Algae-based technologies are one of the emerging solutions to societal issues such as
accessibility to clean water and carbon-neutral energy and are a contender for the circular …

The objective of this study was to integrate the treatment of aquaculture effluent with the
biomass and macronutrients production by Spirulina sp. LEB 18. The first experiment was …

The rapid development of large-scale aquaculture leads to wastewater accumulation,
increasing environmental problems. Microalga cultivation is a potential biotechnological …

Bioinoculation of soil with microalgae, such as cyanobacteria and green microalgae has
been identified as an innovative approach to promote sustainable agriculture. In this study …

A high phosphorus concentration is widely accepted as favorable for enhancing both
microalgae growth and lipid accumulation; however, excessively high P could be counter …

Due to its enriched organic matter, nutrients and growth cofactors, as well as a diverse range
of microorganisms, waste activated sludge (WAS) might be an ideal additive to stimulate …

The current study aimed to enhance microalgal biomass productivity by re-using microalgae
supernatant obtained from an algae cultivation system. In addition, raw and final effluent …

Microalgae possess the prospective to be efficiently involved in bioremediation and
biodiesel generation. However, conditions of stress often restrict their growth and diminish …

Alkaline treatment is widely used to reduce pathogens in sewage sludge in developing
countries and guarantee that it is safe for use in agriculture. The aim of this study was to …

Heterotrophic microalgae cultivation has been suggested to reduce conventional photo-
autotrophic microalgal biomass production costs. In heterotrophic cultivation, the most …