Energy efficiency and management of energy

Synthesis

A- Global concerns for energy- World energy outlook- Climate change and associated issues for industry
B- Project organization
– Project roadmap (milestones, deliverables at each step)
C- Energy efficiency and economics
Exercise 1: Mollier diagram

D- Thermal energy

d-1 Heat exchangers: Surface, NTU, efficiency
d-2 Heat furnaces: operating parameters, efficiency
d-3 Heat exchanger – furnace system: optimization
d-4 Heat exchanger network optimization
d-5 Pinch technology: presentation, industrial examples

E- Thermal energy
Exercise 2: Heat exchanger optimization
Exercise 3: Pinch technology

F- Mechanical energy
f-1 Steam networks
f-2 Thermodynamics cycles (Carnot, Rankine, Hirn)
f-3 Combined cycles, cogeneration steam-electricity
f-4 Steam turbines efficiency

G- Mechanical energy
Exercise 4: Steam turbine efficiency
Exercise 5: Cogeneration

H- Exam

I- Appraisal and improvement of industrial sites energy efficiency
i-1 Benchmarking
i-2 Audits
i-3 Improvements during day to day operation: examples

J- New challenges for the 21 Th. century
Heavy Crudes, GTL, CTL, CO2 capture… and their impact on energy efficiency.

Language

Audience type

Bachelor / Master Students in Chemical Engineering who wish to learn about Industrial Energy Management.

Planned duration

18 hours + time for exercices

Support material

Copies of slides presented and electronic copies of exercises will be provided.

Prerequisite

Objectives

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