Efficient wastewater treatment accompanied by sustainable “nutrients/pollutants waste-
wastewater-resources/energy nexus” management is acting as a prominent and urgent …

The proliferation of antibiotic-resistance genes is a result of the rise in the discharge of
residual antibiotics into waterbodies from a variety of sources. Antibiotic removal by …

Microalgae-based biotechnology for antibiotics biodegradation in swine wastewater has
been receiving an increasing attention. In this study, microalgae and fungi co-cultivation …

Incomplete mineralization of sulfamethoxazole (SMX) in wastewater treatment systems
poses a threat to ecological health. The toxicity and environmental risk associated with SMX …

Microalgal-fungal co-cultivation technology has demonstrated outstanding efficacy in
wastewater treatment and valuable resources recovery. However, it is still unclear how …

Acidogenic fermentation coupled with microalgae cultivation is cost-effective for treating
mariculture wastewater (MW), however the molecular responses of fermentative bacteria …

Microalgae have attracted increasing attention as an environmentally friendly treatment for
antibiotics. However, the effect of antibiotic concentration on the removal ability of …

Microcystins (MCs) are harmful to the ecology and public health. Some bacteria can
degrade MCs into Adda, but few can destroy Adda. Adda is the key bioactive moiety of MCs …

As a promising technology, the microalgae-driven strategy can achieve environmentally
sustainable and economically viable swine wastewater treatment. Currently, most …

In this study, two membrane-aerated biofilm reactors (MABRs) were constructed: one solely
utilizing biofilm and another hybrid MABR (HMABR) incorporating both suspended-sludge …