Marmota Limited · ASX:MEU
Marmota — Marmota Energy — Investor Presentation (February 2017)
16 slides from Marmota's investor presentation, February 2017
Slide 1: Geophysical Data Reducing Exploration Risk
MARMOTA ENERGY GEOPHYSICAL DATA REDUCING EXPLORATION RISK ASX - MEU Dom Calandro Managing Director
Slide 2: Forward Looking Statements
MARMOTA ENERGY Forward Looking Statements “These materials include forward looking statements. Forward looking statements inherently involve subjective judgement and analysis and are subject to significant uncertainties, risks and contingencies, many of which are outside of the control of, and may b
Slide 3: Corporate Strategy
MARMOTA ENERGY CORPORATE STRATEGY Discovery and development of large tonnage, low operating cost uranium systems.
Slide 4: Our Exploration Priorities
MARMOTA ENERGY OUR EXPLORATION PRIORITIES • Tertiary palaeochannel sandstone hosted rollfront uranium in the prospective Gawler Craton and Curnamona Province areas. • Sandstone hosted uranium in prospective sedimentary sheets overlying or onlapping the cratons. • Unconformity and bedrock-hosted uran
Slide 5: Access to projects covering approximately 500 km2
MARMOTA ENERGY Marmota has access to 11 projects covering approximately 8500 Km2 Since listing Marmota has acquired: 15,000 line km of TEMPEST AEM 8000 gravity stations 28,000 line Km of Mag / Spec
Slide 6: Ambrosia - Mulgathing
AMBROSIA - MULGATHIN Hoove i Marmota Energy Limited South Australia Exploration Licences Indooroopilly a3 Prominent Hil Honeymoon oe CEDUNA aa D N ‘ A HBB Marmot Energy Tenements 0 40 80 160 240 20 Kilometers T T ove wouore
Slide 7: Ambrosia - Mulgathing
AMBROSIA - MULGATHING • EL 3684 (Mulgathing), EL 3358 (Ambrosia) •Located 100 Km North west of Tarcoola • 1000 square Km’s Potential for sandstone-hosted rollfront uranium in Tertiary palaeochannels.
Slide 8: Ambrosia - Mulgathing
AMBROSIA - MULGATHING • No uranium exploration on this EL since the early 1970’s • Mostly small pockets of base metal exploration • Poor prospect scale data coverage across the whole EL
Slide 9: Ambrosia - Mulgathing: High resolution gravity data
AMBROSIA - MULGATHING EALBARA WARRIOR • High resolution gravity data acquired • Good definition of channel system • Efficient reconnaissance tool
Slide 10: Ambrosia - Mulgathing: TEMPEST AEM data
AMBROSIA - MULGATHING 8 Km • TEMPEST AEM data acquired over the tenement. • 400 metre line spaced N-S 43 Km • Significantly improving the definition of the main channel and tributaries • Better definition of basement targets
Slide 11: Depth to Resistive Basement
AMBROSIA - MULGATHING Depth to Resistive Basement • Topography of the base of the channel is well defined • Shallower tributaries and braids defined
Slide 12: Interval Conductivity over various depth intervals
AMBROSIA - MULGATHING Interval Conductivity over various depth intervals
Slide 13: Samples from drillhole DBRM0206
MARMOTA ENERGY Samples from drillhole DBRM0206 in the Dusty Bore target area in the centre of the Ambrosia project Left: Organic rich lignites observed at 32 -36 metres
Slide 14: MEU Data
MARMOTA ENERGY MEU Data
Slide 15: Summary
SUMMARY High resolution gravity infill surveys , and AEM surveys were completed over Marmota exploration licenses reducing exploration risk. New data successfully mapping out new palaeochannels prospective for sandstone -hosted uranium. Depth to resistive basement data, derived from TEMPEST AE
Slide 16: MARMOTA ENERGY
MARMOTA ENERGY
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