went into NCM 523 cells (primarily in the form of lithium carbonate), up from 43% the same month the year prior.

This increase in LCE deployment was driven primarily by two factors, Adamas said.

  1. Global sales of passenger HEVs, PHEVs and BEVs collectively increased by 12% in May 2019 versus May 2018, translating to an increase in deployment of li-ion batteries.
  2. Sales of high-capacity BEVs, such as the Tesla Model 3, BYD Yuan and Nissan Leaf PLUS/e+, made up a greater share of total passenger EV sales this year than they did last year, boosting the sales-weighted-average battery capacity of all EVs sold by 33% over the same period, translating to greater use of LCE per vehicle.

In total, 47% of LCE deployed globally in passenger EV batteries in May 2019 went into NCM 523 cells (primarily in the form of lithium carbonate), up from 43% the same month the year prior.

Similarly, 14% of LCE deployed globally in passenger EV batteries in May 2019 went into NCM 622 cells (primarily in the form of lithium hydroxide), up from 8% in May 2018.

Moreover, 2% of all LCE deployed globally in passenger EV batteries in May 2019 went into NCM 811 cells (primarily in the form of lithium hydroxide) versus near-negligible quantities deployed the same month the year prior.

In total, the collective market share of NCM 622 and NCM 811 cathodes (by capacity deployed) has doubled since May 2018, indicating increasingly heavy demand for lithium hydroxide and other precursors used in these chemistries. Source: https://www.greencarcongress.com/2019/07/20190717-adamas.html

Iconic $ICM.ca Initiates 2019 Exploration Plan at Bonnie Claire #Lithium Project, Nevada $LI.ca $MGG.ca $PAC.ca $CYP.ca $NEV.ca $SX.ca

Posted by AGORACOM-JC at 12:27 PM on Wednesday, July 10th, 2019
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  • Preparing to mobilize to the Bonnie Claire project and initiate the 2019 exploration plan
  • Five drill holes averaging 90 meters (300 feet) depth will be drilled in the southern portion of the project area in an area of anomalous surface lithium values and interpreted faults

Vancouver, British Columbia–(July 10, 2019) – Iconic Minerals Ltd. (TSXV: ICM) (OTC Pink: BVTEF) (FSE: YQGB) (“Company” or “Iconic”)  is pleased to announce that it is preparing to mobilize to the Bonnie Claire project and initiate the 2019 exploration plan (“Exploration Plan”).

Five drill holes averaging 90 meters (300 feet) depth will be drilled in the southern portion of the project area in an area of anomalous surface lithium values and interpreted faults. Down-hole sediment samples will be collected continuously in 6 meter (20 feet) intervals and sent to a geochem lab for analysis.

In Addition to the commencement of the Exploration Plan, the Company would like to announce that it has received the draft report titled: “Bonnie Claire Metallurgical Evaluation and Process Development”, by St. Georges Eco Mining (‘SX”), who collaborated with an independent lab, SGS Lakefield Laboratories (“SGS”) where an elemental analysis and crystalline analysis of Bonnie Claire’s material were performed.

Iconic’s technical team is reviewing the report in conjunction with independent verification in accordance with 43-101 compliant standards.

The Bonnie Claire Lithium Property Characteristics:

The Property is located within Sarcobatus Valley that is approximately 30 km (19 miles) long and 20 km (12 miles) wide. Quartz-rich volcanic tuffs, that contain anomalous amounts of lithium, occur within and adjacent to the valley. Geochemical analysis of the local salt flats has yielded lithium values up to 340 ppm. The gravity low within the valley is 20 km (12 miles) long, and the current estimates of depth to basement rocks range from 600 to 1,200 meters (2,000 to 4,000 feet). Four drill holes have identified an open ended, 43-101 compliant resource of 28.58 billion kilograms of lithium carbonate equivalent. The drilling that defined the current resource only covered an area of 3.0 km2 (1.2mi2), while previously run MT geophysics show a potentially mineralized area of 27.3 km2 (10.5mi2). Drilling to date has shown strong correlation between the MT results and the lithium mineralization. The thickness of the lithium mineralization is unknown, but drilling indicates it is greater than 600 meters (2,000 feet). The current claim block covers an area of 57.5 km2 (22.2mi2). Further drilling has been permitted and metallurgy to determine the most efficient recovery method is currently in progress.

Richard Kern, Certified Professional Geologist (#11494) and CEO of Iconic is the Qualified Person who has prepared and reviewed this press release in accordance with NI 43-101 reporting standards.

On behalf of the Board of Directors

Richard Kern, President and CEO
Contact: Keturah Nathe, VP Corporate Development (604) 336-8614

For further information on ICM, please visit our website at iconicmineralsltd.com. The Company’s public documents may be accessed at www.sedar.com

Forward Statement: This news release includes certain forward-looking statements or information. All statements other than statements of historical fact included in this release are forward-looking statements that involve various risks and uncertainties. There can be no assurance that such statements will prove to be accurate and actual results and future events could differ materially from those anticipated in such statements. Iconic expressly disclaims any intention or obligation to update or revise any forward-looking statements whether as a result of new information, future events or otherwise except as otherwise required by applicable securities legislation.

Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

To view the source version of this press release, please visit https://www.newsfilecorp.com/release/46170

New Age Metals Inc. $NAM.ca – China’s breaking up the #EV #battery monopoly it carefully created $LIC.ca $LIX.ca $LI.ca $ELR.ca $ATL.ca

Posted by AGORACOM-JC at 10:52 AM on Tuesday, June 25th, 2019

SPONSOR: New Age Metals Inc. The company’s Lithium Division has already made significant acquisitions in Canada and the USA. The company also owns one of North America’s largest primary platinum group metals deposit in Sudbury, Canada. Updated NI 43-101 Mineral Resource Estimate 2,867,000 PdEq Measured and Indicated Ounces, with an additional 1,059,000 PdEq Ounces in the Inferred. Learn More.

NAM: TSX-V

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China’s breaking up the EV battery monopoly it carefully created

By Echo Huang

As China phases out subsidies for electric vehicles next year, it’s also ending a related policy that effectively shut out foreign battery makers, creating the domestic monopoly we see today.

China’s Ministry of Industry and Information Technology (MIIT) announced yesterday (June 25, link in Chinese) it is dropping its practice of publishing lists of battery makers that met technical standards. The policy, put in place in 2015, was meant to help develop the industry. Supplying the information to get on the list was supposedly voluntary (link in Chinese), but in reality, using the batteries on the ministry’s lists made it more likely car makers would qualify for government subsidies. As of 2016, the last time the list was updated, it included a total of 57 companies—none of them foreign firms.

As a result, the top 10 battery makers powering the world’s largest EV market are all Chinese (link in Chinese), according to 2018 data from the China Battery Industry Association. That means China dominates the value-added chain for domestically made electric vehicles, since batteries contribute 40% of the cost of an EV—quite a contrast to the value added when China assembles an iPhone.

Financial newspaper Economic Observer noted (link in Chinese) in April last year that Chinese car makers made their component decisions from the lists, while local governments and investment firms also consulted them. “Associated with subsidies, these became known as the ‘white lists,’” the newspaper said.

The lists included CATL, the world’s largest EV battery maker (Quartz membership), which supplies Chinese and foreign carmakers that include state-owned BJEV, one of the country’s biggest manufacturers, Volkswagen, Daimler, BMW, Honda, and Shanghai-based startu NIO. The world’s biggest EV manufacturer, BYD, is also the country’s second-biggest battery supplier, since it makes the batteries for its own electric cars—last year it sold some 100,000 of them. Both BYD and CATL could supply batteries to Toyota cars soon. In third place is Guoxuan High Tech, a major supplier to state-owned carmaker BAIC Motor, the parent company of BJEV.

This situation isn’t the case everywhere. Tesla, the biggest US EV firm, gets its batteries from Japanese electronic firm Panasonic, France’s Renault sources the batteries for its ZOE electric vehicle from South Korea’s LG Chem.

Taking away the lists could benefit established foreign battery makers. “It’s a gesture of China opening up, along with pressure from G20 and trade,” says Qiu Kaijun, who runs an EV news blog (Quartz membership). Chinese president Xi Jinping is set to discuss US-China trade tensions with US president Donald Trump on the sidelines of the G20 meeting of leaders of top economies, which begins in Japan Friday.

Before the policy was put in place, when China’s EV market was starting to take off, foreign firms like LG and fellow South Korean major Samsung were about to expand (link in Chinese) in China. In 2015, LG had opened a battery factory in China’s eastern city Nanjing that could supply to more than 100,000 EVs (link in Chinese), yet it never got on the white list and the factory ended up being sold to Zhejiang-based carmaker Geely in 2017 (link in Chinese).

“Earlier, all the subsidies went to those using Chinese EV batteries—if you use LG and Samsung, you won’t get subsidies,” said Angus Chan, a Shanghai-based auto analyst at Bocom International, “When 2020 comes, it will be free-market competition. It’s straightforward for carmakers—energy density, safety, and price… Everybody is on the same racing starting point in the post-subsidy era.”

China began reducing its massive subsidies two years ago, and will move to a credit system next year.

The scrapping of the battery lists comes at a time when China has rolled out the welcome mat for foreign EV firms in other ways. China last year said it would phase out foreign investment limits for car manufacturing, a rule that earlier made it impossible for foreign car makers to set up shop in China without a local partner. That reform began with manufacturers of electric vehicles, allowing Tesla to become the first foreign car maker with a wholly-owned plant in China. Located in Shanghai, it is taking orders for the first made-in-China Teslas, which are expected to roll out in the next six months.

Other new rules limiting the number of new factories in a province mean Tesla’s factory has put a spanner in the works for local manufacturers who were also hoping to set up near one of the country’s most important cities for EV sales. It’s clear China’s EV industry is going to put under greater pressure as a result of these moves—which could improve their technologies, or kill off some of the weaker firms.

Already, CATL is looking beyond China, setting up offices in France, Canada, Japan, and Germany (Quartz membership).

“What happens after the typhoon passes?” asked Zeng Yuqun, CATL’s founder, in an internal email (link in Chinese) in 2017. “Can a pig really fly?”

He was referring to a Chinese allegory—“When the typhoon comes, the pig will fly”—comparing the government subsidies to strong winds lifting the company’s fortunes, and warning of a possible heavy landing once those winds die down.

Looking for more in-depth coverage? Sign up to become a member and read more in-depth coverage of China’s electric-car boom in our field guide.

Source: https://qz.com/1651944/china-ends-policy-steering-ev-makers-to-local-battery-firms/

CLIENT FEATURE: Iconic Minerals $ICM.ca Bonnie Claire Lithium Property Hosts Inferred Resource of 11.8B Pounds of Lithium Carbonate Equivalent $LI.ca $MGG.ca $PAC.ca $CYP.ca $NEV.ca $SX.ca

Posted by AGORACOM-JC at 2:48 PM on Wednesday, June 12th, 2019

(TSXV: ICM) (OTC Pink: BVTEF) (FSE: YQGB)

Bonnie Claire Property – Flagship

  • 11.8 Billion pounds of lithium carbonate equivalent (28.5 Million tonnes of LCE) Inferred Resource (43-101).
  • Potential to be the largest lithium resource globally (based on size)
  • Property area is contained within a valley that is 60kms from the only producing lithium mine in North America (Albermarle Silver Peak Mine).
  • Sampling of salt flats within the basin, have found lithium values in salt samples yielding up to 340 ppm.
  • Preliminary NI 43-101 Technical Report completed Read More
  • A total 5,550 feet has been drilled at the Bonnie Claire with an average 963+ppm from four drill holes
  • Great infrastructure
  • Local end-users
  • Recent favourable metallurgical results Read More

FULL DISCLOSURE: Iconic Minerals is an advertising client of AGORA Internet Relations Corp.

New Age Metals Inc. $NAM.ca – These Mining Superpowers Supply the World’s #Lithium. Now They Want to Make #Batteries, Too. $LIC.ca $LIX.ca $LI.ca $ELR.ca $ATL.ca

Posted by AGORACOM-JC at 2:00 PM on Wednesday, June 5th, 2019

SPONSOR: New Age Metals Inc. The company’s new Lithium Division has already made significant acquisitions in Canada and the USA. The company also owns one of North America’s largest primary platinum group metals deposit in Sudbury, Canada. Updated NI 43-101 Mineral Resource Estimate 2,867,000 PdEq Measured and Indicated Ounces, with an additional 1,059,000 PdEq Ounces in the Inferred. Learn More.

NAM: TSX-V

———————

These Mining Superpowers Supply the World’s Lithium. Now They Want to Make Batteries, Too.

June 5, 2019 Bloomberg

The race by Tesla Inc., Samsung SDI Co. and other technology giants to secure supplies of lithium — a key ingredient in batteries for electric vehicles and smartphones — is creating a unique chance for two global mining superpowers to reap more value from their natural resources.

Australia and Chile are looking to lithium to help them escape a cycle that for decades has had the two nations digging out minerals such as iron ore and copper, only to see them refined and turned into valuable products abroad.

Almost three-quarters of the world’s lithium raw materials come from mines in Australia or briny lakes in Chile, giving them leverage with customers scrambling to tie-up supplies. The mining nations hope to bring refining and manufacturing plants that could help kickstart domestic technology industries.

The first moves in that plan are beginning to take shape.

Scraping a shovel into a patch of dirt near the Australian port city of Bunbury in March, an executive for U.S.-based lithium leader Albemarle Corp. heralded a A$1bn ($690m) plan to build the world’s biggest processing plant of its type. Meanwhile, in Mejillones, northern Chile, South Korea’s Samsung SDI and Posco are planning to jointly develop a facility to make chemical components used in batteries.

“Chile and Australia have the advantage,” said Daniela Desormeaux, chief executive officer at Santiago-based consulting firm SignumBOX. They have the lithium and “at the same time state incentives, so companies transforming the raw material can set up shop there.”

Mining rock and exporting it is a familiar story for Australia and Chile. Australia, the world’s biggest producer of iron ore, has shipped billions of tons of the steelmaking raw material to mills in Japan and China since the 1960s. Chile, the world’s largest source of copper, exports over half of its shipments as semi-refined concentrate.

“It’s an interesting economic model,” Peter Klinken, chief scientist of Western Australia and an adviser to the state’s government, told a February conference in Perth. “Take a big rock, make a little rock, put it on a ship, and then buy something really expensive back in return.”

The supply of lithium-ion batteries will need to jump more than 10-fold by 2030, BloombergNEF forecasts, with electric vehicles to account for more than 70 percent of that demand. That’s prompting end users to act, and Volkswagen AG and Volvo Cars have both struck long-term supply deals since April.

Where’s the Value?

The first step on the lithium value ladder is refining the raw material, something that’s currently done mostly in China. Ore from mines or lithium-rich saline solution from underground lakes in South America is concentrated into a silvery-gray powder that is sent to be purified and refined into lithium hydroxide and lithium carbonate. Those chemicals in turn are processed with materials such as nickel or cobalt to produce battery electrodes, or with solvents to make electrolytes, the key parts of the cells that are assembled into batteries.

Each step up the ladder affords more opportunity for profit. By 2025, the market for mined lithium raw material may be worth $20bn, compared with $43bn for refined products and $424bn for battery cells, according to a base case scenario outlined in a 2018 study published by the Australia-based Association of Mining and Exploration Companies.

Two major lithium miners operating in Chile, Sociedad Quimica & Minera de Chile SA, or SQM, and Albemarle were only allowed to expand production on condition that they sell a quarter of their output at the lowest market price to companies that will develop the materials within the country. SQM, which already carries out some processing in Chile, is expanding its domestic capacity.

The strategy is “a golden key” to build a higher-value lithium industry in Chile, said Sebastian Sichel, executive vice president of government development agency Corfo, which owns the lithium concessions in the Atacama desert and issues licenses to miners.

Three separate groups — Chile’s Molibdenos y Metales SA, or Molymet, China’s Sichuan Fulin Industrial Group Co., and a consortium of Samsung SDI and Posco — last year pledged to invest a total of about $754m to build lithium-cathode and lithium-cell factories in Chile to win access to Albemarle’s material. A second auction in April offered similar access to SQM’s product, with winners expected to be announced early next year.

New refining and chemical production capacity will offer Chile additional revenue, while earnings from lithium exports are also forecast to rise. The commodity has the potential to become one of the country’s largest exports after copper, salmon and wine, Sichel said.

Australia could generate more than A$50bn ($35bn) in annual revenue and support about 100,000 jobs by developing a battery materials sector, according to a 2018 study for a regional development agency. That compares with about A$1bn currently in annual lithium exports. Australia’s government in April pledged A$25m to support a five-year research program to expand its battery supply chain.

China’s Tianqi Lithium Corp. will later this year begin selling lithium hydroxide from a new processing facility in Kwinana, south of Perth. Tesla, battery maker LG Chem Ltd. and Mitsui & Co. have agreed to supply deals for output from a rival plant nearby that’s being built by Chile’s SQM and an Australian partner.

Efforts by Australia and Chile to wrest more control over refining from China are being helped by trade tensions. “They could definitely challenge China” in the next-step processing of lithium, said James Jeary, an analyst at CRU Group in London. Lithium producers will increasingly integrate mining and refining capacity, he said.

“We are hearing more and more that diversity of supply is critical,” said Phil Thick, Tianqi’s general manager in Australia. The producer’s Kwinana plant will mainly supply customers in North America and Europe, or carmakers in those regions via their suppliers in South Korea and Japan, he said.

China’s in Charge

The producers plan to do more than just first-stage refining. Western Australia has developed a “Lithium Valley” strategy to span the supply chain. Chile also hopes to manufacture battery cells.

But there are major hurdles. Neither country has a major car industry, and the auto sector typically prefers component suppliers to be close to manufacturing hubs. The technical challenge of producing battery components may require imported expertise. Costs and environmental concerns are also factors.

A dispute between Corfo and Albemarle has already delayed progress for Molymet, the Samsung SDI and Posco consortium, and Sichuan Fulin in Chile, prompting concern the groups could opt to invest in battery projects elsewhere. In Australia, lithium producer Neometals Ltd. has delayed a plan to build a refinery, citing higher-than-expected costs. There may only be a brief window for Chile or Australia to get a foothold in the battery industry as rival mining nations join the fray.

Argentina and Bolivia have saline deposits near the border with Chile. Countries from Serbia to Mali are keen to extract deposits in their territory, and Russia, which has been producing lithium products for more than 60 years for its nuclear industry, is already trying to attract higher-value investment by setting up one of the world’s largest lithium-ion battery plants in Novosibirsk with Chinese partner Thunder Sky Group.

Persuading battery makers to set up operations in Australia or Chile will require state incentives, said Vivas Kumar, a principal consultant at industry adviser Benchmark Mineral Intelligence and previously a member of Tesla’s battery supply chain team.

Lowering the cost of battery cells “continues to be the most important focus area across all major companies,” Kumar said. Automakers “are increasingly becoming involved with their cell manufacturing partners’ supply chains in recognition of this.”

Sichel at Corfo believes lithium offers Chile a chance to escape the so-called resources curse, where mineral booms suck in investment at the expense of manufacturing.

If we don’t do this, “there is a gigantic risk that our growth keeps depending on the next hot commodity,” he said. “We remain stuck, unable to make the jump to developed-nation status.”

Source: https://www.supplychainbrain.com/articles/29802-these-mining-superpowers-supply-the-worlds-lithium-now-they-want-to-make-batteries-too