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Planificación minera 1: Estrategia le presenta los conceptos clave de la planificación minera. El proceso de planificación minera es complejo e integra varias ramas técnicas de la disciplina minera, incluidas la mecánica de rocas, la rotura de rocas, la ventilación y el diseño de minas. Si bien los planificadores de minas deben esforzarse por diseñar e implementar planes que sean seguros, ambientalmente sostenibles y socialmente aceptables, el factor primordial en el éxito de una operación minera y lo que en última instancia determina si se llevará a cabo a través de estudios de factibilidad y luego se llevará a cabo la construcción y el desarrollo es el nivel de rentabilidad. El impulso para explotar un recurso mineral de manera que agregue tanto valor como sea posible al negocio minero requiere una actualización continua del plan de la mina y la rápida implementación de cualquier oportunidad de agregar valor a medida que surja. Se supone que los participantes del curso tienen un buen conocimiento de los términos y descripciones de la minería, han estado expuestos a métodos de minería de superficie y subterránea, están familiarizados con el desarrollo, las operaciones y la producción mineras y están interesados ​​en aprender a planificar una mina con el propósito de maximizar el valor. También se espera que los participantes del curso tengan conocimientos básicos de mecánica de rocas, rotura de rocas, ventilación, equipos mineros típicos y otros fundamentos técnicos que forman la plataforma y las limitaciones para generar planes mineros. Alcance Este curso se centra en los conceptos principales asociados con la investigación del impacto financiero de una serie de palancas clave en el valor de un plan minero. Este curso no investiga los conceptos técnicos básicos necesarios en la minería. Se supone que se han establecido todos los parámetros técnicos y que son factibles. Por lo tanto, el enfoque se centra en establecer la optimización financiera mediante la planificación y la generación del mejor plan minero. Este curso tampoco enseña el uso de software de planificación y diseño de minas que, en algunos casos, puede incorporar los conceptos analizados en el mismo. Autores: Micah Nehring Shahriar Shafiee Duración: 14 horas Categoría: Minería Fecha de la versión: 16 de septiembre de 2013   Read more

This is an excerpt of the full course and is intended to give learners a free trial of the content.  For access to the full course, enroll in What is Mining: An Introduction to the Mining Value Chain . In this introductory course, students explore the full breadth and depth of the mining sector. An array of succinct overviews, video clips, and infographics guide students through a typical mining value chain (exploration, mining, processing, transport, closure, and post-closure). Topics such as artisanal and small-scale mining, project financing, and an overview of a variety of commodities are included. Key trends within mining are also explored including insight into new and developing technologies, and true sustainability within mining. Students will leave this course with a solid grasp of mining terminology, processes, and business practices that will help them work in or with professionals in the mining industry. About the Audience This course provides a robust foundation to the key components of the mining industry and introduces the learner to the mining value chain, industry specific terminology and key concepts. This course is for anyone who is interested in the mining sector and would like a broad overview of the mining value chain without the technical details. Examples of those who may be interested include: geologists, chemists, engineers, government officials, regulators, data scientists, policy setters, non-governmental organizations, procurement specialists, academics, finance professionals, sustainability experts, lawyers, and administrative staff. Recommended Background This is an introductory level course. No specific pre-requisites are recommended. Read more

This is an excerpt of the full course and is intended to give learners a free trial of the content.  The full course is available for purchase on the Edumine Store. About the Course The shift to fully electric vehicles using lithium-ion battery technology is well underway and the rate of production of electric vehicles is set to accelerate. Government incentives and policy mandates will boost sales of passenger plug-in electric vehicles by a 28.1% CAGR (compound annual growth rate) from 2021 through 2026. New lithium-ion battery factories are being built and more planned to meet this demand.  To produce these batteries you need raw materials, particularly the battery metals including lithium, cobalt and nickel. Battery component supply pipelines will struggle to keep up with such a sharp rise in demand. This introductory course provides the learner an overview of the Battery Metals industry. The content includes a brief history of battery technology, the factors that are driving and influencing the market, the supply chain and future predictions. Learners explore battery metals with a holistic approach to gain insight into the complex relationships that develop between the influencing factors that lead to criticality. Discover these considerations through an ethical standpoint as well as a business and financial perspective. About the Audience This course explores concepts that will be useful for those seeking a well rounded understanding of battery metals and is suitable for beginner to intermediate levels.   Examples of those who may be interested include: investors, geologists, chemists, engineers, government officials, regulators, data scientists, policy setters, non-governmental organizations, procurement specialists, academics, finance professionals, sustainability experts, lawyers, and administrative staff. Recommended Background This is an introductory level course. While not required, we recommend the course What is Mining for an overview of the Mining Value Chain and key terminology. Read more

This is an excerpt of the full course and is intended to give learners a free trial of the content.   About the Course This course covers Environmental, Social and Governance (ESG) components and their impact on the mining value chain. Participants will learn about the various stages of the mining process, from exploration to closure, and the different ESG threats and opportunities associated with each stage. Learners will also gain a deeper understanding of ESG regulations, standards and reporting requirements, and how these are changing the mining industry. Case studies and real-world examples will be used to illustrate the practical application of ESG across the mining value chain. The course is designed for professionals in the mining industry, as well as those with an interest in ESG and sustainable business practices.   About the Audience  This course explores concepts that will be useful for those seeking a robust understanding of ESG considerations at each stage of the mining value chain and is suitable for intermediate levels.  Examples of those who may be interested include: investors, geologists, chemists, engineers, government officials, regulators, data scientists, policy setters, non-governmental organizations, procurement specialists, academics, finance professionals, sustainability experts, lawyers, and administrative staff.    Recommended Background  We recommend “Introduction to ESG” to give learners a baseline understanding of Environmental, Social and Governance concepts.  Course Details Authors  Dr. Sarah Gordon  Dr. Rose Clarke     Duration:        4 Hours  Access:           90 Days  Category:       Mining  Level:  Intermediate  Version Date: March 1, 2023  Delivery Format: On-Demand   Need to train a team?  Whether you're looking for a customized training program or developing a team, we have enterprise solutions to fit your needs.  Learn More  Read more

About the Course This course provides a non-technical introduction to the basic concepts of geology and mineral exploration, with numerous examples, figures and images of mining.  Explore the essential geological concepts, mechanisms of mineral formation, and techniques for finding mineral deposits. Understand the structure of the Earth, mineral definitions, and ore grades. Learn about the contrasting formation processes of two types of carbons. Understand the geological conditions for carbon formation and their global distribution. Explore the process of how weathering forms metal deposits. Understand the conditions and chemical reactions involved. Learn about various ore deposit exploration methods, from remote sensing to drilling, and understand their importance in the mining industry. Audience High school science Author Dr. Scott Dunbar Need to train a team?  Whether you're looking for a customized training program or developing a team, we have enterprise solutions to fit your needs.  Learn More Read more

About the Course This course covers the essential considerations for preparing National Instrument 43-101 technical reports, including its history, components, rules, guidelines, and sources for additional information. Learn the essential considerations, stages, international definitions, best practices, and public disclosure requirements in the preparation of National Instrument 43-101 Technical Reports for Mineral Resources and Mineral Reserves. This course provides a detailed overview of the Companion Policy section of NI 43-101, including its general guidance, key requirements, and best practices. It is essential for Qualified Persons (QPs) to understand these policies to comply with regulatory standards in the mining industry The course consists of four modules each with supporting figures, tables and examples, plus interactive course reviews. Course duration is equivalent to approximately 9 hours of viewing content. About the Audience Participants should ideally have a background in geology, mining engineering, or mineral processing, as the course focuses on the technical and regulatory aspects of mineral resource reporting. Professionals with knowledge of regulatory frameworks, finance, or investment in the mining sector would also benefit, as NI 43-101 plays a key role in resource valuation and compliance. The course is most suited for geologists, mining engineers, consultants, and legal or finance professionals in the mining industry. Prior knowledge of technical reports in mining would be advantageous. About the Author Reno Pressacco is a consulting Mineral Resource geologist.  He holds a Masters Degree from McGill university and has over 37 years of experience spent in such roles as mineral exploration, mine development, mine production, and as a consultant to the mining industry. During his career he has played a key role in identifying the economic potential of the Matachewan gold deposit (Ontario) at the exploration stage.  This deposit achieved commercial production in 2013 and is now known as the Young-Davidson mine.  The Young-Davidson mine produced approximately 190,000 ounces to 205,000 ounces of gold in 2021 and is forecasted to produce between 185,000 to 205,000 ounces of gold for 2022 .  He was also fortunate to participate in the early stages of the Cerro Negro deposit (Argentina) where he was involved in the discovery phase and prepared some of the initial Mineral Resource estimates for the Eureka Vein.  The Cerro Negro mine produced approximately 260,000 ounces of gold in 2021. More recently he has participated in the crafting of the CIM Mineral Exploration Best Practices Guidelines (2018) and the CIM Mineral Resource and Mineral Reserve Best Practices Guidelines (2019).  He received the CIM Robert Elver award in 2020.  He is a member of the CIM Mineral Resources and Mineral Reserves Committee and the United Nations Expert Group on Resource Management. He received the CIM Robert Elver award in 2020 and is a CIM Distinguished Lecturer for 2024/2025. Need to train a team?  Whether you're looking for a customized training program or developing a team, we have enterprise solutions to fit your needs.  Learn More Read more