The feasibility of simultaneous removal of indium, selenite and tellurite using biological
reduction by Aspergillus niger fungal pellets is explored. Initially, batch experiments were …

The performance of Aspergillus niger pellets to remove selenite and tellurite from
wastewater using batch and continuous fungal pelleted bioreactors was investigated. The …

This study examined simultaneous removal of indium (In (III)) and selenium oxyanions (Se
(IV) and Se (VI)) using anaerobic granular sludge in batch and sequencing batch …

This study investigated the removal of selenite from wastewater using the fungus Asergillus
niger KP isolated from a laboratory scale inverse fluidized bed bioreactor. The effect of …

In this study, bioaccumulation of heavy metal and dye by Aspergillus versicolor was
investigated. Optimum pH values of the maximum heavy metal bioaccumulation was found …

Biosorption technology has gained tremendous importance in bioremediation and microbes
could become the cheapest tool in detoxification of effluent streams. Aspergillus sp. isolated …

There is a need to develop technologies that can remove toxic heavy metal ions found in
wastewaters. Microorganisms are known to remove heavy metal ions from water. In this …

In the twenty-first century, the increasing demand for electrical and electronic equipment
(EEE) has caused its quick update and the shortening of its service life span. As a …

Large volume of wastewater is generated by tannery industry. The wastewater generated in
the form of effluent contains heavy metals such as cadmium, chromium, lead, zinc …

In the present study Aspergillus niger and Aspergillus flavus isolated from paper mill effluent
showed tolerance and accumulation of toxic metals Ni, Zn, Cd, Pb, Cr and Cu from synthetic …