This case study outlined the outcomes from the laboratory assessment of a lateritic soil
stabilized with milled eggshell, cement and mixture of both in ratio 1: 1 for potential use as a …

The present study examines the effect of stabilization on the geo-environmental properties of
crude oil contaminated kaolin clay. Lime and cement were mixed in a ratio of 1: 2 and added …

Lime–cement was used as a stabilizing binder in a ratio of 1: 2 to treat Lateritic Soil-Mine
Tailings (LMT) mixtures. Strength characteristics and environmental impact of the Lateritic …

Recent happenings (like fire outbreak and soil contamination) on Nigerian dumpsites had
reiterated the need to frequently monitor and assess these dumpsites in order to avert …

In this work, the effects of ceramic waste (CW), marble dust (MD), and cement on the
performance of road sub-base layer characteristics were investigated. Industries routinely …

This study evaluates the environmental performance of a lime–rice husk ash stabilized
lateritic soil that had been contaminated with either lead or naphthalene. The Lime and Rice …

This article presents an investigation on the influence of Ordinary Portland Cement (OPC) as
a binder in the stabilization treatment of lateritic soil contaminated with lead or naphthalene …

Microbial induced calcite precipitation method MICP is a sustainable and eco-friendly
technique for soil stabilization. To show the optimum effectiveness of the bioremediation …

Soil stabilization/solidification is commonly employed remediation method for contaminated
soils. Until now, limited attention has been given to the application of quicklime in polycyclic …

This study examined the impact of sawdust ash–lime (SDAL) stabiliser on the geotechnical
characteristics of lateritic soil as an effective hydraulic barrier system for landfill liner …