'Exergy' diaporamas de présentation

SUSTAINABILITY, ENERGY, AND ECONOMIC GROWTH R. U. Ayres & B.S.Warr

SUSTAINABILITY, ENERGY, AND ECONOMIC GROWTH R. U. Ayres & B.S.Warr. Part 1. Sustainability and Climate Change Part 2. Energy, Peak Oil Part 3. Exergy and Useful Work Part 4. Economic Growth Theories Part 5. The Neo-Liberal Solution. Part 1: Long Run Sustainability.

851 views • 66 slides

SUSTAINABILITY, ENERGY, AND ECONOMIC GROWTH R. U. Ayres, MAY 26, 2009

SUSTAINABILITY, ENERGY, AND ECONOMIC GROWTH R. U. Ayres, MAY 26, 2009. Part 1. Sustainability and Climate Change Part 2. Energy, Peak Oil Part 3. Exergy and Useful Work Part 4. Economic Growth Theories Part 5. The Neo-Liberal Solution. Part 1: Long Run Sustainability.

867 views • 60 slides

Chapter 7

Chapter 7. Exergy Analysis. Learning Outcomes. Demonstrate understanding of key concepts related to exergy analysis , including the exergy reference environment , the dead state , exergy transfer , and exergy destruction .

1.06k views • 57 slides

Chapter 13

Chapter 13. Reacting Mixtures and Combustion. Learning Outcomes. Demonstrate understanding of key concepts , including complete combustion , theoretical air , enthalpy of formation , and adiabatic flame temperature .

516 views • 41 slides

1.33k views • 32 slides

Exergy

Exergy. A Measure of Work Potential. Exergy. Property Availability or available work Work = f (initial state, process path, final state). Exergy. Dead State When system is in thermodynamic equilibrium with the environment

1.9k views • 31 slides

Exergy

Exergy. A Measure of Work Potential. Exergy. Property Availability or available work Work = f (initial state, process path, final state). Exergy. Dead State When system is in thermodynamic equilibrium with the environment

504 views • 31 slides

Exergy

Exergy. A Measure of Work Potential. Exergy. Property Availability or available work Work = f (initial state, process path, final state). Exergy. Dead State When system is in thermodynamic equilibrium with the environment

778 views • 31 slides

Antonio Valero

433 views • 28 slides

Exergy

Exergy. Phase 2. Exergy destruction. Caused by irreversibilities such as: Friction, mixing, chemical reactions, heat transfer through a finite temperature difference, unrestrained expansion, non-quasi-equilibrium compression or expansion; anything that cause entropy generation

555 views • 26 slides

Summary International Exergy Economics Workshop University of Sussex 13-15 July 2016

Summary International Exergy Economics Workshop University of Sussex 13-15 July 2016. Strengths of Exergy Economics Research. Exergy Analysis reveals the location of exergy losses and improvement potential. Strengths of Exergy Economics Research.

214 views • 21 slides

Exergy

Exergy. Exergy. The maximum amount of work that can be extracted from a system at a given state in a specified environment. Also called: Availability Available energy Work potential. Exergy. The maximum useful work that can be obtained from a system.

578 views • 20 slides

Marco Molinari, Ph.D. Department of Automatic Control, KTH

The importance of the design phase in Energy Quality Management: an example of the application of the parametric analysis. Marco Molinari, Ph.D. Department of Automatic Control, KTH. Outline. Background Energy efficiency targets in the built environment Tools for analysis: S.E.P.E.

521 views • 16 slides

Thermoeconomic Input-Output Exergy Analysis applied to Industrial Ecology

383 views • 16 slides

Co-Combustion of Pulverised Coal/Biomass for Steam Production: e M ergy approach

293 views • 12 slides

The use of structural exergy for the assessment of an ecosystem state

The use of structural exergy for the assessment of an ecosystem state. Andrey Mokryy Irkutsk State University, Irkutsk. Exergy is defined as the work the system can perform when it is brought into equilibrium with the environment.

235 views • 12 slides

Exergy Transfer and Balance

392 views • 12 slides

Imerys Technology Centre- Lyon, jennifer.astoveza@imerys

Imerys Technology Centre- Lyon, jennifer.astoveza@imerys.com. Jennifer ASTOVEZA. Industrial By-Products as Non-Conventional Supplementary Cementitious Material. Background. KU Leuven. ULorraine. Manila. ITC-Lyon. The SOCRATES Project. Project duration: 2016-2020

117 views • 10 slides