This document provides an overview of MMX's mineral resources and reserves across various projects in Brazil and Chile. It summarizes MMX's geological resources, including audited measured, indicated, and inferred resources totaling over 2.6 billion metric tons across projects in Serra Azul, Bom Sucesso, Pau de Vinho, and Corumb叩, Brazil. It also outlines over 1.4 billion metric tons of potential mineralization. For the Fortuna project in Chile, the document notes that exploration programs have included over 17,900 meters of drilling to date in 2010-2011, with over 54,503 meters planned for 2011.
Presentation evaluation of vetria卒s mineral reservesTriunfoRi
油
The document discusses the evaluation and classification of mineral reserves and resources. There are several stages of evaluation including classifying resources as inferred, indicated, or measured based on geological knowledge and confidence. Reserves are then classified as probable or proven based on a technical and economic feasibility analysis. The stages include estimating inferred mineral resources through activities like mapping, drilling, geophysics, and laboratories to better understand the geological continuity and quality of the mineral asset.
Unit 4 ch 16 s2 mineral exploration & miningwja10255
油
The document describes the process of mineral exploration and mining. There are several key steps: (1) prospecting to find mineral deposits, (2) exploration to determine if extraction is economically viable, (3) mining to extract the ore, (4) extraction to separate the minerals from waste rock, and (5) smelting and refining to purify the extracted minerals. Mining occurs either through subsurface techniques like room and pillar mining or longwall mining, or surface techniques including open pit mining and quarrying. The document also discusses how minerals are located and tested before mining begins.
Mineral exploration is the process of finding ore deposits to mine through organized prospecting. The most crucial part is selecting suitable areas based on geology and terrain to make exploration easy, cheap, and quick. Common exploration methods include geophysics using physical measurements, remote sensing using aerial technologies like satellites, and geochemical methods to identify anomalies within mineral deposit areas. The ultimate goal of exploration is the extraction and profitable sale of identified minerals, though there are risks from changing prices and weather conditions that could delay revenue generation.
Mineral Reserve Estimation In The Real WorldMarcelo Godoy
油
The document summarizes best practices for mineral reserve estimation, including:
- Using CIM definition standards which classify resources and reserves.
- Involving multiple technical disciplines in the estimation process.
- Considering modifying factors like mining methods and costs.
- Selecting an appropriate commodity price and cut-off grade.
- Clearly stating the mineral reserve statement and audit trail to allow reproducibility.
This document discusses mineral resources and mining. It begins by defining mineral resources and providing an overview of India's national mineral scenario. It then lists some of the major metal reserves around the world and their common uses. The document estimates the life expectancies of various mineral resources based on reserve size and usage rates. It also outlines where in India certain key minerals like iron, coal, copper, etc. are located. The effects of different types of mining like surface and underground on the environment are discussed. The document concludes with a case study on mining and its impacts in Udaipur, India.
This document provides an outline for a lecture series on mining geology. It introduces key concepts related to mining, including definitions of mining, minerals, and ore deposits. It discusses various types of ore deposits and characteristics that determine their economic viability, such as grade, shape, depth, and stability. The document also lists topics that will be covered in each lecture, including ore mineralogy, the mining cycle, resource classification, mining methods, processing, waste management, and environmental issues. The series aims to give students a non-technical overview of the mining and mineral extraction process.
MINE LIFE CYCLE; LIFE CYCLE OF DEPOSITS; LIFE-CYCLE OF A MINE PROJECT; STAGES IN THE LIFE CYCLE OF A MINE PROJECT; Prospecting; Exploration ; 3D modeling software's for mining sectors; Mineral Resource; Mineral Reserve; Development; Exploitation ; MINE PLANNING CYCLE ; Reclamation; ENVIRONMENTAL IMPACTS OF NONRENEWABLE MINERAL RESOURCES; SOURCES OF METAL POLLUTION; Harmful Environmental Effects of Mining; Persistent, Bio-accumulative and Toxi (PBT ); Lead; Mercury; Cadmium; Arsenic
Choice of mining and processing methods; Choice of mining method; What determines the type of mining?; Types of Mining; Processes and Considerations; Surface and underground mining: whats the difference?
Uranium Occurrence in the Egypt
Types of Uranium Deposits in Egypt:
Uranium Occurrences in Pan-African Younger Granites of Egypt
Uranium Occurrences in Dykes
Uranium Occurrences in Sedimentary Rock Sequences of Egypt
Categories of Egyption Uranium Deposits:
I) Vein types:
Uranium deposits of Gabal Gattar
Uranium deposits of Gabal El-Missikat
Uranium deposits of El Erediya
Uranium deposits of Um Ara area
II) Volcanic type deposits:
5) Uranium deposits of El Atshan-II
III) Surficial deposits:
6) Uranium deposits in Sinai
7) Black Sand
IV) Phosphorite deposits
This document provides an outline for a lecture presentation on open pit mining methods and planning. It discusses key parameters such as bench height and geometry, cutoff grade calculation, and factors affecting open pit stability. The presentation covers the basic concept of open pit mining, how overburden is removed, and machinery used such as trucks, shovels, and drills. Diagrams illustrate typical bench terminology and pit slope angles. The importance of optimizing the pit design is addressed through considering elements like production scheduling, waste disposal, and ultimate pit limits.
The document discusses underground mining methods. It begins by explaining that the choice of mining method depends on characteristics of the orebody like thickness and dip, as well as the competency of surrounding rock. It then provides details on various hard rock and soft rock underground mining methods. These include longwall mining, room-and-pillar, blast mining, shortwall mining, and coal skimming for soft rocks. For hard rocks, methods include various stoping techniques, longwall mining, and caving methods. Stoping is defined as the process of extracting ore by leaving behind an open space called a stope.
Open pit mining involves digging a large hole or pit at the earth's surface to extract ore deposits near the surface. Overburden or waste rock is removed to expose the ore body, which is then extracted using large excavating equipment like shovels and haul trucks. Ore is transported from the pit either by truck or conveyor belt to a processing facility. Open pit mining provides high productivity and low costs but requires significant capital investment and can have large environmental impacts due to the large scale of surface disturbance. It is best suited to deposits that are relatively shallow and large in area.
MINERAL RESOURCE AND RESERVE DECLARATIONS AND ASSET MANAGEMENT; Resource Evaluation; Mineral Resource Asset Management; Inferred Mineral Resources; Indicated Mineral Resources; Measured Mineral Resources; Mineral reserves; Reserve definition; Feasibility study; GEOLOGIC CONDITIONS AND CHARACTERISTIC OF ORE DEPOSITS; MINE GEOLOGY RESPONSIBILITIES; Geological Database Configuration; Ore Control Process
Mineral Reserve Estimation In The Real WorldMarcelo Godoy
油
The document summarizes best practices for mineral reserve estimation, including:
- Using CIM definition standards which classify resources and reserves.
- Involving multiple technical disciplines in the estimation process.
- Considering modifying factors like mining methods and costs.
- Selecting an appropriate commodity price and cut-off grade.
- Clearly stating the mineral reserve statement and audit trail to allow reproducibility.
This document discusses mineral resources and mining. It begins by defining mineral resources and providing an overview of India's national mineral scenario. It then lists some of the major metal reserves around the world and their common uses. The document estimates the life expectancies of various mineral resources based on reserve size and usage rates. It also outlines where in India certain key minerals like iron, coal, copper, etc. are located. The effects of different types of mining like surface and underground on the environment are discussed. The document concludes with a case study on mining and its impacts in Udaipur, India.
This document provides an outline for a lecture series on mining geology. It introduces key concepts related to mining, including definitions of mining, minerals, and ore deposits. It discusses various types of ore deposits and characteristics that determine their economic viability, such as grade, shape, depth, and stability. The document also lists topics that will be covered in each lecture, including ore mineralogy, the mining cycle, resource classification, mining methods, processing, waste management, and environmental issues. The series aims to give students a non-technical overview of the mining and mineral extraction process.
MINE LIFE CYCLE; LIFE CYCLE OF DEPOSITS; LIFE-CYCLE OF A MINE PROJECT; STAGES IN THE LIFE CYCLE OF A MINE PROJECT; Prospecting; Exploration ; 3D modeling software's for mining sectors; Mineral Resource; Mineral Reserve; Development; Exploitation ; MINE PLANNING CYCLE ; Reclamation; ENVIRONMENTAL IMPACTS OF NONRENEWABLE MINERAL RESOURCES; SOURCES OF METAL POLLUTION; Harmful Environmental Effects of Mining; Persistent, Bio-accumulative and Toxi (PBT ); Lead; Mercury; Cadmium; Arsenic
Choice of mining and processing methods; Choice of mining method; What determines the type of mining?; Types of Mining; Processes and Considerations; Surface and underground mining: whats the difference?
Uranium Occurrence in the Egypt
Types of Uranium Deposits in Egypt:
Uranium Occurrences in Pan-African Younger Granites of Egypt
Uranium Occurrences in Dykes
Uranium Occurrences in Sedimentary Rock Sequences of Egypt
Categories of Egyption Uranium Deposits:
I) Vein types:
Uranium deposits of Gabal Gattar
Uranium deposits of Gabal El-Missikat
Uranium deposits of El Erediya
Uranium deposits of Um Ara area
II) Volcanic type deposits:
5) Uranium deposits of El Atshan-II
III) Surficial deposits:
6) Uranium deposits in Sinai
7) Black Sand
IV) Phosphorite deposits
This document provides an outline for a lecture presentation on open pit mining methods and planning. It discusses key parameters such as bench height and geometry, cutoff grade calculation, and factors affecting open pit stability. The presentation covers the basic concept of open pit mining, how overburden is removed, and machinery used such as trucks, shovels, and drills. Diagrams illustrate typical bench terminology and pit slope angles. The importance of optimizing the pit design is addressed through considering elements like production scheduling, waste disposal, and ultimate pit limits.
The document discusses underground mining methods. It begins by explaining that the choice of mining method depends on characteristics of the orebody like thickness and dip, as well as the competency of surrounding rock. It then provides details on various hard rock and soft rock underground mining methods. These include longwall mining, room-and-pillar, blast mining, shortwall mining, and coal skimming for soft rocks. For hard rocks, methods include various stoping techniques, longwall mining, and caving methods. Stoping is defined as the process of extracting ore by leaving behind an open space called a stope.
Open pit mining involves digging a large hole or pit at the earth's surface to extract ore deposits near the surface. Overburden or waste rock is removed to expose the ore body, which is then extracted using large excavating equipment like shovels and haul trucks. Ore is transported from the pit either by truck or conveyor belt to a processing facility. Open pit mining provides high productivity and low costs but requires significant capital investment and can have large environmental impacts due to the large scale of surface disturbance. It is best suited to deposits that are relatively shallow and large in area.
MINERAL RESOURCE AND RESERVE DECLARATIONS AND ASSET MANAGEMENT; Resource Evaluation; Mineral Resource Asset Management; Inferred Mineral Resources; Indicated Mineral Resources; Measured Mineral Resources; Mineral reserves; Reserve definition; Feasibility study; GEOLOGIC CONDITIONS AND CHARACTERISTIC OF ORE DEPOSITS; MINE GEOLOGY RESPONSIBILITIES; Geological Database Configuration; Ore Control Process