Antipa Minerals Limited · ASX:AZY
Antipa Minerals — Corporate Update (February 2012)
20 slides from Antipa Minerals's corporate update, February 2012
Slide 1: Antipa Review
OW) ANTIPAMINERALS ANTIPA REVIEW February 2012
Slide 2: Disclaimer and Important Information
Disclaimer and Important Information Forward‐Looking Statements This document may include forward‐looking statements. Forward‐looking statements include, but are not limited to, statements concerning Antipa Mineral Ltd’s planned exploration program and other statements that are not historical fact
Slide 3: Antipa Background
Antipa Background Objective to build an international minerals group through exploitation of large mineral projects to provide maximum leverage to shareholders Quality team provides a competitive advantage ‐ Former LionOre executives with proven track record Antipa a major Paterson Province pl
Slide 4: Antipa Minerals Snapshot
Antipa Minerals Snapshot Largest Tenement holder in the prospective Paterson Province – 100% ownership interest Magnum Deposit – A major gold‐copper‐silver system: “Central Zone” mineralisation extends >600m north‐south, >350m east‐west and from 70m to >600m below surface – Open in all directi
Slide 5: Magnum – A Closer Look: Cross Section
Magnum – A Closer Look: Cross Section Antipa drilling reveals up to seven zones of Au‐ Cu‐Ag‐Bi mineralisation over a 300 to 400m EW corridor A total of 5,000 metres of diamond and RC completed for 7 DD‐holes and 5 dedicated RC holes Limited to 400m of Central Zone Generally limited to 1 to
Slide 6: A Closer Look: Cross Sections
Magnum – A Closer Look: Cross Sections Antipa Review February 2012 6
Slide 7: Drillhole Intersections
Magnum – Drillhole Intersections Significant Magnum deposit primary gold‐copper intersections include: AKD05 = 29.0m @ 1.5 g/t gold and 1.6% copper from 264.0m Including: 8.0m @ 3.5 g/t gold and 4.4% copper from 279.0m Including: 1.0m @ 1.7 g/t gold and 14.3% copper (and 46.5 g/t silver) from
Slide 8: Mineralisation
Magnum – Mineralisation Abundant zones of Quartz‐Sulphide veining persistent over a very large volume Copper (Chalcopyrite) and gold‐silver and bismuth mineralisation in breccia textured sulphides and veins ± lesser disseminated chalcopyrite hosted by Gabbro and meta‐sediment Antipa Review Febru
Slide 9: A Closer Look: Plan Projection
Magnum – A Closer Look: Plan Projection +2.2 km long Aircore gold and/or copper anomaly 2 km long VTEM anomaly 1.1 km Aeromagnetic anomaly 0.03 Au 0.08% Cu 1.10 Au 0.13% Cu 600 m 350 m 2 kilometres 2 kilometres 600 m 0.01 Au 0.12% Cu 0.02 Au 0.11 Au 0.08% Cu 0.08% Cu Antipa Review February 201
Slide 10: A Closer Look: Long Projection
Magnum – A Closer Look: Long Projection Notes: Drillhole intersections “Au eq” is Gold equivalent value = Au (g/t) + %Cu x (91.66/49.36) Based on US$1,535.20 per ounce gold and US$4.16 per lb copper (30/05/2011 commodity prices) Grades have not been adjusted for the metallurgical or refining recover
Slide 11: Telfer: A World Class Gold-Copper Deposit
Telfer: A World Class Gold‐Copper Deposit Telfer Mine – Australia’s 3rd largest 2011 gold producer (2nd largest in 2010) 621 koz Au and 32 kt Cu p.a. at 0.9 g/t Au and 0.1% Cu (and 373 koz Ag) Pre‐mining 26 Moz gold and 1 Mt copper resource 2011 Ore Reserve of 476 Mt @ 0.78 g/t Au and 0.11%
Slide 12: Similarities to Telfer
Magnum – Similarities to Telfer Drilling programme reveals that the architecture of the Magnum gold‐copper mineralisation bears a number of similarities to the giant Telfer gold‐copper deposit East limb of a dome West dipping Cross‐cutting vein ± stockwork Au‐Cu‐Ag mineralisation Controls fold
Slide 13: LandTEM Survey – Magnum and T4
LandTEM™ Survey – Magnum and T4 LandTEM™ survey at Magnum and T4 T4 Generates a 1.8 km long anomaly at Magnum Magnum LandTEM™ suggests both west dipping Gabbro hosted and east dipping meta‐sediment hosted conductors Later remains untested at the south end of Magnum 1.5 kilometres Possible Te
Slide 14: LandTEM Survey – Corker
LandTEM™ Survey – Corker LandTEM™ survey of high calibre Corker VTEM anomaly Generated a +300 metre late‐time LandTEM™ conductivity anomaly Anomaly open to south and north and requires follow‐up LandTEM™ Corker more than twice as conductive than the strongest Magnum LandTEM™ response Modelli
Slide 15: Citadel Project - Magnum Dome and Regional Exploration
Citadel Project ‐ Magnum Dome and Regional Exploration Magnum Dome 3km EW x 6km NS Significant geochemical and geophysical anomalism > 11km of strike of the Magnum Gabbro and meta‐ sediments effectively untested except for limited shallow aircore Several aircore gold‐copper anomalies signifi
Slide 16: Citadel Regional Targets – VTEM Survey
Citadel Regional Targets – VTEM Survey Stage 1 VTEM survey completed over 430 km2 or 25% of the Citadel Project Identified 34 EM Conductivity targets Including 11 high priority targets (e.g. Corker, Rimfire and Magnum West) Corker anomaly located just 4 km NNW of Magnum LandTEM™ conducted
Slide 17: North Telfer Project Acquisition
North Telfer Project Acquisition North Telfer Project highlights Abuts the southern boundary of the Citadel Project Extends contiguous tenement holding from 55 to 115 km north to south and to within 25 km of the world‐ class Telfer gold‐copper and O’Callaghans Tungsten‐ 115 km base metal deposit
Slide 18: Corporate Information
Corporate Information IPO and ASX Listing Listed on ASX on 19 April 2011 following successful completion of A$10 million IPO Project Acquisition History Citadel Project acquired from Centaurus Metals in April 2011 for shares/options upon completion of IPO Applied for North Telfer Project tenem
Slide 19: Board and Management
Board and Management Stephen Power, LLB ‐ Executive Chairman Commercial lawyer with 25 years experience advising participants in the resources industry in Australia and overseas including Africa and South America. Currently also a director of Karoon Gas Australia Roger Mason BSc (Hons) MAusIMM ‐ M
Slide 20: Drillhole Information
Drillhole Information Final Hole Azimuth Dip Hole ID Northing (m) Easting (m) RL (m) Depth (m) (degrees) (degrees) AKD05 7701045.7 416392.2 270.1 414.50 232.0 ‐60.0 AKD06 7701008.8 416588.6 270.1 550.00 270.0 ‐60.0 AKD09 7701105.8 416629.4 268.9 633.30 270.0 ‐60.0 11AMD0001 7,700,900 416,260 270 499