Microalgae have been identified as one of the new feedstocks for renewable energy
production. The conversion of microalgae into various valuable products has also been …

Extensive growth of industries leads to uncontrolled ammonia releases to environment. This
can result in significant degradation of the aquatic ecology as well as significant health …

The effect of addition of algae to activated sludge as active biomass in membrane
bioreactors (MBRs) and electro-MBRs (e-MBRs) for wastewater remediation was examined …

Sustainable and cost effective ways to produce renewable energy from biomass have
generated considerable interest. Palm oil industries generates huge amount of waste. From …

The emergence and continual accumulation of industrial micropollutants such as dyes,
heavy metals, organic matters, and pharmaceutical active compounds (PhACs) in the …

Nutrient removal from wastewater reduces the environmental impact of its discharge and
provides opportunity for water reclamation. Algae can accomplish simultaneous nitrogen …

The present investigation was attempted to reduce the toxic pollutants from the different
mixtures of water samples (sewage, sea and well) using the freshwater alga, Chlorella …

The successful cultivation of microalgae in wastewater establishes a waste to profit scenario
as it combines treatment of a waste stream with production of valuable end-products. Here …

The compounding concentration of pollutants in the environment and the drastic decline in
fossil fuels reserves perturbed the environmental sustainability. Consequently, the past few …

Bioremediation is a promising technology for eliminating pollutants from the atmosphere,
replacing harmful substances, and preventing contamination. The current study's primary …