This work evaluates the reactivity of various minerals of fly ash based on the backscattered
electron images analysis (BSE-IA) method and discusses the influencing factors and kinetics …

Treated fly ash (TCFA) yielded high-purity, single-phase zeolite-X, efficiently removing Ni
and V ions from aqueous solutions. The pretreatment process of raw fly ash (RCFA) involved …

This study investigates the impact of thermo-mechanical beneficiation techniques on the
physiochemical characteristics and reactivity of landfilled fly ashes (LFAs) obtained from …

This study investigated the feasibility of utilizing harvested fly ash from landfills and ponds as
a sustainable alternative to traditional fly ash in cementitious mixtures. The research …

It is critical to develop strategies to reduce embodied emissions associated with the
production and processing of thermal energy storage (TES) materials used in concentrating …

Reactivity information for a range of unconventional fly ashes is unavailable in literature. The
objective of this study is to quantify the reactivity of numerous unconventional fly ashes using …

The concrete industry faces an urgent need to identify new supplementary cementitious
material (SCM) sources. One class of materials available in large volumes are basaltic …

A robust anti-corrosive coating has been prepared by using functional fly ash with excellent
interface binding strength. Molecular cross-linking design and surface augmentation …

Modification of fineness, including by grinding or classification, is a commonly used
beneficiation method for improving fly ash performance. In this study, five fly ashes, including …

Storage of energy as sensible heat in solid particles is an increasingly viable strategy for the
next generation of commercial concentrating solar power installments. However, additional …