Large amounts of waste foundry sand (WFS) is being generated worldwide every year and it
is necessary to re-use it for valuable cause. WFS is reported suitable up to a certain extent …

The present study modifies the sorption isotherm for simulating the influences of initial pH
and temperature variations on the cadmium sorption from contaminated water using waste …

Rapid urbanization has led to an increased demand for natural resource like sand in
different construction activities. The increased demand has led to practices like sand mining …

The present study develops the sorption model for simulating the effects of pH and
temperature on the uptake of cadmium from contaminated water using waste foundry sand …

This paper presents the characterization of spent foundry sand mixtures (SFS-M) and a new
use in the production of concrete blocks for interlocking pavement. Cylindrical and …

Laser-induced breakdown spectroscopy (LIBS) was applied for quantitative analysis of the
elemental composition of waste molding and core sands produced from industry as part of …

Valorizing waste foundry sands in concrete as a substitute for natural sands would
contribute to the effort for a more sustainable society by reducing waste storage and …

This work aims to investigate the ability of using waste foundry sand (WFS) resulting as
inexpensive by‐product from steel industry in the low permeability barrier (LPB) and …

This study presents an analysis of sediments in an Andean river impacted by both natural
conditions and anthropogenic activities. Fifty samples were collected from selected sites …

While most waste foundry sands (WFSs) are not hazardous, regulatory agencies are often
reluctant to permit their beneficial use in agricultural and geotechnical applications due to …