9JUE0N66 - Energy transition and climate change

Course: Energy transition and climate change

SEMESTER

S9

CODE

9JUE0N66

ECTS

2

CM

TD

TP

EI

individual work

language

12 h

18 h

0 h

12 h

FR

ENG

Person in charge (s):

Irina Panfilov

NO

YES

Professor(s):

ENSG

other lecturer(s)

Jacques ORBAN (SLB consult.), Jean-Pierre CORDIER (TPA), Denis Deutsch (TPA)

prerequisites:

Basic knowledge in reservoir engineering;

Basis on Economics calculation, Physics and Chemistry.

documents:

Slides, polycopies, ppt

ORGANIZATION and TRAINING CONTENTS

World energy consumption. (J.Orban)

Importance & impact of fossil resources
Green-house effect on the earth as a consequence of the consumption of fossil energies
Economical aspects

2. Energy transition and climate change. (J.P.Cordier, D.Deutsch)

Climate Change. Description of Greenhouse Gas Effect, its impact on temperature and levers to reduce CO2 emissions.
The World of Energy. Different scenarios to cope with United Nations objectives.
Different sources of renewables energies. Challenges on intermittency.
Detail review of Main Renewable Energy Sources. Hydro, Wind, Solar, Biomass, Biogas, Geothermal, Marine.
Economics for Energy. Subsidies, Carbon Tax.
Specific Focus on Biofuels, H2 and E-Fuels.

SKILLS

main learning outcomes (AF)

AF1

Understanding global energy consumption and its impact on the nature. Knowing some methods and difficulties for the extraction of fossil resources.

AF2

Understand the major issues concerning greenhouse gases and impact on climate change. Know the main renewable energies and their challenges. Know how to apply the methodology to assess costs for electricity production.

Evaluation:

Final exam:

NO

Routine evaluation:

YES

Report/Project:

YES

Oral exam:

NO

Arborescence des pages

9JUE0N66 - Energy transition and climate change

Course: Energy transition and climate change