Conventional wastewater treatment using activated sludge cannot efficiently eliminate
nitrogen and phosphorus, thus engendering the risk of water eutrophication and ecosystem …

The increased nitrogen (N) input with low utilization rate in artificial N management has led
to massive reactive N (Nr) flows, putting the Earth in a high-risk state. It is essential to …

As a promising wastewater treatment technology, little is known about whether the
greenhouse gas CO 2 can be applied for microalgal-bacterial granular sludge (MBGS) …

Aiming to propose the potential mechanism for the enhancement of nitrogen (N) and
phosphorus (P) removal of algal-bacterial aerobic granular sludge (A-AGS), metagenomic …

Photogranules composed of algae, nitrifiers, and anammox bacteria are promising for
nitrogen removal from wastewater with reduced aeration and carbon emissions. However, it …

This article is in the hope to open a fundamental discussion on what should future municipal
wastewater treatment process be. A paradigm shift of treatment technology from present …

The conventional municipal wastewater treatment processes are facing increasing
pressures due to their huge energy consumption, significant emissions of greenhouse …

This paper investigated the performance of non-aerated microalgal-bacterial granular
sludge (MBGS) process in municipal wastewater treatment at different temperatures. Results …

Photogranules are a novel wastewater treatment technology that can utilize the sun's energy
to treat water with lower energy input and have great potential for nutrient recovery …

The use of microalgae-bacteria consortia (MBC) for wastewater treatment have received
increasing attention because of its high capacity for nutrients and organic matter removal …