Life-cycle analysis of geopolymers

By Marcel Weil, K. Dombrowski, A. Buchwald. 2009

195 citations recorded by the source corpus.

Subfields: Building and Construction, Civil and Structural Engineering

View Paper: https://www.semanticscholar.org/paper/f52a37904425c115635b566bf63de18832c96ee7

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In Building and Construction

In Civil and Structural Engineering

Citations in the corpus

Durability of alkali-activated binders: A clear advantage over Portland cement or an unproven issue? (2012, background): “[12] mentioned that the sodium hydroxide and the sodium silicate are responsible for the majority of CO2 emissions in alkali-activated binders.”
One-part alkali-activated materials : a review (2018, unknown): “Two-part BFS, fly ash NaOH, (Na2SiO2)nO 70% [187]”
Alkali-activated materials (2018, background): “Examples of LCA studies of alkali activation include [9, 45, 71-79] , and these studies have resulted, in general, in calculations of between 40-80% CO 2 emissions reduction for the use of alkali-activated binders compared to a Portland cement baseline.”
An overview on the potential of geopolymers for concrete infrastructure rehabilitation (2012, background): “Over the last years several authors have reported research in a large number of aspects related to geopolymers such as: dependence of the nature of source materials (alkali-activated binders synthesised from calcined sources show a higher compressive strength than from raw materials) [9,10], immobil”
Recent update on the environmental impact of geopolymers (2016, background): “Over the last 10 years, different studies have been conducted on the environmental assessment of geopolymers and AAC [19-26].”
Reaction kinetics, gel character and strength of ambient temperature cured alkali activated slag–fly ash blends (2015, background): “Alkali activated material has attracted great attention in recent years due to its excellent performances such as mechanical properties [1–3], durability [4–7], thermal stability [8,9] and low environmental impacts [10].”