Abstract Stabilization/solidification (S/S) with ordinary portland cement (OPC)-based binders
is a suitable method to remediate heavy metal (HM)-contaminated soil and reuse resources …

Railway transportation is one of the most advantageous modes of transportation because of
its high capacity, which obviates the increasing demand for conveying passengers and …

This paper presents an experimental study and micro-mechanism discussion on gypsum
role in the mechanical improvements of cement-based stabilized clay (CBSC). A soft marine …

A silico-aluminophosphate geopolymer (APG) binder was developed for Pb 2+ solidification/
stabilization (S/S) treatment in our previous study, but the related performance of the APG …

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 …

This research presents an experimental study to analyse the role of lime and cement in
amelioration protocols of expansive black clay (EBC) in the presence of oyster shell ash …

Oil-polluted soil is a huge environmental problem that threatens ecological systems around
the globe and poses geotechnical challenges. This research aimed to review the influence …

The study investigated the use of Portland limestone cement (PLC) and periwinkle shell ash
(PSA) under laboratory conditions on geotechnical properties of lateritic soil to enhance its …

This study recycles two abundant and low-cost industrial by-products, bone meal and fly
ash, to develop a novel and sustainable binder (MPS) for the stabilization/solidification (S/S) …

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 …