The course presents theoretical concepts and practical approaches to the
environmental, social and economic impact of the exploitation of mineral and energy
resources as well as the best ways to manage them. More specifically, the
environmental risks associated with the exploitation of mineral and energy resources
and large geotechnical projects are analyzed and the best techniques for dealing with
them are presented.
▪ The effects of mining activity on the environment: Introduction, Impacts on
the natural environment, Impacts on humans, Socio-economic effects, Factors
affecting the size and intensity of environmental problems.
▪ Environmental impacts of large geotechnical projects.
▪ Visual pollution: Introduction, Theoretical background, Landscape quality
assessment systems, Design of mining projects aiming at the minimum
possible alteration of the landscape.
▪ Ground vibrations and air pressure (airblast): Introduction, Theoretical
background, Monitoring and systems for measuring vibrations from blasting,
Measures to reduce ground vibrations and air pressure, Vibrations and human
disturbance.
▪ Noise pollution: Introduction, Theoretical background, Noise sources in
mining works, Monitoring and measurement systems, Prediction models,
Response measures, Greek and international standards.
▪ Air pollution: Introduction, Theoretical background, Sources of cuasing
gaseous pollutants in quarries and mines, Monitoring and measurement
systems, Prediction models, Response measures.
▪ Exploitation planning with the aim of optimal environmental protection.
▪ Rehabilitation of mining and quarrying areas: Introduction, Factors affecting
the rehabilitation, New land uses, Criteria for evaluation of alternative plans.
The problem of abandoned mines and quarries.
- Teacher: Δημήτριος Καλιαμπάκος
- Teacher: Θεοδωρα Καραχαλιου
- Teacher: Μαρία Μενεγάκη
ECTS : 4
Language : el
Learning Outcomes : Upon successful completion of the course, the student will be able to: • understand the potential environmental impacts of a mining activity • design an environmental monitoring program • propose specific mitigation measures for the main categories of impacts (landscape impacts, vibrations, noise, dust, etc.) design a vibration monitoring program for a specific activity • propose rehabilitation plans for mining areas • compare alternative options for addressing environmental impacts.