The document discusses potential infrastructure investment opportunities related to developing iron ore resources in the Braemar Iron Formation region of Australia. It notes that the Braemar Iron Alliance envisions developing around 25-50 billion tonnes of magnetite iron resources over the next decade, with potential for annual concentrate production of 50 million tonnes requiring significant infrastructure such as water supply, power, rail, ports, and shipping facilities. A desalination plant and 350km pipeline are presented as an example water supply scenario to support 25 million tonnes per annum of concentrate output.
The document discusses potential mining and infrastructure investment opportunities related to the Braemar Iron Formation in Australia. It describes the formation as a regionally extensive source of magnetite mineralization with the potential to support multiple large open-cut iron ore mines over 100 years. Infrastructure needs would include rail lines or slurry pipelines to transport concentrate to ports, a new deep water port capable of loading 50Mtpa of material onto Cape-size vessels, and other supporting infrastructure like power and desalination. Specific opportunities mentioned include the Muster Dam Magnetite Project, which has over 1.5 billion tonnes of JORC-compliant resources that could support a 10Mtpa operation for over 20 years.
The presentation discusses the potential for iron ore mining and infrastructure development around the Braemar Iron Formation in South Australia. It outlines how explorers have identified over 10 billion tonnes of magnetite ore across multiple deposits that could support mining and processing rates of 100 million tonnes per year. Infrastructure requirements for a hypothetical 25 million tonnes per year operation are discussed, including desalination plants to supply water, power stations, rail or slurry pipelines to transport concentrate to port facilities, and potential downstream pellet plants. The presentation conceptualizes the long term potential for the Braemar to become a major iron ore producing region in Australia but cautions that this is currently just a concept that requires further exploration and feasibility work.
Gassim Al Gassim - sar environmental challengesimadhammoud
1) The North-South Railway project in Saudi Arabia faces various environmental challenges due to operating in desert conditions over 2380 km.
2) Key challenges include moving sand dunes, windblown sand, isolation of the route, construction in remote areas, drainage, and protection of wildlife and local communities.
3) Mitigation measures include compacted embankments, gravel blankets, sand fencing, culverts for drainage and wildlife, and fencing to restrict access. Special consideration is given to sabkha areas and reducing energy consumption.
The Congressional Budget Office estimates that eliminating the individual mandate in the Affordable Care Act would result in 16 million fewer people with health insurance by 2021. Specifically, there would be 4 million fewer people on employer sponsored insurance, 6 million fewer on the non-group market, and 6 million fewer on Medicaid. However, eliminating the mandate would reduce the federal deficit by $282 billion between 2012-2021 due to $309 billion in savings from lower spending on Medicaid, exchange subsidies, and higher tax revenues, partially offset by a $27 billion loss from forgone individual mandate penalties.
La agricultura, ganadería y minería son importantes actividades económicas en Zacatecas, a pesar de los desafíos del clima y la topografía. La industria manufacturera y el comercio también contribuyen a la economía. Aunque el PIB per cápita de Zacatecas es menor que el promedio nacional, la brecha se ha reducido debido a una mayor tasa de crecimiento del PIB estatal en los últimos años.
The document provides an overview of leader-member exchange (LMX) theory. It defines LMX theory as focusing on the interactive relationship between a leader and subordinates. The theory proposes that leaders form distinct relationships, either in-groups or out-groups, with subordinates. In-groups receive more privileges and resources while out-groups receive the minimum. The document outlines the phases of LMX relationships, benefits of high-quality LMX, strengths and weaknesses of the theory, and provides examples of how LMX can be applied and measured in organizations.
Este documento describe el surgimiento del Movimiento Gremialista liderado por Jaime Guzmán en la Universidad Católica de Chile durante la década de 1960. Guzmán formó un grupo de estudiantes que se oponían a la politización de las organizaciones estudiantiles y promovían una sociedad ordenada según el principio de subsidiariedad. El Movimiento Gremialista ganó popularidad rápidamente y para inicios de la década de 1970 había elegido a cinco presidentes de la FEUC consecutivos. Guzmán y los gremialistas jug
1. The Braemar Iron Alliance represents several companies exploring the Braemar Iron Formation in South Australia, which may contain up to 50 billion tonnes of magnetite ore.
2. Developing the deposits would require transporting large volumes of iron concentrate, potentially over 50 million tonnes per year.
3. Key infrastructure challenges include developing sufficient rail lines and wagons, a slurry pipeline to transport concentrate, a new deep water port capable of loading very large ore carriers, and overcoming the higher sea freight costs from shipping from South Australia versus Western Australia.
The document discusses potential mining and infrastructure investment opportunities related to the Braemar Iron Formation in Australia. It describes the formation as a regionally extensive source of magnetite mineralization with the potential to support multiple large open-cut iron ore mines over 100 years. Infrastructure needs would include rail lines or slurry pipelines to transport concentrate to ports, a new deep water port capable of loading 50Mtpa of material onto Cape-size vessels, and other supporting infrastructure like power and desalination. Specific opportunities mentioned include the Muster Dam Magnetite Project, which has over 1.5 billion tonnes of JORC-compliant resources that could support a 10Mtpa operation for over 20 years.
The presentation discusses the potential for iron ore mining and infrastructure development around the Braemar Iron Formation in South Australia. It outlines how explorers have identified over 10 billion tonnes of magnetite ore across multiple deposits that could support mining and processing rates of 100 million tonnes per year. Infrastructure requirements for a hypothetical 25 million tonnes per year operation are discussed, including desalination plants to supply water, power stations, rail or slurry pipelines to transport concentrate to port facilities, and potential downstream pellet plants. The presentation conceptualizes the long term potential for the Braemar to become a major iron ore producing region in Australia but cautions that this is currently just a concept that requires further exploration and feasibility work.
Gassim Al Gassim - sar environmental challengesimadhammoud
1) The North-South Railway project in Saudi Arabia faces various environmental challenges due to operating in desert conditions over 2380 km.
2) Key challenges include moving sand dunes, windblown sand, isolation of the route, construction in remote areas, drainage, and protection of wildlife and local communities.
3) Mitigation measures include compacted embankments, gravel blankets, sand fencing, culverts for drainage and wildlife, and fencing to restrict access. Special consideration is given to sabkha areas and reducing energy consumption.
The Congressional Budget Office estimates that eliminating the individual mandate in the Affordable Care Act would result in 16 million fewer people with health insurance by 2021. Specifically, there would be 4 million fewer people on employer sponsored insurance, 6 million fewer on the non-group market, and 6 million fewer on Medicaid. However, eliminating the mandate would reduce the federal deficit by $282 billion between 2012-2021 due to $309 billion in savings from lower spending on Medicaid, exchange subsidies, and higher tax revenues, partially offset by a $27 billion loss from forgone individual mandate penalties.
La agricultura, ganadería y minería son importantes actividades económicas en Zacatecas, a pesar de los desafíos del clima y la topografía. La industria manufacturera y el comercio también contribuyen a la economía. Aunque el PIB per cápita de Zacatecas es menor que el promedio nacional, la brecha se ha reducido debido a una mayor tasa de crecimiento del PIB estatal en los últimos años.
The document provides an overview of leader-member exchange (LMX) theory. It defines LMX theory as focusing on the interactive relationship between a leader and subordinates. The theory proposes that leaders form distinct relationships, either in-groups or out-groups, with subordinates. In-groups receive more privileges and resources while out-groups receive the minimum. The document outlines the phases of LMX relationships, benefits of high-quality LMX, strengths and weaknesses of the theory, and provides examples of how LMX can be applied and measured in organizations.
Este documento describe el surgimiento del Movimiento Gremialista liderado por Jaime Guzmán en la Universidad Católica de Chile durante la década de 1960. Guzmán formó un grupo de estudiantes que se oponían a la politización de las organizaciones estudiantiles y promovían una sociedad ordenada según el principio de subsidiariedad. El Movimiento Gremialista ganó popularidad rápidamente y para inicios de la década de 1970 había elegido a cinco presidentes de la FEUC consecutivos. Guzmán y los gremialistas jug
1. The Braemar Iron Alliance represents several companies exploring the Braemar Iron Formation in South Australia, which may contain up to 50 billion tonnes of magnetite ore.
2. Developing the deposits would require transporting large volumes of iron concentrate, potentially over 50 million tonnes per year.
3. Key infrastructure challenges include developing sufficient rail lines and wagons, a slurry pipeline to transport concentrate, a new deep water port capable of loading very large ore carriers, and overcoming the higher sea freight costs from shipping from South Australia versus Western Australia.
- Minotaur Exploration is exploring for magnetite iron ore deposits on the Braemar Iron Formation in South Australia.
- Drilling at the Mutooroo Magnetite project has defined a 300m thick sequence of magnetite mineralization with an exploration target of 2.4-4 billion tonnes.
- Davis Tube Recovery tests on drill core have produced high grade magnetite concentrates between 67-70% Fe, meeting requirements for use as blast furnace feed.
1. Minotaur Exploration is exploring for iron ore deposits in South Australia's Braemar region, a emerging iron ore province extending 250km southwest from Broken Hill.
2. Initial drilling at the Mutooroo project has defined a 10km long magnetic anomaly called the Muster complex, with a 300m thick sequence of magnetite-bearing sedimentary strata. Drill cores have produced high quality magnetite concentrates grading over 67% iron.
3. Upcoming work will estimate an exploration target for the Muster Dam prospect, complete additional drilling and metallurgical testing, and define a maiden JORC resource, with the aim of completing a scoping study in early 2012.
1. Minotaur Exploration is exploring for iron ore on its Braemar Iron Project in South Australia.
2. Initial drilling at the Mutooroo Magnetite prospect within the project has intersected high-grade magnetite mineralization over substantial widths.
3. Metallurgical test work has produced high quality magnetite concentrates grading between 67-70% Fe that meet requirements for use in steelmaking. Further drilling and engineering studies are underway to define an initial JORC resource.
This document discusses potential mining and infrastructure investment opportunities related to the Braemar Iron Formation in Australia. It describes the Braemar as a major new iron ore province with an estimated 25-50 billion tonnes of magnetite resources. Development could include 5 large open pit mines each producing 50-100 million tonnes of iron ore concentrate annually over 100 years. Key infrastructure investments discussed include rail lines or slurry pipelines to transport concentrate to port, expanding an existing port to handle 50+ million tonnes per year of exports, and building a pellet plant. Total estimated capital costs for full development of mining and transport infrastructure are around $6.65 billion.
Minotaur Exploration is an Australian minerals exploration company focused on iron ore, base metals, gold and rare earth elements. In 2011, Minotaur plans to advance exploration at its Mutooroo magnetite project in South Australia, which has the potential to contain over 1 billion tonnes of magnetite ore. Minotaur will also conduct geophysical surveys and review historical drill cores at its new Maitland IOCG and rare earth exploration target on Yorke Peninsula in South Australia, located within a world-class mineral province. Minotaur aims to define exploration targets at both projects in 2011 to justify further investment and development.
Iron ore mining plays a critical role in supplying the raw material necessary for steel production, supporting various industries and economic development worldwide.
From the extraction of iron ore to its processing and eventual export, each stage of the mining process requires careful planning, technological advancements, and environmental considerations.
By adopting sustainable mining practices and mitigating environmental impacts, the future of iron ore mining can be aligned with the principles of responsible resource utilization and environmental stewardship
Century Iron Mines Corporation announced its first mineral resource estimate for the Rainy Lake Iron Deposit (Full Moon Deposit) located in Quebec. The estimate includes 7.26 billion tonnes of indicated resources grading 30.18% total iron and 8.69 billion tonnes of inferred resources grading 29.86% total iron. The large, relatively flat deposit has potential to be economically developed due to thick, stratabound iron mineralization. Century plans further exploration and a preliminary economic assessment to evaluate the project's potential.
International Journal of Engineering Research and DevelopmentIJERD Editor
Electrical, Electronics and Computer Engineering,
Information Engineering and Technology,
Mechanical, Industrial and Manufacturing Engineering,
Automation and Mechatronics Engineering,
Material and Chemical Engineering,
Civil and Architecture Engineering,
Biotechnology and Bio Engineering,
Environmental Engineering,
Petroleum and Mining Engineering,
Marine and Agriculture engineering,
Aerospace Engineering.
This presentation provides an overview of Black Iron Inc.'s investment opportunity in iron ore assets located in Ukraine. It summarizes that Black Iron has two iron ore properties, Shymanivske and Zelenivske, with a NI 43-101 compliant resource at Shymanivske of 646 million tonnes measured and indicated at 31.6% iron, plus 188 million tonnes inferred at 30.1% iron. The presentation highlights the project's proximity to infrastructure including roads, rail, power and ports, as well as an experienced management team with success developing other large iron ore mines.
The document discusses Minotaur Exploration Limited's iron oxide copper-gold (IOCG) exploration prospects in the Cloncurry district of North Queensland, Australia. Minotaur has a 3,500km2 tenement position in the area and is close to completing 2011 fieldwork, including diamond drilling testing geophysical anomalies beneath cover. Recent drilling at the Gypsy Plains and Cormorant prospects intersected multiple zones of massive sulphides with copper mineralization. The Cormorant mineralization occurs over a 10km trend. Minotaur's chief geologist will present an update on the exploration at an upcoming conference.
This presentation provides an overview of an investment opportunity in Black Iron Inc., an iron ore exploration and development company. Black Iron holds two iron ore properties in Ukraine with a large NI 43-101 compliant resource estimate. The properties have potential for resource expansion and are located near existing infrastructure including roads, rail, ports and steel mills which are key advantages for project development and access to target markets in Europe and Asia. A feasibility study is underway to advance the project and evaluate conventional processing methods to produce high quality iron ore products.
This presentation summarizes the sedimentological analysis of sediments from well #XYZ in the Cambay Basin in India. Key points:
1. The Cambay Basin formed during the Mesozoic period and is segmented into five tectonic blocks. Sediments in the basin range from the Paleocene to recent.
2. Methodology included megascopic, petrographic, SEM, XRD studies, and core gamma ray logging to characterize the sediments.
3. Preliminary results identified sandstone, siltstone, and claystone lithologies. SEM analysis showed tight packing of grains in siltstone, reducing porosity. Gamma logs detected multiple sedimentation cycles.
Montoro Resources provides an update on its exploration program on the Pecors-Serpent River properties near Elliot Lake, Ontario. Drilling and probing of holes PDH-1 and PDH-2 identified two conductive anomalies through geophysical surveys. Rock samples from hole PDH-2 returned anomalous nickel, copper, and PGE values, indicating the potential for a new deposit type in the area. Further exploration will focus on understanding the geology and nature of the magnetic anomalies identified to determine next steps.
The document discusses Minotaur Exploration Limited's Mutooroo Iron Project located in South Australia. It includes maps and images showing the location of the project and results of exploration activities like ground magnetic surveys and reverse circulation drilling. Two drill holes intersected thick intervals of over 20% Davis Tube Recovery iron mineralization with average Davis Tube Concentrate grades over 68% iron.
Reservoir Minerals Inc. is a Canadian company exploring for copper and gold in Serbia. It has a joint venture with Freeport-McMoRan on its Timok Copper-Gold Project located in a prolific mining district near existing copper mines. Recent drilling at the project discovered 266 meters grading 1.23% copper equivalent and 34 meters grading 2.49 g/t gold. The company is well funded with $8 million and its project is located in a mining-friendly jurisdiction with good infrastructure and workforce.
Minotaur Exploration is an Australian minerals exploration company focused on iron ore, base metals, and gold projects. It holds two key projects in South Australia - the Mutooroo magnetite project and the Maitland IOCG and rare earths exploration target. At Mutooroo, drilling has intersected thick magnetite beds that can produce high-grade magnetite concentrates, and an exploration target of over 1 billion tonnes is planned. At Maitland, historic drilling intersected copper, nickel, and rare earth mineralization, and new geophysical surveys are aimed at defining basement targets beneath shallow cover. Minotaur's presentation discussed these two project areas in detail and took questions from investors.
The Artemis Cu-Au Deposit Presentation given by A. P. BelperioMinotaur Exploration
The document summarizes the discovery of the Artemis Cu-Au deposit in northern Australia by Minotaur Exploration. Key points include:
- The deposit was discovered through airborne and ground electromagnetic surveys which identified a high conductivity body under cover. Drill testing encountered 22m grading 3.02% Cu and 3.81 g/t Au.
- Artemis is a blind, structurally controlled massive sulfide deposit with similarities to the nearby Eloise Cu-Au mine.
- An accelerated $6 million work program is proposed to further define the deposit through systematic drilling, downhole surveys, metallurgy studies and regional exploration including targets along strike from Artemis and Sandy Creek
The document discusses the discovery of the Artemis Cu-Au deposit in northwest Queensland, Australia by Minotaur Exploration Limited. Key points include:
- The deposit was discovered in July 2014 through airborne and ground electromagnetic geophysical surveys which identified a high conductivity body. Drill testing intersected thick massive sulfide mineralization grading up to 3% copper and 3.8 g/t gold.
- Artemis is characterized as a blind, structurally controlled massive sulfide deposit with no significant magnetic or gravity signature. Mineralogical associations are similar to the nearby Eloise copper mine.
- An accelerated $6 million work program is proposed to further define the deposit through systematic drilling,
- Minotaur Exploration is exploring for magnetite iron ore deposits on the Braemar Iron Formation in South Australia.
- Drilling at the Mutooroo Magnetite project has defined a 300m thick sequence of magnetite mineralization with an exploration target of 2.4-4 billion tonnes.
- Davis Tube Recovery tests on drill core have produced high grade magnetite concentrates between 67-70% Fe, meeting requirements for use as blast furnace feed.
1. Minotaur Exploration is exploring for iron ore deposits in South Australia's Braemar region, a emerging iron ore province extending 250km southwest from Broken Hill.
2. Initial drilling at the Mutooroo project has defined a 10km long magnetic anomaly called the Muster complex, with a 300m thick sequence of magnetite-bearing sedimentary strata. Drill cores have produced high quality magnetite concentrates grading over 67% iron.
3. Upcoming work will estimate an exploration target for the Muster Dam prospect, complete additional drilling and metallurgical testing, and define a maiden JORC resource, with the aim of completing a scoping study in early 2012.
1. Minotaur Exploration is exploring for iron ore on its Braemar Iron Project in South Australia.
2. Initial drilling at the Mutooroo Magnetite prospect within the project has intersected high-grade magnetite mineralization over substantial widths.
3. Metallurgical test work has produced high quality magnetite concentrates grading between 67-70% Fe that meet requirements for use in steelmaking. Further drilling and engineering studies are underway to define an initial JORC resource.
This document discusses potential mining and infrastructure investment opportunities related to the Braemar Iron Formation in Australia. It describes the Braemar as a major new iron ore province with an estimated 25-50 billion tonnes of magnetite resources. Development could include 5 large open pit mines each producing 50-100 million tonnes of iron ore concentrate annually over 100 years. Key infrastructure investments discussed include rail lines or slurry pipelines to transport concentrate to port, expanding an existing port to handle 50+ million tonnes per year of exports, and building a pellet plant. Total estimated capital costs for full development of mining and transport infrastructure are around $6.65 billion.
Minotaur Exploration is an Australian minerals exploration company focused on iron ore, base metals, gold and rare earth elements. In 2011, Minotaur plans to advance exploration at its Mutooroo magnetite project in South Australia, which has the potential to contain over 1 billion tonnes of magnetite ore. Minotaur will also conduct geophysical surveys and review historical drill cores at its new Maitland IOCG and rare earth exploration target on Yorke Peninsula in South Australia, located within a world-class mineral province. Minotaur aims to define exploration targets at both projects in 2011 to justify further investment and development.
Iron ore mining plays a critical role in supplying the raw material necessary for steel production, supporting various industries and economic development worldwide.
From the extraction of iron ore to its processing and eventual export, each stage of the mining process requires careful planning, technological advancements, and environmental considerations.
By adopting sustainable mining practices and mitigating environmental impacts, the future of iron ore mining can be aligned with the principles of responsible resource utilization and environmental stewardship
Century Iron Mines Corporation announced its first mineral resource estimate for the Rainy Lake Iron Deposit (Full Moon Deposit) located in Quebec. The estimate includes 7.26 billion tonnes of indicated resources grading 30.18% total iron and 8.69 billion tonnes of inferred resources grading 29.86% total iron. The large, relatively flat deposit has potential to be economically developed due to thick, stratabound iron mineralization. Century plans further exploration and a preliminary economic assessment to evaluate the project's potential.
International Journal of Engineering Research and DevelopmentIJERD Editor
Electrical, Electronics and Computer Engineering,
Information Engineering and Technology,
Mechanical, Industrial and Manufacturing Engineering,
Automation and Mechatronics Engineering,
Material and Chemical Engineering,
Civil and Architecture Engineering,
Biotechnology and Bio Engineering,
Environmental Engineering,
Petroleum and Mining Engineering,
Marine and Agriculture engineering,
Aerospace Engineering.
This presentation provides an overview of Black Iron Inc.'s investment opportunity in iron ore assets located in Ukraine. It summarizes that Black Iron has two iron ore properties, Shymanivske and Zelenivske, with a NI 43-101 compliant resource at Shymanivske of 646 million tonnes measured and indicated at 31.6% iron, plus 188 million tonnes inferred at 30.1% iron. The presentation highlights the project's proximity to infrastructure including roads, rail, power and ports, as well as an experienced management team with success developing other large iron ore mines.
The document discusses Minotaur Exploration Limited's iron oxide copper-gold (IOCG) exploration prospects in the Cloncurry district of North Queensland, Australia. Minotaur has a 3,500km2 tenement position in the area and is close to completing 2011 fieldwork, including diamond drilling testing geophysical anomalies beneath cover. Recent drilling at the Gypsy Plains and Cormorant prospects intersected multiple zones of massive sulphides with copper mineralization. The Cormorant mineralization occurs over a 10km trend. Minotaur's chief geologist will present an update on the exploration at an upcoming conference.
This presentation provides an overview of an investment opportunity in Black Iron Inc., an iron ore exploration and development company. Black Iron holds two iron ore properties in Ukraine with a large NI 43-101 compliant resource estimate. The properties have potential for resource expansion and are located near existing infrastructure including roads, rail, ports and steel mills which are key advantages for project development and access to target markets in Europe and Asia. A feasibility study is underway to advance the project and evaluate conventional processing methods to produce high quality iron ore products.
This presentation summarizes the sedimentological analysis of sediments from well #XYZ in the Cambay Basin in India. Key points:
1. The Cambay Basin formed during the Mesozoic period and is segmented into five tectonic blocks. Sediments in the basin range from the Paleocene to recent.
2. Methodology included megascopic, petrographic, SEM, XRD studies, and core gamma ray logging to characterize the sediments.
3. Preliminary results identified sandstone, siltstone, and claystone lithologies. SEM analysis showed tight packing of grains in siltstone, reducing porosity. Gamma logs detected multiple sedimentation cycles.
Montoro Resources provides an update on its exploration program on the Pecors-Serpent River properties near Elliot Lake, Ontario. Drilling and probing of holes PDH-1 and PDH-2 identified two conductive anomalies through geophysical surveys. Rock samples from hole PDH-2 returned anomalous nickel, copper, and PGE values, indicating the potential for a new deposit type in the area. Further exploration will focus on understanding the geology and nature of the magnetic anomalies identified to determine next steps.
The document discusses Minotaur Exploration Limited's Mutooroo Iron Project located in South Australia. It includes maps and images showing the location of the project and results of exploration activities like ground magnetic surveys and reverse circulation drilling. Two drill holes intersected thick intervals of over 20% Davis Tube Recovery iron mineralization with average Davis Tube Concentrate grades over 68% iron.
Reservoir Minerals Inc. is a Canadian company exploring for copper and gold in Serbia. It has a joint venture with Freeport-McMoRan on its Timok Copper-Gold Project located in a prolific mining district near existing copper mines. Recent drilling at the project discovered 266 meters grading 1.23% copper equivalent and 34 meters grading 2.49 g/t gold. The company is well funded with $8 million and its project is located in a mining-friendly jurisdiction with good infrastructure and workforce.
Minotaur Exploration is an Australian minerals exploration company focused on iron ore, base metals, and gold projects. It holds two key projects in South Australia - the Mutooroo magnetite project and the Maitland IOCG and rare earths exploration target. At Mutooroo, drilling has intersected thick magnetite beds that can produce high-grade magnetite concentrates, and an exploration target of over 1 billion tonnes is planned. At Maitland, historic drilling intersected copper, nickel, and rare earth mineralization, and new geophysical surveys are aimed at defining basement targets beneath shallow cover. Minotaur's presentation discussed these two project areas in detail and took questions from investors.
Similar to Braemar iron alliance chinese investment congress 7 july 2011 translation (18)
The Artemis Cu-Au Deposit Presentation given by A. P. BelperioMinotaur Exploration
The document summarizes the discovery of the Artemis Cu-Au deposit in northern Australia by Minotaur Exploration. Key points include:
- The deposit was discovered through airborne and ground electromagnetic surveys which identified a high conductivity body under cover. Drill testing encountered 22m grading 3.02% Cu and 3.81 g/t Au.
- Artemis is a blind, structurally controlled massive sulfide deposit with similarities to the nearby Eloise Cu-Au mine.
- An accelerated $6 million work program is proposed to further define the deposit through systematic drilling, downhole surveys, metallurgy studies and regional exploration including targets along strike from Artemis and Sandy Creek
The document discusses the discovery of the Artemis Cu-Au deposit in northwest Queensland, Australia by Minotaur Exploration Limited. Key points include:
- The deposit was discovered in July 2014 through airborne and ground electromagnetic geophysical surveys which identified a high conductivity body. Drill testing intersected thick massive sulfide mineralization grading up to 3% copper and 3.8 g/t gold.
- Artemis is characterized as a blind, structurally controlled massive sulfide deposit with no significant magnetic or gravity signature. Mineralogical associations are similar to the nearby Eloise copper mine.
- An accelerated $6 million work program is proposed to further define the deposit through systematic drilling,
Managing Director Presents at Proactive Investors' Investor LuncheonsMinotaur Exploration
1) Minotaur Exploration is an Australian mining exploration company focused on copper-gold assets in Queensland and nickel prospects in Western Australia.
2) The company recently discovered copper-gold mineralization at its Artemis prospect near the Eloise copper mine in Queensland, intersecting wide zones of massive sulphide mineralization with encouraging grades.
3) Minotaur plans to further explore the Artemis discovery through step-out drilling along strike and at depth, while also applying its exploration techniques across its other copper-gold prospects in the region.
Presentation given by Managing Director Andrew Woskett at Qld Exploration Cou...Minotaur Exploration
The document provides an overview of Minotaur Exploration Limited (MEP), an Australian junior mining company. Key points include:
- MEP has copper-gold assets in Queensland and nickel prospects in Western Australia, with a focus on exploration near known deposits.
- MEP has a successful track record, including the discovery of the Prominent Hill copper-gold deposit in 2001. The same geology team remains.
- MEP has a strong cash position and receives funding from joint venture partnerships and government grants, reducing financial risk.
- Upcoming catalysts include drilling results at the Eloise copper-gold project in Queensland and exploration at advanced nickel prospects.
Presentation Given By Managing Director Andrew Woskett At The Symposium Broke...Minotaur Exploration
Minotaur Exploration Ltd owns nickel sulphide assets in Western Australia that represent a Tier 1 portfolio. This includes the Leinster, Scotia, and Kambalda West projects which contain multiple targets and historic nickel deposits that remain open at depth and along strike with untested exploration potential. Minotaur will focus on advancing these assets which have the potential to increase existing resources and make new discoveries.
Minotaur Exploration Ltd held its 2013 Annual General Meeting on 20 November 2013. The company has cash in the bank, no debt, and a diversified portfolio of copper and gold exploration projects in Australia. It uses a successful business model of joint ventures to share project risk and upside with partners. Upcoming exploration plans include drilling targets adjacent to the operating Eloise copper mine in Queensland through a new joint venture, and testing gold targets in Western Australia through another new joint venture.
Minotaur Exploration Ltd is an active copper and gold explorer with a diversified portfolio of projects in Western Australia and Queensland. It uses a successful business model of joint ventures to share project risk and funding with partners like Sumitomo and Mitsubishi. In 2013, Minotaur has $4 million in joint venture contributions to fund its aggressive exploration plans, including recently acquired projects like Eloise in Queensland and Leinster in Western Australia that have drill-ready gold and copper targets identified. The company has a strong balance sheet with $8 million in cash and no debt to support its technical team and ongoing exploration programs.
This presentation provides an overview of Minotaur Exploration Limited's (MEP) business model, asset portfolio, and value proposition. Key points include:
1) MEP has a successful business model based on joint ventures that shares project risk and upside, while offsetting about 45% of overheads.
2) MEP has a diversified asset base including IOCG projects in the Cloncurry region of Queensland and gold projects in Western Australia.
3) MEP's acquisition of Breakaway Resources builds its position around the Eloise copper mine in Queensland and adds gold and nickel prospects in Western Australia.
4) MEP differentiates itself through its exploration success rate, ability to
Minotaur Exploration Ltd is making an off-market agreed offer to acquire all shares in Breakaway Resources Ltd. The acquisition would consolidate Minotaur and Breakaway's copper and gold exploration assets in Australia, including key projects at Eloise in Queensland and Leinster in Western Australia. If successful, the takeover would create a company with over $19 million in market capitalization, advanced exploration projects, and $10 million in cash and investments to fund aggressive exploration programs. Minotaur believes the acquisition will unlock value from Breakaway's assets and benefit both companies' shareholders through exploration success.
Andrew Woskett Presentation at 20:20 Resources Investor Series in SydneyMinotaur Exploration
The document summarizes Minotaur Exploration Ltd's (MEP) recommended bid for Breakaway Resources (BRW). Key points include:
- MEP is offering a scrip takeover of BRW valuing it at $5.4 million, a 33% premium to BRW's 30 day VWAP.
- BRW has valuable gold and copper exploration assets in Queensland and Western Australia that would complement MEP's portfolio.
- MEP has $9 million in cash and the technical expertise to unlock value in BRW's assets through accelerated exploration programs funded by new joint venture partnerships.
- The takeover would consolidate the companies' tenement holdings and provide benefits to both MEP and
Presentation given by Managing Director, Andrew Woskett at South Australia Re...Minotaur Exploration
This document discusses challenges with exploration in South Australia and calls for reforms. It summarizes that according to the Fraser Institute's Policy Potential Index, South Australia's ranking as an attractive mining jurisdiction has declined from 5th globally in 2006/07 to 20th currently. The document uses two case studies to illustrate problems with the native title process in South Australia, including that the government's new policy requiring full native title agreements before drilling approvals overrides existing agreements and is too restrictive. It calls on the government to resolve issues and stop shifting goal posts to make South Australia more competitive and reduce costs for explorers.
Minotaur Exploration Ltd presented at its AGM in Adelaide on November 22, 2012. The presentation discussed Minotaur's assets, 2012 highlights, and future plans. Key points included:
- Minotaur has a market capitalization of $15.5 million with $10.3 million cash in bank and $3.9 million in listed investments.
- In 2012 Minotaur sold assets for $15.5 million cash while maintaining its exploration program and no shareholder dilution.
- Minotaur has advanced projects such as the Carey's Well kaolin deposit and defined a JORC resource of 16 million tonnes. Exploration targets indicate a world class kaolin province.
-
Dr Tony Belperio's presentation at The Mining 2012 Resources ConventionMinotaur Exploration
The document provides highlights from Minotaur Exploration Ltd's exploration activities in 2012. Major focuses were the Poochera Kaolin project and Mutooroo Magnetite Project. For Poochera Kaolin, a 16 million tonne resource was defined and exploration drilling indicated a potential resource of 570-810 million tonnes across multiple deposits. For Mutooroo, an inferred resource of 1.5 billion tonnes was outlined at the Muster Dam deposit, with further exploration indicating a potential additional resource of 2.2-4.2 billion tonnes across the project area. Pilot plant operations were expanded for both projects to advance development.
The document provides details of the Mutooroo Magnetite Project including:
- A maiden JORC inferred resource estimate of 1.5 billion tonnes grading 15.2% DTR for the Muster Dam magnetite deposit.
- Location, regional magnetite potential, and results from helicopter magnetics surveys.
- Magnetic modelling, resource drilling results showing excellent correlation, and preliminary lithostratigraphy.
- Davis tube recovery testwork results showing an average 59% iron recovery at a 69% iron concentrate grade.
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Braemar iron alliance chinese investment congress 7 july 2011 translation
1. Mining
Infrastructure
Investment
opportuni3es
on
the
Braemar
Iron
Forma3on
A
Presenta3on
from
the
Braemar
Iron
Alliance
Australian
Resources
Chinese
Investment
Conference,
Adelaide
7
July
2011
Andrew
WoskeG,
Spokesman
for
the
Braemar
Iron
Alliance
Managing
Director,
Minotaur
Explora3on
Ltd
(ASX:
MEP)
3. Cautionary Statements
This
presenta,on
has
been
prepared
by
the
management
of
Minotaur
Explora,on
Limited
(MEP)
on
behalf
of
the
Braemar
Iron
Alliance,
an
unincorporated
body,
for
the
general
benefit
of
analysts
and
industry
and
does
not
cons,tute
specific
advice
to
any
par,cular
party
or
persons.
Informa,on
herein
is
based
on
publicly
available
informa,on,
internally
developed
data
and
other
sources.
Where
an
opinion,
projec,on
or
forward
looking
statement
is
expressed
in
this
presenta,on,
it
is
based
on
the
assump,ons
and
limita,ons
men,oned
herein
and
is
an
expression
of
present
opinion
only.
No
warran,es
or
representa,ons
are
made
or
implied
as
to
origin,
validity,
accuracy,
completeness,
currency
or
reliability
of
the
informa,on.
MEP
and
Alliance
members
specifically
disclaim
and
exclude
all
liability
(to
the
extent
permiIed
by
law)
for
losses,
claims,
damages,
demands,
costs
and
expenses
of
whatever
nature
arising
in
any
way
out
of
or
in
connec,on
with
the
informa,on,
its
accuracy,
completeness
or
by
reason
of
reliance
by
any
person
on
any
of
it.
Where
MEP
or
the
Alliance
expresses
or
implies
an
expecta,on
or
belief
as
to
the
success
of
future
explora,on
and
the
economic
viability
of
future
project
evalua,ons,
such
expecta,on
or
belief
is
expressed
in
good
faith
and
is
believed
to
have
a
reasonable
basis.
However,
such
projected
outcomes
are
subject
to
risks,
uncertain,es
and
other
factors
which
could
cause
actual
results
to
differ
materially
from
projected
future
results.
Such
risks
include,
but
are
not
limited
to,
explora,on
success,
metal
price
vola,lity,
changes
to
current
mineral
resource
es,mates
or
targets,
changes
to
assump,ons
for
capital
and
opera,ng
costs
as
well
as
poli,cal
and
opera,onal
risks
and
government
regulatory
outcomes.
MEP
and
the
Alliance
disclaim
any
obliga,on
to
advise
any
person
if
it
or
they
become
aware
of
any
inaccuracy
in
or
omission
from
any
forecast
or
to
update
such
forecast.
The following presentation is a visualisation of possible infrastructure solutions to
support potential future iron ore mine developments. Locations nominated for the
provision of infrastructure facilities are for illustration purposes only and should not be
considered viable technical, economic, environmental, social or State solutions for any
future requirements
7. Braemar Iron: The Investment background
1. The Braemar Iron Alliance:
members and objectives
2. The Braemar Iron Formation:
Australia’s next big Iron ore province
3. Mining development scenarios
4. Infrastructure needs:
§ Water
§ Power
§ Rail haulage of concentrates and lump ore
§ Concentrate Slurry transfer
§ Port
§ Sea Freight
5. Investment opportunities
9. Braemar Iron Alliance
The
Braemar Iron Alliance comprises:
The Braemar Iron Alliance will:
Bonython Metals Group
(private)
Define and articulate the demand case to
Carpentaria Exploration
(ASX: CAP)
governments and infrastructure investors
Havilah Resources
(ASX: HAV)
for coordinated common user infrastructure
Minotaur Exploration
(ASX: MEP)
Royal Resources
(ASX: RRL)
to suit the needs of the iron ore mining
Sinosteel PepinNini JV
(SPCM)
industry along the Braemar Iron Formation
11. Braemar Iron: Australia’s next big Iron province
This presentation is based on a range of views held and assumptions made by members of the Braemar Iron Alliance, none of which
are yet supported by definitive feasibility studies into potential development of mineral resources.
The integrated, multi-user infrastructure facilities envisaged herein are hypothetical in nature and scope and there can be no level of
certainty that this or any concept may eventuate
The
term
"Explora(on
Target”
used
herein
should
not
be
misconstrued
as
an
es3mate
of
Mineral
Resources
and
Reserves
as
defined
by
the
JORC
Code
(2004),
and
the
term
has
not
been
used
in
that
context.
It
is
uncertain
if
further
explora3on
will
result
in
the
determina3on
of
a
Mineral
Resource.
Refer
Cl
18
of
the
JORC
Code
(2004).
13. Braemar Iron: Australia’s next big Iron province
The Braemar Iron Formation is a regionally extensive sequence of magnetised sedimentary siltstones, with pervasive beds of magnetite
mineralisation, often up to 300m thick, stretching over a distance exceeding 200km, as shown in red on the Total Magnetic Image
below. Linear strike length of the tightly folded magnetised siltstone layers is well over 300km.
400km
The
Braemar
Iron
Alliance
"Explora(on
Target”
across
the
Braemar
Iron
Forma3on
is
for
25
–
50
billion
tonnes
of
the
magne3te
form
of
iron
15. Braemar Iron: resource development activity
² Iron mineralisation stretches for over 200km from SW of Broken Hill to Peterborough in SA
² The formation straddles the heavy duty E-W rail link to Port Pirie on Upper Spencer Gulf
17. Braemar Iron: the potential mining scale
² Alliance members foresee potential for up to 50
billion tonnes of magnetite iron resources to be
defined through exploration over the next decade
(refer ‘Exploration Target’ disclaimer on earlier slide)
² with scope for say 5 pits each mining 50 million
tonnes of ore p.a. and beneficiating around
10Mtpa of concentrate each
² for total annualised output of ~50Mtpa of blast
furnace quality magnetite concentrates grading
65% - 70% Fe, exceptionally low in impurities
² and with a foreseeable 100 year life of mining
across the Braemar Iron Formation
19. Braemar Iron: Water for 25Mtpa concentrate output
Water Supply scenario:
๏ magnetite processing and magnetic recovery circuits use vast amounts of clean water
๏ process circuits will consume ~50Gl per year (50,000 Mega litres pa or 135 Mega litres per day)
๏ A Desalination plant will be required on Spencer Gulf
๏ 350km transfer pipeline, 1m diameter, plus 3 pump stations to deliver water to process facilities
(BHPB s proposed Desalination facility for
Olympic Dam’s new mine is to supply an
additional 200 Ml/day from Port
Bonython area in Upper Spencer Gulf)
CITIC Desalination Plant Feb 2011
Proposed
Olympic
Dam
Expansion
Desalina3on
Plant,
Point
Lowly,
200Ml
per
day
capacity
photo sourced from www.citicpacificmining.com/en/news/progress-images Source:
ODX
EIS
p136-‐154,
Fig
5.32
20. Braemar :
:
๏
๏ ~50Gl ( 50,000 Mega 135 Mega )
๏ Spencer
๏ 350
BHPB Olympic Dam
200MI
Upper Spencer Bonython
CITIC Desalination Plant Feb 2011
Proposed
Olympic
Dam
Expansion
Desalina3on
Plant,
Point
Lowly,
200Ml
per
day
capacity
photo sourced from www.citicpacificmining.com/en/news/progress-images Source:
ODX
EIS
p136-‐154,
Fig
5.32
21. Braemar Iron: Power for 25Mtpa concentrate output
Power Supply scenario:
๏ power demand of 500MW for 5 mines
(Olympic Dam’s new mine requires additional 650MW of power
generation)
๏ consuming 3,000 GWh pa
(Olympic Dam new mine to consume additional 4,400 GWh pa)
๏ Potential for renewable power supplies from just
north of the Braemar Iron Formation
graphics sourced from www.petratherm.com.au/expmodel.html
๏ potential for geothermal energy from shallow ‘hot
rocks’ nearby at Petratherm s Paralana project
๏ a meshed 275kV transmission NEM network
between Paralana-Port Augusta-Broken Hill,
supplying 500MW into grid
๏ total 1,000km of new HV transmission network
Disclosure:
MEP
holds
an
economic
interest
in Petratherm
(ASX:
PTR)
22. Braemar
:
๏ 500MW
(Olympic Dam 650MW )
๏ 3,000 GWh
(Olympic Dam 4,400 GWh )
๏ Braemar
www.petratherm.com.au/expmodel.html
๏ Petratherm Paralana
๏ Paralana Augusta Broken
275kV NEM 500MW
๏ 1,000 HV
MEP Petratherm (ASX:PTR)
23. Braemar Iron: Transporting iron products to Port
๏ Rail:
• Main continental E-W standard gauge rail line
runs right through the Braemar Iron Formation
• Deposits are a 150km - 300km rail trip to Port
Pirie where a Pellet Plant could be established
• rail line to be upgraded in 2012
• existing spare line capacity of 10Mtpa
• rail access to each mine requires a 35km spur’
• ‘balloon loop required at each mine for train
turn around and 24 hour loading/unloading
• For 25Mtpa ore haul capacity, need;
• 9 train sets each comprising 5 x 4,000hp
Traction locomotives & 162 wagons
• 1990 train trips per year
• 5 hour load/unload turnaround time (max)
• line duplication needed to provide sufficient train
paths beyond 10Mtpa
• need significant stockpile hardstand and
negative pressure storage sheds at Port or Pellet
plant
25. Braemar Iron: Concentrate transfer to Port
๏ Slurry Pipeline:
• Slurry transfer is a cost effective alternative
to rail haulage for a long-term mining
project
• Slurry transfer can be used for concentrate
movements from mine to port
• we envisage a 300km long buried pipeline
to a Pellet plant near Port Pirie or 380km to
a deep water port location
• 25Mtpa requires a 600mm diameter
Concentrate delivery pipe + Return Water
Line
• Example:
✴ Minas Rio iron project, Brazil; 600mm
diameter pipeline is 522km long, to
transport 24.5Mtpa of concentrate
• 2-3 intermediate Pump Stations
• Port Dewatering station & Concentrate
Slurry
loading
via
a
floa3ng
Stockpile
vessel
storage
Photo
courtesy
Royal
Resources
Ltd
• both rail and slurry line solutions could be
used to transport >25Mtpa of concentrate
27. Braemar Iron: Concentrate conversion into Pellets
CITIC Stacker Reclaimer Feb 2011
photo sourced from www.citicpacificmining.com/en/news/progress-images
Pelletisation
๏ Pellet plants are common in China
๏ Concentrate is agglomerated to form pellets for direct injection into a steel making Blast Furnace
๏ Pelletisation adds value to the concentrate product
๏ Pellets are easier to ship (no moisture content), less likely to release fugitive dust emissions
๏ Australia is underweight in downstream value-add components of the steel making supply chain
28. Braemar :
CITIC Stacker Reclaimer Feb 2011
photo sourced from www.citicpacificmining.com/en/news/progress-images
๏
๏
๏
๏
๏
29. Braemar Iron: Port for bulk loading of iron products
Biggest
challenge
to
development
of
new
mines
is
lack
of
bulk
handling
port
infrastructure:
• Port
Adelaide:
capacity
is
only
1.7Mtpa
• Port
Pirie:
capacity
expanding
to
8Mtpa,
but
has
very
shallow
dra`
• Port
Bonython
(proposed):
sub-‐op3mal;
extra
rail
distance
incurs
addi3onal
haulage
charges
Braemar Iron Alliance sees an emerging requirement to berth 200,000 DWT Cape Size’
vessels for sea freight of iron concentrates & Pellets:
ª Minimum 50Mtpa port capacity
ª up to 250 ships loaded per year
ª 6,000tph loading rate
ª 320m long, double sided berth
ª 20m draft accessible in Spencer Gulf
ª Need new deep water port in
Spencer Gulf, south of Port Pirie
ª jetty length ~3km
ª Capital cost around $750 million
35. Mining
Infrastructure
Investment
opportuni3es
on
the
Braemar
Iron
Forma3on
Interested?
Please
see
me
at
the
Minotaur
Explora3on
display
Booth
Andrew
WoskeG,
Spokesman
for
the
Braemar
Iron
Alliance
Managing
Director,
Minotaur
Explora3on
Ltd
(ASX:
MEP)
36. Braemar
Minotaur
Braemar Andrew Woskett
Minotaur (ASX: MEP)
37. and,
there
are….
Mining
Investment
opportuni3es
with
Minotaur
Explora3on
Minotaur
Explora3on
has
a
diverse
resources
project
porjolio.
We
seek
long-‐term
investment
partnerships
to
help
develop
our
resources
and
build
for
wealth
and
prosperity.
Interested?
Please
come
and
talk
to
the
Minotaur
team
at
the
Minotaur
Explora3on
display
Booth
Andrew
WoskeG
Managing
Director,
Minotaur
Explora3on
Ltd
(ASX:
MEP)
38. ……
Minotaur
Minotaur
Minotaur
Andrew
WoskeE
Minotaur
(ASX:
MEP)