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Untitled 2
Sarcobatus Flats
Sarcobatus Flats is a desert playa lake located in Nye County, western Nevada
along state route 95 approximately 109 kilometres south of Tonopah and 72
kilometres southeast of Clayton Valley, the location of the producing Silver
Peak world-class lithium brine deposit. The Sarcobatus Flats project consists of
105 placer claims totaling 1,076 hectares.
The
acquisition of the new claims was prompted due to the highly anomalous
concentrations of lithium, ranging between 210 and 340ppm Li,
encountered from a preliminary surface sediment sampling program conducted on
the Sarcobatus Flats claim group. As additional encouragement, there are several
important similarities between the settings of Sarcobatus Flats and a Clayton
Valley type lithium brine deposit. The property is located in a closed
structural basin, contains similar stratigraphy and occupies a lacustrine
environment similar regional hydrogeography and geochemistry to Clayton Valley.
In essence, Sarcobatus Flats represents an under-explored early stage analogue
to Clayton Valley.
To
earn a 100% interest, TNR has agreed to make payments totaling USD$130,000 and
issue 675,000 common shares of TNR over a four-year period. The vendor will
retain a 2.5% royalty of which the Company has the right to purchase up to 2% of
the Royalty, by paying Tonogold USD$1 million per 1% purchased, for a total of
USD$2 million, thereby reducing Tonogold's NSR to 0.5%. The agreement is subject
to regulatory approval.
Work Programs
The
Company intends to explore its Nevada properties and determine if lithium
evaporates and brine deposits have formed similar to those found at Clayton
Valley. TNR is developing an integrated regional lithium exploration approach
using geochemical and basin modeling with gravity, electromagnetic,
hydrogeological, and geochemical fieldwork to identify drill targets. The TNR
exploration team has extensive geochemical, GIS modeling and targeting
experience across four continents with specific expertise in lithium and other
rare metals.
Untitled 2
Sarcobatus Flats
Sarcobatus Flats is a desert playa lake located in Nye County, western Nevada
along state route 95 approximately 109 kilometres south of Tonopah and 72
kilometres southeast of Clayton Valley, the location of the producing Silver
Peak world-class lithium brine deposit. The Sarcobatus Flats project consists of
105 placer claims totaling 1,076 hectares.
The
acquisition of the new claims was prompted due to the highly anomalous
concentrations of lithium, ranging between 210 and 340ppm Li,
encountered from a preliminary surface sediment sampling program conducted on
the Sarcobatus Flats claim group. As additional encouragement, there are several
important similarities between the settings of Sarcobatus Flats and a Clayton
Valley type lithium brine deposit. The property is located in a closed
structural basin, contains similar stratigraphy and occupies a lacustrine
environment similar regional hydrogeography and geochemistry to Clayton Valley.
In essence, Sarcobatus Flats represents an under-explored early stage analogue
to Clayton Valley.
To
earn a 100% interest, TNR has agreed to make payments totaling USD$130,000 and
issue 675,000 common shares of TNR over a four-year period. The vendor will
retain a 2.5% royalty of which the Company has the right to purchase up to 2% of
the Royalty, by paying Tonogold USD$1 million per 1% purchased, for a total of
USD$2 million, thereby reducing Tonogold's NSR to 0.5%. The agreement is subject
to regulatory approval.
Work Programs
The
Company intends to explore its Nevada properties and determine if lithium
evaporates and brine deposits have formed similar to those found at Clayton
Valley. TNR is developing an integrated regional lithium exploration approach
using geochemical and basin modeling with gravity, electromagnetic,
hydrogeological, and geochemical fieldwork to identify drill targets. The TNR
exploration team has extensive geochemical, GIS modeling and targeting
experience across four continents with specific expertise in lithium and other
rare metals.
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Sarcobatus Flats
Sarcobatus Flats is a desert playa lake located in Nye County, western Nevada
along state route 95 approximately 109 kilometres south of Tonopah and 72
kilometres southeast of Clayton Valley, the location of the producing Silver
Peak world-class lithium brine deposit. The Sarcobatus Flats project consists of
105 placer claims totaling 1,076 hectares.
The
acquisition of the new claims was prompted due to the highly anomalous
concentrations of lithium, ranging between 210 and 340ppm Li,
encountered from a preliminary surface sediment sampling program conducted on
the Sarcobatus Flats claim group. As additional encouragement, there are several
important similarities between the settings of Sarcobatus Flats and a Clayton
Valley type lithium brine deposit. The property is located in a closed
structural basin, contains similar stratigraphy and occupies a lacustrine
environment similar regional hydrogeography and geochemistry to Clayton Valley.
In essence, Sarcobatus Flats represents an under-explored early stage analogue
to Clayton Valley.
To
earn a 100% interest, TNR has agreed to make payments totaling USD$130,000 and
issue 675,000 common shares of TNR over a four-year period. The vendor will
retain a 2.5% royalty of which the Company has the right to purchase up to 2% of
the Royalty, by paying Tonogold USD$1 million per 1% purchased, for a total of
USD$2 million, thereby reducing Tonogold's NSR to 0.5%. The agreement is subject
to regulatory approval.
Work Programs
The
Company intends to explore its Nevada properties and determine if lithium
evaporates and brine deposits have formed similar to those found at Clayton
Valley. TNR is developing an integrated regional lithium exploration approach
using geochemical and basin modeling with gravity, electromagnetic,
hydrogeological, and geochemical fieldwork to identify drill targets. The TNR
exploration team has extensive geochemical, GIS modeling and targeting
experience across four continents with specific expertise in lithium and other
rare metals.
Sarcobatus Flats
Sarcobatus Flats is a desert playa lake located in Nye County, western Nevada
along state route 95 approximately 109 kilometres south of Tonopah and 72
kilometres southeast of Clayton Valley, the location of the producing Silver
Peak world-class lithium brine deposit. The Sarcobatus Flats project consists of
105 placer claims totaling 1,076 hectares.
The
acquisition of the new claims was prompted due to the highly anomalous
concentrations of lithium, ranging between 210 and 340ppm Li,
encountered from a preliminary surface sediment sampling program conducted on
the Sarcobatus Flats claim group. As additional encouragement, there are several
important similarities between the settings of Sarcobatus Flats and a Clayton
Valley type lithium brine deposit. The property is located in a closed
structural basin, contains similar stratigraphy and occupies a lacustrine
environment similar regional hydrogeography and geochemistry to Clayton Valley.
In essence, Sarcobatus Flats represents an under-explored early stage analogue
to Clayton Valley.
To
earn a 100% interest, TNR has agreed to make payments totaling USD$130,000 and
issue 675,000 common shares of TNR over a four-year period. The vendor will
retain a 2.5% royalty of which the Company has the right to purchase up to 2% of
the Royalty, by paying Tonogold USD$1 million per 1% purchased, for a total of
USD$2 million, thereby reducing Tonogold's NSR to 0.5%. The agreement is subject
to regulatory approval.
Work Programs
The
Company intends to explore its Nevada properties and determine if lithium
evaporates and brine deposits have formed similar to those found at Clayton
Valley. TNR is developing an integrated regional lithium exploration approach
using geochemical and basin modeling with gravity, electromagnetic,
hydrogeological, and geochemical fieldwork to identify drill targets. The TNR
exploration team has extensive geochemical, GIS modeling and targeting
experience across four continents with specific expertise in lithium and other
rare metals.
Sarcobatus Flats
Sarcobatus Flats is a desert playa lake located in Nye County, western Nevada
along state route 95 approximately 109 kilometres south of Tonopah and 72
kilometres southeast of Clayton Valley, the location of the producing Silver
Peak world-class lithium brine deposit. The Sarcobatus Flats project consists of
105 placer claims totaling 1,076 hectares.
The
acquisition of the new claims was prompted due to the highly anomalous
concentrations of lithium, ranging between 210 and 340ppm Li,
encountered from a preliminary surface sediment sampling program conducted on
the Sarcobatus Flats claim group. As additional encouragement, there are several
important similarities between the settings of Sarcobatus Flats and a Clayton
Valley type lithium brine deposit. The property is located in a closed
structural basin, contains similar stratigraphy and occupies a lacustrine
environment similar regional hydrogeography and geochemistry to Clayton Valley.
In essence, Sarcobatus Flats represents an under-explored early stage analogue
to Clayton Valley.
To
earn a 100% interest, TNR has agreed to make payments totaling USD$130,000 and
issue 675,000 common shares of TNR over a four-year period. The vendor will
retain a 2.5% royalty of which the Company has the right to purchase up to 2% of
the Royalty, by paying Tonogold USD$1 million per 1% purchased, for a total of
USD$2 million, thereby reducing Tonogold's NSR to 0.5%. The agreement is subject
to regulatory approval.
Work Programs
The
Company intends to explore its Nevada properties and determine if lithium
evaporates and brine deposits have formed similar to those found at Clayton
Valley. TNR is developing an integrated regional lithium exploration approach
using geochemical and basin modeling with gravity, electromagnetic,
hydrogeological, and geochemical fieldwork to identify drill targets. The TNR
exploration team has extensive geochemical, GIS modeling and targeting
experience across four continents with specific expertise in lithium and other
rare metals.
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