As a viable option to upcycle construction and demolition waste (CDW) into value-added
materials, geopolymer technology is emerging. Most studies investigate CDWs in a …

Ground granulated blast-furnace slag (GGBS) could be used as a potential low-carbon
binder when activated by a moderate activator. The use of seawater in producing …

Utilization of industrial solid waste to develop binder and solidified waste soil, which can
achieve 'waste control by waste'. Based on the alkali-activated mechanism and interaction …

The massive accumulation of iron ore tailing (IOT) results in land resource wastage and
increases the possibility of environmental pollution. In this study, the feasibility of using low …

As countries worldwide, including Türkiye, grapple with critical challenges in the
preservation of natural resources, it is imperative to take urgent and proactive measures that …

Coal char, a light and porous coal byproduct, is conventionally used for combustion and
gasification, which leads to high carbon dioxide and other air pollutants emissions. In this …

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 …

MgO activated slag and bentonite (MASB) slurry is a new and promising vertical barrier
material along with excellent performances. Some solid wastes, such as phosphogypsum …

Coal char, a coal pyrolysis product, is a lightweight carbon-rich material, which exhibits
significant potential as an innovative and sustainable construction material. Recent research …

To improve the substandard engineering properties of saline soil in cold regions and to
mitigate the environmental pollution caused by conventional calcium-based stabilization …