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

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 …

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

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 …

The utilization of biosorbent immobilized in polymer matrix is studied to widen the
biosorption application in the recent practice. These biosorbents have the right size …

Biosorption of heavy metals from aqueous solution can be considered as an alternative
technology in industrial wastewaters treatment. This innovative process uses biomaterials …

Ca-alginate immobilized activated rice bran has been used for adsorption of Zn (II) and Cu
(II) from aqueous solution. The effect of the pH, kinetics model, adsorption isotherm and …

A composite magnetite alginate-based bio-sorbent in hydrogel beads form as adsorbent for
copper ion removal was prepared through this work. Two types of composite bio-sorbents …

In this paper, palm midrib that was activated with mixed citric acid and tartaric acid as
biosorbent was used to remove Zn (II) ion from aqueous solution. The aim of this research is …