
Global Resource Depletion managed Austerity and the Elements of Hope
Paperback109 pagina’sEngels
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Will the free market solve our problems with regard to global resource depletion or will technology alone save us? Are total absolute quantities of resources more important than the accessible part of them that can be converted into production at meaningful rates and at affordable cost?
On a global scale we are facing energy scarcity due to the fact that the growth in net energy production, which is largely based on fossil fuels, can no longer keep up with the growth in global population. Energy scarcity means metals scarcity, or more in general materials scarcity. Materials scarcity in turn aggravates energy scarcity. This book gives a comprehensive overview of our predicament, why and how we got here and how we might adapt with the least damage. Adaptation involves Managed Austerity (amongst others using less), the Elements of Hope (amongst others using natures most abundant building blocks) and acknowledgement of the Second Law of Thermodynamics.
André Diederen graduated in 1987 from Eindhoven University of Technology as a mechanical engineer. He got his PhD in mechanical engineering in 1997 at Delft University of Technology after designing and testing a new type of separation equipment. He has worked in different technology fields related to applications of various materials.
On a global scale we are facing energy scarcity due to the fact that the growth in net energy production, which is largely based on fossil fuels, can no longer keep up with the growth in global population. Energy scarcity means metals scarcity, or more in general materials scarcity. Materials scarcity in turn aggravates energy scarcity. This book gives a comprehensive overview of our predicament, why and how we got here and how we might adapt with the least damage. Adaptation involves Managed Austerity (amongst others using less), the Elements of Hope (amongst others using natures most abundant building blocks) and acknowledgement of the Second Law of Thermodynamics.
André Diederen graduated in 1987 from Eindhoven University of Technology as a mechanical engineer. He got his PhD in mechanical engineering in 1997 at Delft University of Technology after designing and testing a new type of separation equipment. He has worked in different technology fields related to applications of various materials.
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ISBN-13
9789059724259
Uitgever
Verschenen
1 oktober 2010
Bibliografisch
ISBN-139789059724259
Editie1
TaalEngels eng
Pagina’s109
GeïllustreerdJa
Uitgave
UitgeverEburon Uitgeverij B.V.
CB-relatie-id7804140
Verschenen1 oktober 2010
StatusInactief 08
BeschikbaarheidContact leverancier 99
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Auteur A01André Diederen
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Werk-id (NSTC)500188069
MeldingBevestigd bij publicatie 03
Bijgewerkt6 augustus 2026
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NSTC 500188069 · CB-relatie 7804140 · Bijgewerkt 6 augustus 2026