The basic concepts of ore deposit geology and mineral resources are introduced,
including general description and major features (e.g., major commodities, by-
products, ore mineralogy and chemistry, ore grades, reserves, the lithologic, geologic
and geotectonic setting, and methodologies of exploitation and ore processing). The
contemporary classification schemes are discussed, mainly focused on those types
present in Greece, as well as the most important ore deposit types around the world.
Moreover, case specific samples are studied in both macroscopic and microscopic
scale, and ore deposit maps are studied/read/designed. The final goal of the course is
the understanding of the importance of ore deposit exploration and the successful
communication between mining and processing engineers with geologists.
- Teacher: Σταύρος Τριανταφυλλίδης
ECTS : 5
Language : el
Learning Outcomes : Upon successful completion of the course, the student will be able to: • Recognize the basic geological processes that occur underground and led to the formation of ore deposits. • Represent the paleoenvironment and be able to identify various types of ore deposits. • Recognize the basic ore characteristics of an exploitation depending on the ore type/model. Indicatively mentioned are the form of spatial development, the mineralogy and texture of the ore, elements that determine the methodology of mining and processing the ore and, by extension, the economic characteristics of an exploitation. • Recognize the main components and potential by-products that can increase the economic efficiency of an exploitation, depending on the type of deposit. • Recognize the potential environmental ""footprint"" of each type of deposit and apply the most appropriate environmental protection and restoration program. • Have knowledge of laboratory methods and techniques that can be applied to control the characteristics and quality of the extracted material.