How to measure and optimize the sustainability of complex (renewable) energy production pathways: applied to farm scale biogas production pathways

Research output: Ph.D. ThesisPhD Research internal, graduation externalAcademic

Abstract

To avoid energy scarcity as well as climate change, a transition towards a sustainable society must be initiated. Within this context, governmental bodies and/or companies often note sustainability as an end goal, for instance as a green circular economy. However, if sustainability cannot be clearly defined as an end goal or measured uniformly and transparently, then the direction and progress towards this goal can only be roughly followed. A clear understanding of and a transparent, uniform measuring technique for sustainability are hence required for sustainable and circular (renewable) energy production pathways (REPPs), as society is asking for an integrated and understandable overview of the decision-making and planning process towards a future sustainable energy system. Therefore, within this dissertation, a new approach is proposed for measuring and optimizing the sustainability of REPPs; it is useful for the analysis, comparison, and optimization of REPP systems on all elements of sustainability. The new approach is applied and tested on a case based on farm-scale, anaerobic digestion (AD), biogas production pathways.
Original languageEnglish
QualificationDoctor of Philosophy
Awarding Institution
  • University of Groningen
Supervisors/Advisors
  • Moll, Henri C., Supervisor, External person
Award date5 Oct 2018
Place of PublicationGroningen
Publisher
Print ISBNs978-94-034-0931-3
Electronic ISBNs978-94-034-0930-6
Publication statusPublished - 5 Oct 2018

Keywords

  • flow analysis
  • sustainability
  • measurements
  • energy production pathways
  • optimization modeling
  • anaerobic digestion
  • transparency
  • biogas

Cite this

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title = "How to measure and optimize the sustainability of complex (renewable) energy production pathways:: applied to farm scale biogas production pathways",
abstract = "To avoid energy scarcity as well as climate change, a transition towards a sustainable society must be initiated. Within this context, governmental bodies and/or companies often note sustainability as an end goal, for instance as a green circular economy. However, if sustainability cannot be clearly defined as an end goal or measured uniformly and transparently, then the direction and progress towards this goal can only be roughly followed. A clear understanding of and a transparent, uniform measuring technique for sustainability are hence required for sustainable and circular (renewable) energy production pathways (REPPs), as society is asking for an integrated and understandable overview of the decision-making and planning process towards a future sustainable energy system. Therefore, within this dissertation, a new approach is proposed for measuring and optimizing the sustainability of REPPs; it is useful for the analysis, comparison, and optimization of REPP systems on all elements of sustainability. The new approach is applied and tested on a case based on farm-scale, anaerobic digestion (AD), biogas production pathways.",
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How to measure and optimize the sustainability of complex (renewable) energy production pathways: applied to farm scale biogas production pathways. / Pierie, Frank.

Groningen : Rijksuniversiteit Groningen, 2018. 193 p.

Research output: Ph.D. ThesisPhD Research internal, graduation externalAcademic

TY - THES

T1 - How to measure and optimize the sustainability of complex (renewable) energy production pathways:

T2 - applied to farm scale biogas production pathways

AU - Pierie, Frank

PY - 2018/10/5

Y1 - 2018/10/5

N2 - To avoid energy scarcity as well as climate change, a transition towards a sustainable society must be initiated. Within this context, governmental bodies and/or companies often note sustainability as an end goal, for instance as a green circular economy. However, if sustainability cannot be clearly defined as an end goal or measured uniformly and transparently, then the direction and progress towards this goal can only be roughly followed. A clear understanding of and a transparent, uniform measuring technique for sustainability are hence required for sustainable and circular (renewable) energy production pathways (REPPs), as society is asking for an integrated and understandable overview of the decision-making and planning process towards a future sustainable energy system. Therefore, within this dissertation, a new approach is proposed for measuring and optimizing the sustainability of REPPs; it is useful for the analysis, comparison, and optimization of REPP systems on all elements of sustainability. The new approach is applied and tested on a case based on farm-scale, anaerobic digestion (AD), biogas production pathways.

AB - To avoid energy scarcity as well as climate change, a transition towards a sustainable society must be initiated. Within this context, governmental bodies and/or companies often note sustainability as an end goal, for instance as a green circular economy. However, if sustainability cannot be clearly defined as an end goal or measured uniformly and transparently, then the direction and progress towards this goal can only be roughly followed. A clear understanding of and a transparent, uniform measuring technique for sustainability are hence required for sustainable and circular (renewable) energy production pathways (REPPs), as society is asking for an integrated and understandable overview of the decision-making and planning process towards a future sustainable energy system. Therefore, within this dissertation, a new approach is proposed for measuring and optimizing the sustainability of REPPs; it is useful for the analysis, comparison, and optimization of REPP systems on all elements of sustainability. The new approach is applied and tested on a case based on farm-scale, anaerobic digestion (AD), biogas production pathways.

KW - flow analysis

KW - sustainability

KW - measurements

KW - energy production pathways

KW - optimization modeling

KW - anaerobic digestion

KW - transparency

KW - biogas

KW - energieproductie

KW - meetinstrumenten

M3 - PhD Research internal, graduation external

SN - 978-94-034-0931-3

PB - Rijksuniversiteit Groningen

CY - Groningen

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