Livestock wastewater (LW) is characterized by the significant presence of organic matter,
nitrogen (N), and phosphorus (P), as well as heavy metals (HMs), antibiotics, endocrine …

Traditional wastewater treatment has been aimed solely at sanitation by removing
contaminants, yet actual issues of climate change and depletion of natural resources are …

Background Swine wastewater (SWW) contains abundant organic carbon, nitrogen, and
phosphorus, posing a significant risk of pollution and eutrophication with direct …

Microalgae-based biotechnology is one of the most promising alternatives to conventional
methods for the removal of antibiotic contaminants from diverse water matrices. However …

Wastewater is an abundant source of nutrients and energy. Under the circumstances of
circular economy and carbon neutrality, resource recovery from wastewater has recently …

Growing human population demands the enhancement intensive livestock activities, which
lead to severe environmental issues like water pollution. Cattle wastewater is rich in some …

Phycoremediation of wastewater with microalgae is a viable option and is considered a
process for cleaning up toxic waste using microalgae or macroalgae. Most water is modified …

The growing world population and industrialization necessitate shifting away from depleting
and eco-toxic fossil fuels. Microalgae, specifically B. braunii, offer a viable alternative due to …

Anaerobic membrane bioreactors (AnMBRs) are becoming an increasingly attractive basis
for industrial wastewater treatment. Slaughterhouse wastewaters in particular are complex …

Incorporating a variety of microalgae into wastewater treatment is considered an
economically viable and environmentally sound strategy. The present work assessed the …