Repository hosted by TU Delft Library

Home · Contact · About · Disclaimer ·

Environmental quickscans as a decision supporting tool: Scanning the embodied energy of different fibre treatments in the development of biocomposite building products

Publication files not online:

Author: Keijzer, E.E. · Stokes, E. · Perremans, D. · Grishchuk, S. · Tjeerdsma, B. · Heesbeen, C. · Lund, M.N.
Source:2nd International Conference on Sustainable Intelligent Manufacturing, SIM 2013, 26 June 2013 through 29 June 2013, Lisbon 'Green Design, Materials and Manufacturing Processes ', 113-118
Identifier: 478202
ISBN: 9781138000469
Keywords: Environment · Building products · Decision supporting · Design decisions · Embodied energy · Environmental performance · Matrix selection · Production option · Treatment process · Composite materials · Environmental impact · Environmental management · Fibers · Manufacture · Sustainable development · Urban Development · Built Environment · Earth & Environment · CAS - Climate, Air and Sustainability · EELS - Earth, Environmental and Life Sciences


In this article the method of environmental quickscans is introduced. This method is developed in the EU-funded project 'BioBuild'. The goal of BioBuild is to develop biocomposite building products with 50% reduction of embodied energy and no increase in costs, compared to current alternatives. To ensure that the developed products have this improved performance, environmental quickscans are executed for important design decisions related to fibre selection, fibre treatment, matrix selection, painting and coating of the building products. In this article the benefits and lessons learned of the environmental quickscan approach will be explained by using the quickscan on fibre treatment as an example. The quickscan indicates that the embodied energy of fibre treatment processes differs with a factor 6. This shows that investigating the environmental impact of production options is of importance as the options can differ substantially in environmental performance. © 2013 Taylor & Francis Group.