This article summarizes the existing knowledge regarding the carbonation of cement-based
materials and identified the areas which require further investigations. Available studies …

Abstract Carbon Capture and Storage is the only technology available to mitigate large-
scale greenhouse gas emissions from fossil fuel based power and industrial sectors in the …

This study explores the simultaneous application of fly ash (FA) generated from the thermal
treatment of municipal solid waste as a CO 2 sequester through aqueous mineral …

An innovative approach combining CO 2 accelerated carbonation with industrial by-products
is systematically investigated to produce low-carbon and sustainable cementing materials …

This study investigates a potential approach to produce low-carbon cementitious materials
via using fly ash and reactive MgO as cement replacements, exposed to a pressurized CO 2 …

Utilization of the sewage sludge ash in fabricating the construction material would be an
effective alternative approach under the sludge management scheme other than landfilling …

This study investigates the potential approach of utilising CO 2 to produce carbonated fly
ash (CFA) in a cement blend for new 'green'construction materials. The aqueous fly ash (FA) …

Lime-activated fly ash cementitious materials are widely used as masonry cement and
autoclaved building materials. This study investigated the effects of MgO on the …

Utilizing industrial solid waste for cementitious materials addresses ecological
environmental pollution, and contributes significantly to reducing carbon emission, thus …

Nanotechnology is an emerging field of science that allows access to control and
manipulate the inner characteristics of matter at the nano-scale level leading to explore and …