Researchers have been driven to investigate sustainable alternatives to cement production,
such as geopolymers, due to the impact of global warming and climate change resulting …

Alkali-activated binders, more commonly referred to as “geopolymers”, have recently
emerged as a good alternative to traditional binders (eg, lime and cement) for soil …

This study compares the mechanical performance of clayey soil stabilization using volcanic
ash (VA) based geopolymer and ordinary Portland cement (OPC). The effects of curing …

In line with sustainable development, the road sector has initiated the use of agro-wastes in
road construction to preserve natural resources, which have been commonly used in …

This study explores the use of two wastes (rice husk ash (RHA) and cement kiln dust (CKD))
for improving the mechanical strength of a subgrade soil obtained from a failed road section …

The use of industrial by-products in the context of soil stabilisation has recently been
explored as a mean to substitute the massive use of ordinary Portland cement (OPC), whose …

In order to improve the utilization efficiency of industrial waste residue and the treatment
effect of marine soft soil, ground granulated blast furnace slag (GGBS), flue gas …

This paper presents a newly proposed generic framework for unifying different industrial by-
products (IBPs) as composite binders to potentially replace ordinary Portland cement (OPC) …

Geopolymer is a cementitious material that can replace ordinary Portland cement in several
geotechnical engineering applications, such as soil stabilization, with the advantages of …

This study evaluates the alkali activation of a binary system composed of sugar cane
bagasse ash and carbide lime as a green stabilization technique for bauxite tailings (BTs) …