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Tin’s problem is too little not too much supply: Andy Home

Posted by AGORACOM-JC at 4:32 PM on Monday, November 2nd, 2015

  • Often the contrarian of the metals traded on the London Metal Exchange (LME), tin is once again defying the broader bear narrative.
  • If there’s a problem with supply in the tin market, it is that there’s not enough of it right now.
  • Visible stocks are low by just about any historic yardstick. Those registered with the LME total just 5,010 tonnes, of which 540 tonnes are earmarked for physical load-out.

By Andy Home

Oct 28 (Reuters) – Industrial metals are caught in a bear vortex of slowing demand growth, first and foremost in China, and oversupply, as producers pay the price for the exuberance of the boom years.

If prices are to recover from their current bombed-out levels, everyone agrees more production will have to be taken off line, whether through voluntary restraint or forcible cash-burn attrition.

Glencore’s well-flagged cuts to its copper, zinc and lead production portfolio have at least halted the price declines in those markets, although they have not reversed long-running downtrends.

Significant cuts in either aluminium or nickel supply remain conspicuous by their absence, which is one reason both metals are particularly out of favour even in the context of the general doom and gloom pervading the complex.

And then there is tin.

Often the contrarian of the metals traded on the London Metal Exchange (LME), tin is once again defying the broader bear narrative.

If there’s a problem with supply in the tin market, it is that there’s not enough of it right now.

Visible stocks are low by just about any historic yardstick. Those registered with the LME total just 5,010 tonnes, of which 540 tonnes are earmarked for physical load-out.

Moreover, exchange stocks have remained low despite a persistent premium for cash metal, which might reasonably have been expected to incentivise the delivery of more metal into LME sheds.

The LME’s benchmark cash-to-three-months spread CMSN0-3 traded out to $510 backwardation at one stage in August, the tightest the period’s been since 2009. It’s still tight, valued at $67 backwardation as of Tuesday’s close.

So how come tin is not overstocked and oversupplied like just about every other industrial metal? And is it a temporary problem or something more structural?

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Graphic on Indonesian tin exports:

tmsnrt.rs/1GIV8rF

Graphic on LME tin stocks and spreads:

tmsnrt.rs/1GIVMoZ

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A TALE OF TWO EXPORTERS

As ever with this small market, supply and availability is largely a function of two key countries, one highly visible, one bathed in statistical shadow.

Indonesia, the world’s largest exporter of the soldering metal, is going through one of its periodic shipment spasms.

And although some of the country’s smaller producers will undoubtedly be struggling to remain in operation at current price levels, this, as ever with Indonesia, is more about government policy.

The authorities have been waging a long-running campaign to try and control the free-wheeling tin miners and smelters clustered on the islands of Bangka and Belitung.

Export rules have been steadily tightened to prevent smuggling and now the authorities are targeting illegal mines with a requirement that exporters hold “clean and clear” certification, proving the metal has come from government-registered operations.

Delays in processing such applications meant no tin exports at all in August and although shipments resumed in September, there is considerable doubt as to whether many smaller operators can meet the new government requirements.

Cumulative exports fell by 10 percent to 52,079 tonnes in the first nine months of this year, which is shaping up to be the third consecutive year of falling shipments.

China is the world’s largest producer and user of tin. It is a net importer of refined metal.

Well, it is, if you believe the official customs figures, which show imports running at 7,400 tonnes and exports at just 65 tonnes in the first nine months of 2015.

The problem is that official appearances can be misleading. Tin industry body ITRI, for example, calculates that receipts of refined tin from China by importing countries amounted to over 2,200 tonnes “based on incomplete data up to August”.

Such shadow exports from China have been sleuthed down by ITRI in the past and have often confounded analysts’ price-positive supply-demand expectations.

Right now, though, they have stopped, ITRI citing a customs department investigation into local operators suspected of bypassing China’s 10 percent export tax.

“Some of the owners have been arrested,” according to ITRI, and “local sources reported that no-one would like to take the risk to export tin” in whatever form.

This clampdown on unofficial Chinese exports has coincided with the more visible interruption to shipments from Indonesia, draining the international market of units.

PEAK TIN?

Such are the short-term constraints on tin availability.

But there is an underlying story of structural supply challenges. Simply put, the supercycle largely passed tiny tin by in terms of investment in new mines.

Production from older mines in countries such as Peru and Brazil, meanwhile, is steadily falling, as it has been for some time.

Indeed, the only reason tin has avoided a more serious supply crunch is the emergence of a totally new producing country in the form of Myanmar.

It burst onto the radar in 2013 as a major supplier of raw materials to Chinese smelters. China’s imports from Myanmar grew from virtually zero in 2012 to 89,000 tonnes (bulk weight, not metal contained) in 2013 and further to 173,000 tonnes in 2014.

This year’s imports are up again at 178,000 tonnes in the first nine months alone.

But, according to ITRI, local operators are having to work ever harder to maintain such output levels. Actual production may have been declining this year but “the considerable expansion of processing capacity” has allowed the “treatment of previously stockpiled or discarded low-grade ore.”

ITRI forecasts Myanmar to produce around 38,000 tonnes of contained tin this year and “a further small increase may be possible next year”.

Note the conditionality in that forecast.

The sustainability of production in Myanmar is a known unknown in the tin market. It may be close to a peak. It may, indeed, have already peaked.

If it has, tin’s structural supply problems will come back to bite the market, even allowing for the same Chinese demand headwinds that are hitting every industrial commodity.

In a metallic landscape where supply is the differentiator, tin’s prospects don’t look nearly as dire as markets such as nickel, where producers have seriously mistimed the new wave of production capacity.

Within the current broader narrative of too much supply and too much inventory, tin has neither, hence that persistent backwardation on the LME.

Indeed, the supply strain may get worse.

After all, if new mines weren’t incentivised at prices above $20,000 per tonne, they are certainly not going to be so at current prices trading around $15,000 per tonne.

Source: http://uk.reuters.com/article/2015/10/28/tin-market-ahome-idUKL8N12S3VZ20151028

Liberty Star’s Hay Mtn. Project: Shareholder’s Q & A with CEO/Chief Geologist James A. Briscoe

Posted by AGORACOM-JC at 10:56 AM on Monday, November 2nd, 2015

Welcome to Q&A a production of AGORACOM in which we invite shareholders to pose questions which are answered directly by management.

Hub On AGORACOM / Corporate Profile / Watch Q&A Now!

Durango Looks to Advance Limestone

Posted by AGORACOM-JC at 12:14 PM on Thursday, October 29th, 2015

  • TransCanada Corp. has received final permits from the British Columbia Oil and Gas Commission (BCOGC), giving regulatory approval for the construction and operation of the Prince Rupert gas transmission (PRGT) pipeline project
  • Globe and Mail reported in its Wednesday, Oct. 28, edition that “TransCanada announced that it cleared one of the final regulatory hurdles necessary to begin construction of a $5-billion pipeline project serving a proposed natural gas export facility in British Columbia …”
  • Marcy Kiesman stated, “This is good news for Durango as these permits will link the northeastern British Columbia natural gas production with the proposed Pacific Northwest (PNW) liquefied natural gas station on Lelu Island near Prince Rupert.

Vancouver, BC / October 29, 2015 – Durango Resources Inc. (the “Company” or “Durango”) reports that TransCanada Corp. has received final permits from the British Columbia Oil and Gas Commission (BCOGC), giving regulatory approval for the construction and operation of the Prince Rupert gas transmission (PRGT) pipeline project.

The Globe and Mail reported in its Wednesday, Oct. 28, edition that “TransCanada announced that it cleared one of the final regulatory hurdles necessary to begin construction of a $5-billion pipeline project serving a proposed natural gas export facility in British Columbia. Developers are racing to build export terminals to sell the power-plant fuel on international markets amid a glut of supplies and low domestic prices.”

Marcy Kiesman stated, “This is good news for Durango as these permits will link the northeastern British Columbia natural gas production with the proposed Pacific Northwest (PNW) liquefied natural gas station on Lelu Island near Prince Rupert. Durango’s Smith Island limestone property is located approximately six kilometres away from Lelu Island and with the permitting milestone now achieved, Durango plans to begin the advance of the north coast BC limestone properties.”

About Smith Island

The Smith Island property is a past producing limestone property located approximately 6 kilometres southwest of Lelu Island near Prince Rupert, BC where the proposed $36 billion LNG facility is expected to be built by Petronas LNG Consortium (Pacific Northwest LNG).

About Mayner’s Fortune

The Mayner’s Fortune limestone property is located in the Skeena Mining Division approximately 7.5 kilometres south west of Terrace, BC and 4 kilometres west of Lakelse Lake on Lakelse River. The property is located adjacent to the CNR railway line running between Terrace and Kitimat, less than 50 kilometres away from the proposed LNG (liquefied natural gas) site at Kitimat, BC.

The Shell Consortium LNG project partners received full Environmental Approvals in June, 2015, for the proposed $40 billion LNG project in Kitimat. Public information on the LNG Canada consortium can be viewed at www.lngcanada.ca.

About Durango

Durango is a natural resources company engaged in the acquisition and exploration of mineral properties. The Company has a 100% interest in the Mayner’s Fortune and Smith Island limestone properties in northwest British Columbia, the Decouverte and Trove gold properties in the Abitibi Region of Quebec, and the Buckshot graphite property near the Miller Graphite mine in Quebec and three sets of claims in the Labrador nickel corridor.

For further information on Durango, please refer to its SEDAR profile at www.sedar.com.

Marcy Kiesman, Chief Executive Officer

Telephone:

Facsimile: 888.266.3983

Email: [email protected]

Website: www.durangoresourcesinc.com

Forward-Looking Statements

This document may contain or refer to forward-looking information based on current expectations, including, but not limited to timing of mineral resource estimates, future exploration or project development programs, execution of a definitive agreement, raising of funds, obtaining regulatory approvals and the impact on the Company of these events. Forward-looking information is subject to significant risks and uncertainties, as actual results may differ materially from forecasted results. Forward-looking information is provided as of the date hereof and we assume no responsibility to update or revise them to reflect new events or circumstances. For a detailed list of risks and uncertainties relating to Durango, please refer to the Company’s prospectus filed on its SEDAR profile at www.sedar.com.

Neither 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.

CEO/Chief Geologist James A. Briscoe discusses Phase 1 Drilling Plans at the Hay Mountain Project

Posted by AGORACOM-JC at 10:09 AM on Tuesday, October 27th, 2015

LBSR: OTCQB

  • Company reached another important milestone in its efforts to begin drilling at Hay Mountain. Company has submitted an Exploration Plan of Operation for diamond core drilling to the Arizona State Land Department (ASLD) for specific sites on State lands.
  • In addition to two primary holes, eight others will be drilled if success is achieved in drill holes 1 and/or 2.

Hub On AGORACOM / Corporate Profile / Watch Interview Now!

INTERVIEW: Liberty Star Discusses Recent Work at the Hay Mountain Project

Posted by AGORACOM-JC at 9:55 AM on Friday, October 23rd, 2015

LBSR: OTCQB

  • Arizona-based mineral exploration company engaged in the acquisition, exploration, and development of mineral properties in Arizona and the southwest USA.
  • Company controls properties which are located over what management considers some of North America’s richest mineralized regions for copper, gold, silver, molybdenum (moly), and uranium.

Hub On AGORACOM / Corporate Profile / Watch Interview Now!

5 Basic Lithium Facts

Posted by AGORACOM-JC at 9:48 AM on Wednesday, October 21st, 2015

With gold and silver prices still under pressure, more and more investors are starting to look at the critical metals space, and at lithium in particular.

Lithium-ion batteries power everything from cellphones to laptops to electric vehicles, and demand for the metal is certainly on the rise. Many companies and investors have been drawn in by news of Elon Musk and Tesla Motors’ (NASDAQ:TSLA) lithium-ion battery gigafactory.

However, Tesla’s isn’t the only lithium-ion battery megafactory out there, and there’s more to lithium and the lithium market than electric vehicle batteries.

Here’s a look at five basic lithium facts investors should know.

1. It’s the lightest metal on the periodic table

Lithium is the lightest, or least dense, elemental metal. It is about half as dense as water.

The metal also has a high specific heat, making it useful in the production of heat-resistant glass, while its electrochemical potential makes it useful in batteries.

2. It can be found in brines, hard-rock deposits and clays

Lithium is found all over the world, in both hard-rock deposits and evaporated brines.

The world’s largest hard-rock mine is the Greenbushes mine in Australia. Most of the world’s lithium brine production comes from salars in Chile and Argentina. Bolivia is thought to hold the world’s largest lithium reserves, and the prolific lithium triangle spans all three South American countries.

Several companies are also looking to develop clay-based lithium deposits. For example, Western Lithium (TSX:WLC) holds the King’s Valley lithium deposit in Nevada, while Bacanora Minerals (TSXV:BCN,LSE:BCN) and joint venture partner Rare Earth Minerals (LSE:REM) are advancing the Sonora lithium project in Mexico.

3. It’s not just for batteries

While batteries have been getting most of the attention in the lithium space lately — and while demand for lithium from the battery sector is certainly on the rise — it’s worth noting that other sectors continue to account for a healthy proportion of lithium demand.

Citing data from Roskill, a report from Stormcrow Capital notes that in 2013, rechargeable batteries made up 29 percent of lithium demand, while the remainder of the market was mostly made up by various industrial end uses. That includes ceramics (14 percent), glass-ceramics (12 percent), greases (8 percent) and metallurgical powders (6 percent).

Lithium is also used in pharmaceuticals, lubricants and heat-resistant glass.

4. Lithium hydroxide vs. lithium carbonate?

After lithium is extracted from a deposit, it is often processed into lithium carbonate, lithium hydroxide or lithium metal. Battery-grade lithium carbonate and lithium hydroxide can be used to make cathode material for lithium-ion batteries. Most contaminants must be removed in order for either material to be considered battery grade.

Hydroxide tends to be more expensive, but can produce cathode material more efficiently and is actually necessary for some types of cathodes, such as nickelcobaltaluminum oxide (NCA) and nickel-manganese-cobalt oxide (NMC).

In addition to battery-grade materials, there is also a market for technical-grade lithium. Technical-grade lithium products, such as technical-grade lithium concentrate, sell for a cheaper price than battery-grade products, and are used in applications such as glass and ceramics. Technical-grade lithium products must have very low concentrations of iron.

Nevada Sunrise Gold (TSXV:NEV), a company that has earned a spot on the 2015 TSX Venture 50, and has quality gold properties in the prolific jurisdiction of Nevada where mining infrastructure and services are well developed. Nevada Sunrise Gold recently acquired the Neptune Lithium Property in Nevada, which has the potential to host lithium-bearing brines in subterranean aquifers beneath the Clayton Valley floor. Learn more about this company today!

5. Prices can be hard to find

Like most critical metals, lithium is not traded on any public exchange, and major lithium producers don’t often give out stats. For a long time, most of the world’s lithium was produced by an oligopoly of producers often referred to as the “Big 3,” which included Rockwood Lithium (now owned by Albemarle (NYSE:ALB)), Sociedad Quimica y Minera de Chile (NYSE:SQM) and FMC (NYSE:FMC).

Producers in China have grabbed a larger share of the lithium market in recent years, but the lack of information on pricing has continued.

However, interested investors can look to experts in the lithium space for market reports and price forecasts. For example, the report from Stormcrow Capital mentioned above includes a detailed forecast for lithium prices.

Source: http://investingnews.com/daily/resource-investing/energy-investing/lithium-investing/five-basic-facts-about-lithium/?mqsc=E3814106&utm_source=WhatCountsEmail&utm_medium=INN_FullList+INN%20Daily+INN%20Daily&utm_campaign=INN%20Daily%20Automated

INTERVIEW: Durango Resources Preparing for BC’s LNG Construction BOOM

Posted by AGORACOM-JC at 2:58 PM on Thursday, October 15th, 2015
Investing in your LNG future

The company recently acquired two limestone properties in north western British Columbia which have been strategically chosen in an effort to coincide with the LNG projects near Kitimat and Prince Rupert.

  • Both the Mayner’s Fortune property and the Smith Island property have historical occurrences of limestone which will fast track the exploration to production timeline since they are near term producing properties.
  • Mayner’s Fortune property is located 50km away via CN Rail line from the Kitimat Shell Consortium LNG proposed site and hosts a series of 6 north east striking limestone beds which have been reported to be grades as high as 96%.

Hub On AGORACOM / Corporate Profile / Watch Interview Now!

Hay Mountain Project: Drill Holes Selected for Drilling on Two Outcrops Showing High Grade Copper

Posted by AGORACOM-JC at 2:56 PM on Wednesday, October 14th, 2015

  • Encouraging results will dictate another nine drill holes, resulting in a line of 11 bisecting the main porphyry anomaly in an east–west direction
  • Recent detailed mapping found pervasively brecciated limestone, which led to the conclusion that the area called the Chrysocolla Block (where the first discovery of oxide copper in outcrop was made) was misidentified as the Colina limestone

Liberty Star Uranium & Metals Corp. (“Liberty Star” or the “Company”) (OTCQB: LBSR) is pleased to announce that very high grade copper oxide outcrops near the geochemical high derived from vegetation sampling have been discovered. These show up to 22% copper.

Recent detailed mapping found pervasively brecciated limestone, which led to the conclusion that the area called the Chrysocolla Block (where the first discovery of oxide copper in outcrop was made) was misidentified as the Colina limestone. Further evaluation led to the conclusion that the zone was of the lower Earp formation, which is the layer directly below the Colina. A red clay marker bed at the base of the exposed Earp limestone breccia clearly identifies it, but had been inexplicably missed by previous geologists. Current understanding indicates that the latest targets may bloom into major mineral zones 200 to 400 feet in depth at their intersection with the Horquilla limestone, the major mineral host in the region.

After ID of the lower part of the Earp, the Company’s skarn consultant (recently working on another Arizona project in the same sedimentary rocks, containing high grade copper) felt that there was a strong possibility that the two high grade copper oxide outcrops could be positioned right above high grade copper mineralization. This opinion correlates with Liberty Star’s geophysical–geochemical cross sections: see graphics.

Company CEO/Chief Geologist James A. Briscoe notes: “This is the specific target we have been searching for before kicking off a drill program. This development of discovery by use of the Niton and lots of boots on the ground carefully observing rocks gave us this completely unexpected outcrop; we have made the breakthrough we needed. This find is exciting and meaningful because it is the largest exposure so far located at Hay Mountain, and is similar to outcrops in the Bisbee mining district 15 miles south.”

Briscoe continues: “This outcropping oxidized mineral occurrence, taken with our recent work, confirms increasing mineral intensity over the previous geochemical and geophysical anomalies, and is confirmation of the type of mineralization we wanted to find. We have much technical work, including drilling, to complete prior to declaring an ore body present at Hay Mountain, but until now we were working with indirect geochemical, geophysical and geologic interpretation; this is direct evidence.”

Drilling Planned-Permitting Underway

Two drill holes 600’ apart have been spotted over the two sites of the gossan outcrops. Work on nine other targets across the heart of the geochemical-geophysical anomaly is underway. The flexible drill plan calls for vertical diamond core holes to as deep as 2,000 feet. If horizontal bedded ore grade copper or other metals are intercepted, 45 degree angle holes will be drilled to determine width, thickness and shape of the mineralization. Contorted, broken and brecciated beds are nearby and along the line of holes, which is characteristic of the porphyry copper geologic environment. “This is a good environment for defining out an important ore body,” comments Briscoe.

Plans call for holes up to 2,000 feet deep but could be shallower. Each hole would take about 20 days to drill and cost about $200,000 if drilled to total depth: estimated start time of about January 2016.

“James A. Briscoe” James A. Briscoe, Professional Geologist, AZ CA
CEO/Chief Geologist
Liberty Star Uranium & Metals Corp.

View Presentation on Libertystaruranium.com

Forward-Looking Statements

Statements in this news release that are not historical are forward-looking statements. Forward-looking statements include: findings led to the conclusion that the Chrysocolla Block was misidentified and the conclusion that the zone was of the lower Earp formation that the discovery constitutes the specific target we have been searching for before kicking off a drill program. Factors which may delay or prevent these forward-looking statements from being realized include: our inability to raise sufficient funds to complete our intended exploration or carry on operations; an inability to continue exploration due to weather, logistical problems or hazards even if funds are available. Readers should refer to the risk disclosures in the Company’s recent 10-K and the Company’s other periodic reports filed from time to time with the SEC.

View source version on businesswire.com: http://www.businesswire.com/news/home/20151014006432/en/

Liberty Star Uranium & Metals Corp.
Tracy Myers, 520-425-1433
Investor Relations
[email protected]
or
Jim Briscoe, 520-907-9492
CEO/President/Chief Geologist
[email protected]

INTERVIEW: Uragold Reiterates the Importance of Exclusive Global Partnership

Posted by AGORACOM-JC at 11:35 AM on Wednesday, October 14th, 2015

EXCLUSIVE GLOBAL PARTNERSHIP PUTS URAGOLD IN POSITION TO TURN QUARTZ PROJECTS INTO LOWEST COST SUPPLIER TO SOLAR INDUSTRY

  • Patent Filed
  • Worldwide Exclusive Rights Granted
  • Pilot Plant Already Funded
  • Technology Partner Takes First Royalty Payment In Stock
  • In Position To Become Vertically Integrated Producer Of Solar Grade Silicon Metal & Major Participant In Global Solar Industry

Company announced that its technical partner, PyroGenesis Canada Inc. (http://pyrogenesis.com) (TSX-V: PYR), a TSX Venture 50® clean-tech company (“PyroGenesis”) that designs, develops, manufactures and commercializes plasma torch products, has filed a provisional patent for a new and novel process for the One Step Production of Metallurgical Grade Silicon Metal (mg Si), Solar Grade Silicon Metal (UMG Si) and Polysilicon from Quartz. The “PUREVAP â„¢ Quartz Vaporization Reactor is a proprietary process that uses a plasma arc within a vacuum furnace.

Hub On AGORACOM / Corporate Profile / Watch Interview Now!

AGORACOM CLIENT FEATURE: (UBR:TSX-V) – Exclusive Global Partnership Puts Uragold in Position to Turn Quartz Projects into Lowest Cost Supplier To Solar Industry

Posted by AGORACOM-JC at 10:11 AM on Thursday, October 8th, 2015

EXCLUSIVE GLOBAL PARTNERSHIP PUTS URAGOLD IN POSITION TO TURN QUARTZ PROJECTS INTO LOWEST COST SUPPLIER TO SOLAR INDUSTRY

  • Patent Filed
  • Worldwide Exclusive Rights Granted
  • Pilot Plant Already Funded
  • Technology Partner Takes First Royalty Payment In Stock
  • In Position To Become Vertically Integrated Producer Of Solar Grade Silicon Metal & Major Participant In Global Solar Industry

There is no other way to say it. This technology represents a potential quantum leap forward for the solar panel industry.” (URAGOLD CEO QUOTE)

Why Uragold?

  • High Purity Silica (HPS) and Silicon Metal are key strategic minerals
  • Applications in high-tech industries that include semiconductors, LCD displays, solar silicon applications and recently, Silicon Anode Lithium Batteries
  • Major silicon metal producer has confirmed interest in purchasing a significant tonnage of High Purity Quartz
  • (MOU) between its 100% owned subsidiary Quebec Quartz and Dorfner Anzaplan (Anzaplan) regarding the development of property specific beneficiation processes for the production of ultra high purity quartz sands (99.99+% SiO2).

What are High Purity Quartz and Silicon Metal?

High Purity Quartz

  • High Purity Quartz (HPQ) has a purity level in excess of 99.997% and is extremely rare.
  • High purity quartz deposits with low impurities are rare, world supplies are tightening and HPS prices are rising [Source ].

  • Demand for HPQ is growing with the high tech industry and the price for premium HPQ can vary between US$ 8,000 to US$ 25,000 or more per ton depending on the specifications needed for the final application [Source ].

Metallurgical Silicon Metal

  • Metallurgical Silicon Metal has a purity of 98.5% or higher and is used as an alloying agent in the aluminum industry due to its ability to increase the strength of aluminum [Source].

  • Adding Silicon Metal to aluminum alloys makes them strong and light [Source].

  • As a result they are increasingly used in the automotive industry to replace heavier cast iron components [Source].

  • Allows weight reductions and a reduction in fuel consumption [Source].

  • Demand for aluminium has increased 5% CAGR over the past 20 years [Source].

  • It has also been reported that the solar industry will have it’s first global panel shortage since 2006 [Source].

  • It has become one of today’s key strategic minerals with applications in high-tech industries that include semiconductors, LCD displays, fused quartz tubing, microelectronics, solar silicon applications and recently, Silicon Anode Lithium Batteries

  • Silicon Metal with 98.50% SiO2 purity sells for about US$ 3,200 per ton (or US$ 1.45 US a pound) [Source].

Martinville, Malvina and the Montpetit Quarry Silica Properties

Quebec Quartz, has successfully finish the sampling programs over the historical quartz and quartzite showings on the Montpetit Quarry, and the Martinville and Malvina Silica properties. A map of the properties can be viewed here: http://www.uragold.com/Quebec-Quartz.php.

The Montpetit Property is located in the Monteregie Region of Quebec, some 40 km south of Montreal and 7 km south of Saint-Clotilde-de-Chateauguay. The Quebec-New-York border is 10 km from the property. The property is located on NTS map sheets 31H/04 (1:50,000 scale). Farms fields and forest, owned by private landowners, mostly cover the region.

A review of the historical work indicates that the quarry operated for one (1) year and that the deposit is composed of consolidated beach sand that was highly purified by segregation, sorting and leaching. Through natural Diagenesis, overtime the sand was transformed into a quartzite.

Acquired, through map staking, two silica claims directly adjacent to Sitec Silicium Quebec quartz mine located in the Charlevoix region of Quebec

Sitec Silicium Quebec quartz mine supplies silica for Sitec silicon metal foundry in Becancour and for the Elkem Metal Canada ferrosilicium foundry in Chicoutimi Quebec.

Quebec Quart, Uragold’s wholly owned subsidiary, intends to explore the claims for quartzite extensions to the north of the Silicium Quebec Mine. The Galette sector of the Charlevoix region is knows to hold high purity quartzites. The regional geology is comprised of a paragenesis and pink garnetiferous granite with units of discernable quartzites within the paragenesis.

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