Wellbores used in underground production and storage activities, including carbon capture
and storage (CCS), are typically sealed using sealants based on Ordinary Portland Cement …

Disposal of significant amounts of dredged contaminated sediment poses an economic and
environmental problem worldwide. Transforming contaminated sediment into value-added …

In this study, the effects of Na 2 O concentration and water/binder (w/b) ratio on the phase
evolution and carbonation of alkali-activated slag/fly ash cements are studied. After sealed …

This paper presents results from experimental work on mechanical properties of geopolymer
concrete, mortar and paste prepared using fly ash and blended slag. Compressive strength …

In this study, the effects of silicate modulus of activators (Ms) on carbonation of alkali-
activated slag/fly ash cements are studied and compared between natural (0.03–0.04% CO …

The roles of MgO in alkali-activated materials have attracted much attention in recent
decades. The effects of the reactivity of MgO on the compressive strengths and hydration …

Abstract Alkali-activated concrete (AAC), a possible alternative to ordinary Portland cement
(OPC), provides increased environmental advantages, notably lower carbon emissions …

The influence of fly ash/slag ratio, alkaline activator silica modulus (Ms), and curing method
have been evaluated on the carbonation of biomass fly ash and blast furnace slag blends. In …

Driven by the scarcity of river sand and accompanying environmental concerns, sea sand is
emerging as an alternative material. However, the durability of construction products can be …

This paper investigated the effect of lime added as substitution (by up to 30 wt%) of
magnesia on the performance, phase composition and CO 2 sequestration capacity of …