Nutrient recovery from wastewater not only reduces the nutrient load on water resources but
also alleviates the environmental problems in aquatic ecosystems, which is a solution to …

Wastewater treatment currently focuses on removing phosphorus (P) and nitrogen (N) due to
their potential to cause eutrophication in bodies of water. With growing concern for the …

Increasingly stringent limits on nutrient discharges are motivating water resource recovery
facilities (WRRFs) to consider the implementation of sidestream nutrient removal or recovery …

As the population continues to rise, the demand for resources and environmentally friendly
management of produced wastes has shown a significant increase in concern. To decrease …

Recycling waste is crucial for consolidating resources and promoting sustainable
development, serving a pivotal role in achieving the objectives of carbon peak and carbon …

Nutrient recovery in domestic wastewater treatment has increasingly become an important
area of study as the supply of non-renewable phosphorus decreases. Recent bench-scale …

Recovery of struvite at wastewater treatment plants provides a beneficial fertilizer while
preventing costly operational issues due to precipitation in pipes, pumps, and digesters. At …

Nutrient pollution from livestock waste impacts both fresh and marine coastal waters.
Harmful algae blooms (HABs) are a common ecosystem-level response to such pollution …

To balance the high phosphorus concentration in recirculated solution and the stability of
biofilm system, this study explored the performance and mechanism of phosphorus …

Fertilizer runoff is a global nuisance that disrupts biogeochemical cycles of nitrogen and
phosphorus. We perform techno-economic and life cycle analyses of selected approaches …