Microalgae-based technologies, usually configured as high rate algal ponds (HRAP), are
efficient, sustainable, and cost-effective alternatives for wastewater treatment due to their …

Microalgae have a diverse application in food, pharmaceutical, beauty, animal feed and
bioenergy industry. The demand for high‐quality pure microalgae biomass has steered the …

This study utilised a mixed culture of Chlorella vulgaris and bacteria from sludge to treat
synthetic tannery wastewater (STWW) in modified stirred-tank photobioreactors (MSTPBRs) …

Anaerobic digestion of food wastes coupled with digestate post-treatment using microalgae-
based systems could recover large amounts of energy and nutrients worldwide. However …

Algal based wastewater treatment (WWT) technologies are attracting renewed attention
because they couple energy-efficient sustainable treatment with carbon capture, and reduce …

Tanning process generates high strength wastewater containing heavy metals, nutrients,
organic and inorganic contaminants, which may adversely affect public health and the …

One of the most promising options for decreasing the costs of microalgae production is
enhancing the production and reducing the energy demand of the culturing systems and the …

Algae-based wastewater treatment technologies are gaining popularity because of their
sustainable treatment capabilities, coupled with their ability to capture carbon and …

Improving photobioreactor performance for microalgae cultivation has been the aim of many
researchers over the past few years. One of the primary challenges associated with existing …

Microalgae have the ability to grow in wastewater, remove heavy metal ions and pollutants,
and can be used to produce renewable energy alternatives such as biofuels, biogas …