Belmont Resources is exploring its Kibby Basin lithium project in Nevada. Drilling at the project has found a deep basin suitable for brine and anomalies of lithium and other elements indicative of a lithium brine system. Belmont plans further drilling and testing to evaluate the project's potential to host a lithium brine resource.
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8. Geological requirements needed for
viable lithium brine mine (6)
Commercial deposits of shallow lithium brines beneath dry lakebeds have the
following characteristics in common:[17]
Arid climate
1. Closed basin with a dry or seasonal lake
2. Tectonically-driven subsidence
3. Igneous or geothermal activity
4. Lithium-rich source rock
5. Permeable aquifers
6. Enough time to concentrate brine
9. #1-Closed Basin There are two (2) closed basins in
Esmeralda County. (source) Water Resources, State of
Nevada)
10. Kibby
Basin
Clayton
Valley Basin
Big Smoky
Valley Basin
Regional
Setting -
Basins
GoogleEarth
Looking SSE
Ralston
Basin
#1 - Closed
Basin. As
depicted
here, there
are (2) two
closed
basin in
Esmeralda
County,
Nevada
13. “The detailed gravity survey confirms the large scale structural
hypothesis of a pull-apart basin and also added considerable structural
detail. A basin model is generated which reveals the basin to be on the
order of 4000m deep with an east-west asymmetry, the east side being
steeper than the west. This asymmetry is similar to the Clayton Valley
basin as described by Zampirro (2003).
In addition, the asymmetry appears to be an
important control to brine entrapment at the Clayton
Valley deposit. A 7.4 kilometer long structure is
identified in Kibby Valley with characteristics
interpreted to be akin to major structures bounding
the south side of Clayton Valley.”
June 23, 2016, Wright Geophysics Inc.
# 2 -Tectonically-driven
subsidence
14. #3 - Igneous or geothermal activity
(depicted lithium bearing Rhyolite of surrounding the
Monte Cristo Mountains)
15. #3 - Geothermal features:
AMAX Mineral Exploration drilled several
geothermal gradient holes in the area in the
1970s and 1980s. The two hot gradient holes
were in the southern part of the valley (T4N,
R38E/R38.5E). The first well was 37°C with an
uncorrected temperature gradient of 106°C/km
and the second was 29°C with an uncorrected
temperature gradient of 122°C/km. Several
other AMAX gradient holes in other parts of
Monte Cristo Valley were warm, with gradients
ranging from 38°C/km to 61°C/km (Blackwell
and Richards, 2008).
16. #4 – Lithium rich
rock source
(surface samples)
• 10 surface samples (from a nominal
depth of 30 centimetres -1 foot ) of
the playa sediments for lithium
assaying.
• Some of the samples were as much
as two times the crustal average
with a high of 73.8 ppm Li.
• Samples also confirmed anomalous
concentrations of boron and
arsenic, which may indicate the
presence of a hydrothermal system
operating within the playa.
20. 120 miles as the “crow flies” to Tesla’s Giga 1
Lithium Battery factory
21. Drill program under way. Harris drilling drills first hole to
test a fault that runs north-south approximately 130 feet above the Kibby Basin/playa.
Depth of Kibby Drill hole # 1 548 feet.
23. Kibby Basin –Drilling commences
Further to our news release of April 18, 2017 the Company is pleased to report
that Harris Exploration Drilling & Associates (“Harris Drilling”) mobilized to the
property and set up drilling HQ (3.875”core) commencing Hole #1 on April 23,
2017. Hole #1 was drilled on the eastern basin-bounding fault, and drilled to a
to a depth of 548 feet. Harris Drilling has now moved the drill rig and preparing
to set-up on top of the playa basin later this week, approximately 5000 feet
southwest of Hole #1 and anticipate drilling to a depth near 1000 feet or more.
26. Belmont Resources Ltd.
Board of Directors
Gary Musil, Secretary/CFO/Director
Gary Musil has more than 30 years of management and
financial consulting experience and has served as an officer
and director on numerous public companies since 1988. This
experience has resulted in his overseeing the financial
aspects and expenditures on exploration projects in Peru,
Chile, Eastern Europe (Slovak Republic), and British
Columbia, Ontario, Quebec and New Brunswick (Canada).
Prior to this, he was employed for 15 years with Dickenson
Mines Ltd. and Kam-Kotia Mines Ltd. as a Controller for the
producing silver/lead/zinc mine in the interior of British
Columbia Canada.
Vojtech Agyagos, President/Director
Mr. Agyagos has more than 25 years of management and
financial consulting experience and has served as an officer
and director on numerous public companies since 1982. This
experience has resulted in his managing exploration projects in
South America, Eastern Europe (Slovak Republic)-in oil/gas and
mineral exploration, and British Columbia, Quebec, Labrador
and Ontario (Canada). Mr. Agyagos has served as President
and Director of Belmont since December 1996.
27. Jake Bottay, Director
Jake Bottay is a graduate of Simon Fraser
University, earning his Bachelor of Arts Degree in
1972. Since 1980, Mr. Bottay has been responsible
for project co-ordination, financing, contract
negotiations, audit committees and public relations
with a number of Junior Exploration companies.
While serving as a Director or Officer on numerous
Public Companies, Mr. Bottay has gained valuable
experience in doing business in South America,
Europe and Canada.
Roger Agyagos, Director
Mr. Agyagos has a Diploma in Management
Systems from BCIT. Since 1995 he has been Vice-
president for a private BC company providing
office management and financial consulting
services to various private and public companies.
Mr. Agyagos assists with daily correspondence,
office services, preparation of news releases and
financial statements.
Dusan Berka, Director
Mr. Berka, P. Eng., has over 40 years of
international business experience spanning
Europe and the Americas with extensive
experience in the finance, marketing and
administration of public companies, having
served as a Director and Officer of various
public companies traded on the TSX, TSX
Venture and NASDAQ exchanges. A
graduate engineer with a M.Sc. (Dipl. Ing.)
degree from Slovak Technical University,
Bratislava, Slovakia (1968), Mr. Berka has
been a member of the Association of
Professional Engineers and Geoscientists of
British Columbia
28. Belmont Advisory Board
James H. Place, P. Geo
Mr. Place has worked for government and private industry as a consultant for 24 years
including engineering groups, environmental assessment specialists, and private mineral
developers. He is experienced in providing support to government and private organizations
includes property assessment, project planning, management, supervision, and administration
for all types of engineering and development projects.
His experience of providing management and directorship on a number of public companies
will provide a significant contribution to the Company at this stage of exploration and
development.
29. Aziz Khalili MSC. EE
Mr. Khalili’s Company - Khalili Engineers and Associates “solar powered
desalination pipe project” (SPDPP) proposal for Santa Monica, California, has
garnered much attention in the press. The SPDPP is designed to generate 4.5
billion liters of drinking water using electromagnetic filtration desalination
‘electromagnetic filtration uses an isolated electromagnetic field on pipes
circulating seawater, separating the salts and impurities. The process is rapid and
energy efficient,’ Khalili Engineers elaborate. “The company’s directors and
consultants are actively researching and communicating with groups and
individuals working in the area of water desalination and carbon based elemental
sub molecular selectively preamble mediums”
“Belmont, is taking a holistic/green approach in lithium extraction methods from
brine waters. Belmont, acknowledges that Nevada and all the Western States in
the Great Basin have entered the 7th year of drought. Belmont, seeks to utilise
recent discoveries of water properties, to first separate the potable water from
the brine water and in so doing produce super ionic mineral concentrate.
30. The SPDPP is designed to generate 4.5 billion liters of drinking water using electromagnetic filtration desalination
31. ‘
‘electromagnetic filtration uses an isolated electromagnetic field
on pipes circulating seawater, separating the salts and
impurities. The process is rapid and energy efficient,’ Khalili
Engineers