Embodied energy assessment of the structural system in concrete buildings: A case study on 7 South East Queensland structures

Dane Miller, Jeung-Hwan Doh, Mehdi Mohammadpour Lima, Niek van Oers

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Abstract

The contribution of the building industry to a wide range of environmental impacts is extensive with the construction, operation and maintenance of buildings accounting for approximately 50% of all energy usage and anthropogenic greenhouse gas (GHG) emissions globally. Previous attempts to mitigate buildings environmental impacts have focused on the optimisation of operational energy requirements to improve life cycle energy consumption. Societies increased awareness of environmental issues, as well as improved technology; result in reductions of operational energy consumption. The outcome being increased embodied energy contributions to a structures life cycle. At present, no design standards include the assessment of structures embodied energy. This research was conducted to obtain an understanding of the embodied energy present in recently constructed concrete buildings in the South East Queensland region of Australia. In order to develop standards, current baselines values need to be generated to assess existing performance. The focus was quantifying and analysing the embodied energy of a number of existing concrete buildings of various heights and structural systems. The study was conducted on seven structures to investigate the suitability of this methodology in developing sound baseline values for the building design industry. The outcome of these buildings based on current green building ratings systems was also considered.
Original languageEnglish
Title of host publication23rd Australasian conference on the mechanics of structures and materials
Subtitle of host publication(ASMSM23)
EditorsS T Smith
Place of PublicationLismore
PublisherSouthern Cross University
Pages1217-1222
Number of pages6
Volume2
ISBN (Print)9780994152008
Publication statusPublished - 2014
Externally publishedYes
EventAustralasian Conference on the Mechanics of Structures and Materials - Byron Resort and Spa, Byron Bay, Australia
Duration: 9 Dec 201412 Dec 2014
Conference number: 23rd
http://scu.edu.au/acmsm23/

Conference

ConferenceAustralasian Conference on the Mechanics of Structures and Materials
Abbreviated titleACMSM23
CountryAustralia
CityByron Bay
Period9/12/1412/12/14
Internet address

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Concrete buildings
Environmental impact
Life cycle
Energy utilization
Gas emissions
Greenhouse gases
Industry
Acoustic waves

Cite this

Miller, D., Doh, J-H., Mohammadpour Lima, M., & van Oers, N. (2014). Embodied energy assessment of the structural system in concrete buildings: A case study on 7 South East Queensland structures. In S. T. Smith (Ed.), 23rd Australasian conference on the mechanics of structures and materials: (ASMSM23) (Vol. 2, pp. 1217-1222). Lismore: Southern Cross University.
Miller, Dane ; Doh, Jeung-Hwan ; Mohammadpour Lima, Mehdi ; van Oers, Niek. / Embodied energy assessment of the structural system in concrete buildings: A case study on 7 South East Queensland structures. 23rd Australasian conference on the mechanics of structures and materials: (ASMSM23). editor / S T Smith. Vol. 2 Lismore : Southern Cross University, 2014. pp. 1217-1222
@inproceedings{911dbae2d0ae4438b5cd7acafc08a229,
title = "Embodied energy assessment of the structural system in concrete buildings: A case study on 7 South East Queensland structures",
abstract = "The contribution of the building industry to a wide range of environmental impacts is extensive with the construction, operation and maintenance of buildings accounting for approximately 50{\%} of all energy usage and anthropogenic greenhouse gas (GHG) emissions globally. Previous attempts to mitigate buildings environmental impacts have focused on the optimisation of operational energy requirements to improve life cycle energy consumption. Societies increased awareness of environmental issues, as well as improved technology; result in reductions of operational energy consumption. The outcome being increased embodied energy contributions to a structures life cycle. At present, no design standards include the assessment of structures embodied energy. This research was conducted to obtain an understanding of the embodied energy present in recently constructed concrete buildings in the South East Queensland region of Australia. In order to develop standards, current baselines values need to be generated to assess existing performance. The focus was quantifying and analysing the embodied energy of a number of existing concrete buildings of various heights and structural systems. The study was conducted on seven structures to investigate the suitability of this methodology in developing sound baseline values for the building design industry. The outcome of these buildings based on current green building ratings systems was also considered.",
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Miller, D, Doh, J-H, Mohammadpour Lima, M & van Oers, N 2014, Embodied energy assessment of the structural system in concrete buildings: A case study on 7 South East Queensland structures. in ST Smith (ed.), 23rd Australasian conference on the mechanics of structures and materials: (ASMSM23). vol. 2, Southern Cross University, Lismore, pp. 1217-1222, Australasian Conference on the Mechanics of Structures and Materials, Byron Bay, Australia, 9/12/14.

Embodied energy assessment of the structural system in concrete buildings: A case study on 7 South East Queensland structures. / Miller, Dane; Doh, Jeung-Hwan; Mohammadpour Lima, Mehdi; van Oers, Niek.

23rd Australasian conference on the mechanics of structures and materials: (ASMSM23). ed. / S T Smith. Vol. 2 Lismore : Southern Cross University, 2014. p. 1217-1222.

Research output: Chapter in Book/Report/Conference proceedingConference contributionResearchpeer-review

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N2 - The contribution of the building industry to a wide range of environmental impacts is extensive with the construction, operation and maintenance of buildings accounting for approximately 50% of all energy usage and anthropogenic greenhouse gas (GHG) emissions globally. Previous attempts to mitigate buildings environmental impacts have focused on the optimisation of operational energy requirements to improve life cycle energy consumption. Societies increased awareness of environmental issues, as well as improved technology; result in reductions of operational energy consumption. The outcome being increased embodied energy contributions to a structures life cycle. At present, no design standards include the assessment of structures embodied energy. This research was conducted to obtain an understanding of the embodied energy present in recently constructed concrete buildings in the South East Queensland region of Australia. In order to develop standards, current baselines values need to be generated to assess existing performance. The focus was quantifying and analysing the embodied energy of a number of existing concrete buildings of various heights and structural systems. The study was conducted on seven structures to investigate the suitability of this methodology in developing sound baseline values for the building design industry. The outcome of these buildings based on current green building ratings systems was also considered.

AB - The contribution of the building industry to a wide range of environmental impacts is extensive with the construction, operation and maintenance of buildings accounting for approximately 50% of all energy usage and anthropogenic greenhouse gas (GHG) emissions globally. Previous attempts to mitigate buildings environmental impacts have focused on the optimisation of operational energy requirements to improve life cycle energy consumption. Societies increased awareness of environmental issues, as well as improved technology; result in reductions of operational energy consumption. The outcome being increased embodied energy contributions to a structures life cycle. At present, no design standards include the assessment of structures embodied energy. This research was conducted to obtain an understanding of the embodied energy present in recently constructed concrete buildings in the South East Queensland region of Australia. In order to develop standards, current baselines values need to be generated to assess existing performance. The focus was quantifying and analysing the embodied energy of a number of existing concrete buildings of various heights and structural systems. The study was conducted on seven structures to investigate the suitability of this methodology in developing sound baseline values for the building design industry. The outcome of these buildings based on current green building ratings systems was also considered.

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Miller D, Doh J-H, Mohammadpour Lima M, van Oers N. Embodied energy assessment of the structural system in concrete buildings: A case study on 7 South East Queensland structures. In Smith ST, editor, 23rd Australasian conference on the mechanics of structures and materials: (ASMSM23). Vol. 2. Lismore: Southern Cross University. 2014. p. 1217-1222