In situ bioprecipitation (ISBP), which involves immobilizing the metals as precipitates (mainly
sulphides) in the solid phase, is an effective method of metal removal from contaminated …

The challenge faced in this study was to find a cost-efficient technique to remediate
groundwater in the vicinity of three non-ferrous industrial sites, which was historically …

About 45% of the contaminated sites are dealing with heavy metal problems. Metals are
spread in the environment by mining activities, surface treatment and non ferrous …

About 45% of the contaminated sites are dealing with heavy metal problems. An important
groundwater remediation measure is the immobilization by inducing sulfate reducing …

We investigated if in-situ metal bioprecipitation (ISMP) is applicable to remediate a highly
permeable zinc-contaminated aquifer at a metal-processing factory in Maasmechelen …

Bioprecipitation is a green and sustainable multidisciplinary science and engineering
technique. The process requires an understanding of chemistry, biology, environmental …

Proper treatment of mining wastewaters is critically important to minimize contamination by
heavy metals contained in those wastewaters. Herein, a bioelectrochemically-assisted …

Bio-mediated calcite precipitation potential for multiple heavy metal immobilization in
contaminated soils at industrial, waste dump, abandoned mine, and landfill sites is not …

Purpose This study aims to examine whether addition of immobilising agents to a sandy,
alkaline (pH= 8.1) soil, which had been contaminated with Pb and Zn by airborne particles …

An ex-mining site located in Katowice, Poland, where silver, zinc and lead mining along with
other activities took place for decades is now heavily contaminated with heavy metals …