Michele Florencia Victoria
Carbon and cost critical elements: a comparative analysis of two office buildings.
Victoria, Michele Florencia; Perera, Srinath; Davies, Alan; Fernando, Nirodha
Purpose:- The aim of this paper is to identify and compare cost and carbon critical elements of two office buildings and to help achieve an optimum balance between building Capital cost (CC) and Embodied Carbon (EC). Design/methodology/approach: - Case study approach was employed to study cost and carbon critical elements of two office buildings as it allows an in-depth and holistic investigation. Elemental estimates of CC and EC were prepared from BoQs of the two buildings by obtaining rates from the UK Building Blackbook. Pareto Principle (80:20 rule) was used to identify carbon and cost critical elements of the two buildings and the significance hierarchies of building elements were compared. Findings:- Substructure, Frame and Services were identified as both carbon and cost critical elements responsible for more than 70% of the total CC and EC in both buildings. Stairs and Ramps, Internal Doors and Fittings, Furnishings and Equipment were identified to be the least carbon and cost significant elements contributing less than 2% of total CC and EC in both buildings. The hierarchy of cost and carbon significance varies between buildings due to the difference in the specification and design. Originality/value The increasing significance of dual currency (cost and carbon) demands cost and carbon management during the early stages of projects. Hence, this paper suggests that focusing on carbon and cost intensive building elements is a way forward to keep both cost and carbon under control during the early stages of projects.
|Journal Article Type||Article|
|Publication Date||Nov 16, 2017|
|Journal||Built environment project and asset management|
|Peer Reviewed||Peer Reviewed|
|Institution Citation||VICTORIA, M.F., PERERA, S., DAVIS, A. and FERNANDO, N. 2017. Carbon and cost critical elements: a comparative analysis of two office buildings. Built environment project and asset management [online], 7(5), pages 460-470. Available from: https://doi.org/10.1108/BEPAM-12-2016-0086|
|Keywords||Office building; Capital cost; Carbon hotspots; Cost hotspots; Element rates; Embodied carbon|
VICTORIA 2017 Carbon and cost critical elements
You might also like
Managing embodied carbon in buildings: a pareto approach.
Embodied carbon emissions of buildings: a case study of an apartment building in the UK.
Presentation / Conference
Parametric embodied carbon prediction model for early stage estimating.
Social media in construction: an exploratory case study.