1. COURSE INFORMATION:
| School | Chemical and Environmental Engineering | ||
| Course Level | Undergraduate | ||
| Direction | Chemical Engineering | ||
| Course ID | CHE 406 | Semester | 7th |
| Course Category | Elective | ||
| Course Modules | Instruction Hours per Week | ECTS | |
Lectures | 3 | 5 | |
| Course Type | Scientific area | ||
| Prerequisites | |||
| Instruction/Exam Language | Greek | ||
| The course is offered to Erasmus students | Yes | ||
| Course URL | |||
2. LEARNING OUTCOMES
| Learning Outcomes |
Upon successful completion of the course, the student will:
|
| General Competencies/Skills |
|
3. COURSE SYLLABUS
1. Introduction to Environmental Chemistry Part A: The Earth's atmosphere 2. The Earth's atmosphere 3 Stratospheric chemistry – ozone 4 Tropospheric chemistry – smog and precipitation 5 The chemistry of climate change Part B: The hydrosphere 6 The hydrosphere and the distribution of chemical species in aquatic systems 7 Gases in water 8 Natural and synthetic organic matter in water 9 Metals and semi-metals in the hydrosphere 10 Chemistry of colloids and surfaces 11 Water pollution and water treatment chemistry Part C: The terrestrial environment 12 The terrestrial environment and soil properties 13 The chemistry of solid wastes.Epilogue: The future Earth |
4. INSTRUCTION and LEARNING METHODS - ASSESSMENT
| Lecture Method | Direct (face to face) | ||
Use of Information and Communication Technology |
| ||
| Instruction Organisation | Activity | Workload per Semester (hours) | |
| - Lectures | 39 | ||
| - Projects | 30 | ||
| - Autonomous study | 56 | ||
| Course Total | 125 | ||
Assessment Method | Option 1: Option 2: | ||
5. RECOMMENDED READING
|
6. INSTRUCTORS
| Course Instructor: | Assistant Professor N. Xekoukoulotakis (Faculty - ChEnvEng) | ||||
| Lectures: | Assistant Professor N. Xekoukoulotakis (Faculty - ChEnvEng) | ||||
| Tutorial exercises: | |||||
| Laboratory Exercises: | |||||