Use of biomass for energy production is increasing, so management of the resultant ash is
important. This review compares current and future production, chemical composition, and …

This study examines the mechanical characteristics (compressive strength, split tensile and
flexural strength) and microstructure characteristics (scanning electron microscopic (SEM) …

Concrete production consumes a large amount of fine and coarse aggregates. Therefore,
eliminating or reducing the consumption of aggregates in concrete can produce …

In this paper, the results of experimental work on the strength and durability performances of
self‐compacting mortars (SCMs) manufactured from silica fume (SF) and fly ash (FA) were …

The absence of biodegradability exhibited by plastics is a matter of significant concern
among environmentalists and scientists on a global scale. Therefore, it is essential to figure …

Biomass ashes originating from wood and harvest residues combustion may be considered
as one of the prospective environmentally friendly candidates for supplementary …

The performance of self-compacting concrete (SCC) manufactured from ultra-fine sunflower
ash (UFSFA) and reinforced by waste polypropylene fibers has been experimentally …

The progressive increase in the industrialisation, consequently the energy consumption and
carbon footprint reacquaint the sustainable and environmental credentials of hydrated lime …

The aim of this study is to utilize agricultural waste ash as a partial replacement for cement to
create sustainable high-strength concrete (SHSC). A maximum of 40% of the cement mass …

Partial replacement of cements by industrial wastes are the current trend of preparing
sustainable concrete since production of cement produce large amounts of carbon di-oxide …