Microalgae have emerged as a potential raw material to produce a spectrum of industrially
significant biomolecules such as lipids, proteins, and carotenoids. Nevertheless, the …

Due to human activity and natural processes, heavy metal contamination frequently affects
the earth's water resources. The pollution can be categorized as resistant and persistent …

Microalgae have gained recognition as versatile candidates for the remediation of heavy
metals (HMs). This study investigated the biosorption potential of Dunaliella sp. AL1 for …

Microalgae are under research focus for the production of bio-fuels by bioremediation of
different kinds of wastewater like industry and municipality and other sources. The current …

The synergistic interaction between algae and bacteria can be exploited to develop the next-
generation wastewater treatment systems as the traditional activated sludge process are …

The strain of red microalgae Galdieria sulphuraria CCMEE 5587.1 was evaluated in a
controlled laboratory environment for its ability to tolerate and remove two heavy metal (HM) …

Heavy metal contamination negatively affects plants and animals in water as well as soils.
Some microalgae can remove heavy metal contaminants from wastewater. The aim of this …

Heavy metals as toxic pollutants have important impacts on the photosynthesis of
microalgae, thus seriously threatening the normal material circulation and energy flow of the …

In the presence of dissolved organic matter, the mechanism of algal bioaccumulation of
different metals is complex, and its significance goes far beyond the alga-metal binary …

Pharmaceuticals (mostly antibiotics and non-steroid anti-inflammatory drugs) are hazardous
micropollutants (HMP). Incomplete degradation of the HMP leads to their persistence in the …