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

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

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

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 …

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

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

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 …

Industrial waste that contains high concentration of iron heavy metal (Fe 2+) needs to be
reduced into a safer limit for water ecosystem using an environmental-friendly, sustainable …

Bioremediation remains an eco-friendly and inexpensive method employed in getting rid of
the toxic compounds like heavy metals present in wastewater. Different microorganisms are …

Climate change has both a direct and indirect effect on surface water quality. One of them is
the increase in chemical weathering which causes the release of heavy metals in aquatic …