Research on the sorption process of copper metal (Cu2+) from artificial electroplating
wastes using a biotechnology approach was studied using beads biosorbent of mixed …

The aims of research is to studying the efficiency of copper removal by combining
immobilized microalgae with optimizations of temperature and initial Copper concentration …

The purpose of this research was to removed heavy metal of Copper (Cu2+) with
biotechnology using mixed-microalgae of Chlorella sorokiniana, Monoraphidium sp. and …

Liquid waste from the electroplating industry is classified as hazardous and toxic waste. It
contains a lot of heavy metal ions which are toxic and even carcinogenic so that this waste …

A research in environmental biotechnology has been done to analysis adsorption of ion Cu
2+ by biomass of microalgae (Chlorella sp, Ankistrodesmus braunii, Scenedesmus …

Biosorption is an eco-friendly alternative technology for the removal of heavy metals from
industrial waste and effluents using low-cost and effective biosorbent. Abundant of natural …

Heavy metals which is mostly contained in electroplating wastewater is Cr, in the form of Cr
(VI) and Cr (III). Cr (III) is relatively unstable but tends to be dangerous, Cr (VI) is very stable …

Biosorption of copper (Cu2+) in electroplating wastewater by biosorbent using
Scenedesmus obliquus green algae has been investigated in the artificial medium of …

Biosorption of heavy metals using marine macroalgae biomass can be an effective process
and alternative to conventional methods. Activated carbon was developed from macroalgae …

This research aims to study the optimum effect of contact time and pH adsorption of copper
(Cu 2+) from electroplating industry waste by dried beer waste S. cerevisiae. This research …