This study evaluates the stabilization of waste foundry sand (WFS) using an alkali-activated
binder (AAB) produced from rice husk ash, hydrated eggshell lime, and sodium hydroxide …

Understanding the strength behavior and leaching characteristics of mining tailings
stabilized with alkali-activated cements in the short, medium, and long term is crucial for the …

This study proposes a waste-to-value approach; specifically focusing on the utilization of
industrial wastewater sludge (IWS) derived pyrolytic biochar (PBC) as an alternative to …

This paper presents a study on the stabilization of hazardous tin mine tailings (TMT) using a
metakaolin-based geopolymer binder for their potential reuse as geomaterials in …

Sustainability in geotechnical engineering has been examined in academic research,
particularly from an environmental viewpoint. However, the social perspective has not …

Inadequate disposal of hazardous waste results risks to the environment and human health.
Although the use of hazardous waste in new processes and/or products has received limited …

This study compares the sustainability of waste foundry sand (WFS) stabilization with two
alternative binders: alkali-activated sugarcane bagasse ash-eggshell lime binder (AAB) and …

Global circular economy drives the development of sustainable alkali activated materials
(AAM) for use as construction material from industrial by-products and wastes. The …

Sustainability is a core topic for all sectors including geotechnical engineering (eg, design of
foundations, earthworks structures, and pavements for major infrastructure and building …

Alternative binders produced from waste for the stabilization of mining tailings (especially
those considered hazardous) are important for waste management and sustainable …