Deer Horn Capital Releases PEA for Gold-Silver-Tellurium Project

The project, located in North-Central BC, is estimated to have a pre-tax net present value of...

June 11th, 2018

Tellurium Production by Country

Wondering about tellurium production by country? These four nations produced the most of the metal last...

May 14th, 2017

Deer Horn Metals Announces Private Placement

Deer Horn Metals Inc. (TSXV:DHM) announced a private placement of up to 20,000,000 shares at $.010,...

June 5th, 2013

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Deer Horn Announces Share Consolidation

Deer Horn Metals Inc. (TSXV:DHM) announces that its Board of Directors have approved a consolidation of...

May 29th, 2013

Deer Horn Metals Terminates VLP’s Contract

Deer Horn Metals Inc. (TSXV:DHM) terminated Venture Liquidity Provider Inc.'s contract, who were hired to help...

May 14th, 2013

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Deer Horn Metals Inc. Earns 50% Interest in Deer...

Deer Horn Metals Inc. (TSXV:DHM) earned its initial 50% interest in the Deer Horn Property, and...

May 3rd, 2013

Deer Horn Metals Announces Results from Annual General Meeting

Deer Horn Metals Inc. (TSXV:DHM) held its Annual General Meeting on April 16, 2013 and all...

April 17th, 2013
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Tellurium is unknown to many investors, but its importance is rapidly increasing. Technically a metalloid in elemental form, tellurium is used in rewritable optical discs (CDs, DVDs and Blu-ray), and for the new generation of RAM known as PRAM. However, it is in the production of solar panels that many investors see the most potential for tellurium. Tellurium works well in solar panels because when alloyed with a number of elements — such as cadmium, mercury, bismuth and zinc — it forms a telluride compound that furthers a material’s ability to conduct electricity; this ability is enhanced during exposure to light. Cadmium telluride in particular has become increasingly sought after as a source material for thin-film photovoltaic solar panels. Thin-film...

Tellurium is unknown to many investors, but its importance is rapidly increasing. Technically a metalloid in elemental form, tellurium is used in rewritable optical discs (CDs, DVDs and Blu-ray), and for the new generation of RAM known as PRAM.

However, it is in the production of solar panels that many investors see the most potential for tellurium. Tellurium works well in solar panels because when alloyed with a number of elements — such as cadmium, mercury, bismuth and zinc — it forms a telluride compound that furthers a material’s ability to conduct electricity; this ability is enhanced during exposure to light.

Cadmium telluride in particular has become increasingly sought after as a source material for thin-film photovoltaic solar panels. Thin-film panels have quickly pushed their predecessors to the backburner as they can be produced for a fraction of the cost.

That said, substitutes for tellurium do exist, with selenium, niobium and tantalum being a few; however, none of those materials possesses tellurium’s high-application qualities.

In terms of where tellurium is found, it’s generally discovered fused in telluride ores of gold, copper and silver. Currently, a whopping 90 percent of tellurium is produced as a by-product of copper mining and processing. That said, some gold, bismuth, silver and lead producers have also been able to extract the metal in small quantities.

Tellurium is mined primarily in the United States, Canada, Japan and Russia. The US Geological Survey (USGS) estimates that in 2014 Canada, Japan and Russia put out 10 MT, 45 MT and 40 MT of tellurium, respectively. The United States’ production information was withheld to avoid disclosing company proprietary data.

The USGS estimates that worldwide tellurium reserves sit at just 24,000 MT.

Looking at pricing, the USGS states that in 2014, the metal’s price “continued to exhibit a seasonal price fluctuation … with the peak price occurring in the summer months due to China’s increased demand for thermoelectrics.”

In 2000, the tellurium price was around US$14 per pound for 99.5 percent purity. The price almost tripled from 2009 to 2011, reaching around US$400 per kilogram. However, it only took a year or so for the price to fall down to about US$170 per kilogram. Midway through 2015, the tellurium price was sitting at around US$60 per kilogram.

Moving forward, another USGS report states that the tellurium market will be driven not only by demand from the solar sector, but also by copper production, and to a lesser extent the production of gold, lead, nickel or zinc from sulfide ores.

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