The progression of urban industrialization releases large quantities of heavy metals into
water, resulting in the severe heavy metal contamination of the aquatic environment …

Non-suspended microalgae cultivation technology coupled with wastewater purification has
received more scientific attention in recent decades. Since the non-suspended microalgae …

Abstract Lead (Pb 2+) and cadmium (Cd 2+) are the most toxic heavy metals that have been
discharged into the environment. There is interest in new adsorbents capable of removing …

Sargassum crassifolium is the origin strains of macroalgae from Indonesia which was the
most effectively adsorb heavy metals from liquid solution and it was investigated the …

Heavy metals, such as Pb (II), Cr (III), and Cd (II), are frequently discharged into the
environment, resulting in a threat for the health of living organisms. Microalgae represent an …

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

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 …

The mining industry generates acid mine drainage (AMD) characterized with a low pH value
and high dissolved metal concentration that leads to the negative impacts on the …

This research was conducted to reduce the presence of heavy metals such as Cu2+ on
polluted lands using mix culture Thiobacillus sp. and bacteria Clostridium sp. as …

Microalgae can remove polluting compounds from wastewater. However, the economic
harvest of microalgae cells is one of the main bottlenecks that make the use of biomass …