Utilizing solid waste-based binder to solidify/stabilize (S/S) heavy metal contaminated soils
is a sustainable approach. This paper implemented microscopic tests on Cu (II)-doped paste …

The significant inhabitation of Portland cement hydration by zinc restricts the utilization of
zinc-bearing solid wastes in cementitious materials. The influence of zinc, in the form of (Zn …

To solve the environmental problems caused by heavy metal pollution, a new cementitious
material (basic magnesium sulfate cement, BMSC) was developed for the solidification of Cu …

Antimicrobial alkali-activated slag (AAS) has been envisioned as a biologically resistant
binder for potential application in sewer structures against biogenic sulfuric acid attacks …

The global construction industry is facing challenges related to sustainability, environmental
impact, and the demand for innovative materials with multifunctional properties. A major …

Extensive quantities of slurry-like mud (MS) contaminated with heavy metals (HMs) need to
be solidified and stabilized before reuse. The physicochemical combined method (PCCM) …

Zinc was focused on as an element causing hardening retardation due to delayed hydration
of Ordinary Portland Cement (OPC), and its hardening inhibitory effect and the mechanism …

Abstract Currently, in Chlef (Algeria), Municipal solid wastes (MSWs) are treated by landfill.
This work proposes the incineration of MSWs, with the bottom ash (BA) generated being …

In the 21st century, sustainable Construction practices have gained significant importance
due to environmental concerns. However, cement structures have faced challenges in …

Traditional stone aggregates used to prepare mortars are generally considered inert fillers
that do not interact with a binder. The European Green Deal, on the other hand, encourages …