Technologies for resource recovery from wastewater have drawn the world's attention.
Recovering nitrogen contained in wastewater offers an opportunity to produce alternative …

Efficient removal of nitrogen from wastewater is vital to ensure the safekeeping of waterways
and their biota. Increased demand for meat supplies worldwide has led to increased …

Current trends show that wastewater treatment plants (WWTPs) will intend to shift towards
water resources recovery facility (WRRF), however nutrients recovery in WRRF is limited by …

Antibiotics present in human urine pose significant challenges for the use of urine-based
fertilizers in agriculture. This study introduces a novel two-stage approach utilizing distinct …

Massive and accumulated emissions of ammonium nitrogen are crucial pollutants, and
ammonium nitrogen in wastewater is valuable resources to the production of fertilizer. Liquid …

Two novel hollow-fibre liquid–liquid membrane contactor (HF-LLMC) modules, containing S-
type (skin layer with low porosity) and Q-type (skin layer with higher porosity) fibres, have …

Nitrogen (N) is an essential nutrient for plants and plays an important role in agriculture.
However, the cycle between nitrogen input into agriculture and the nitrogen content in …

Nutrient recovery is an important segment of the circular economy, and it significantly
contributes to sustainable development goals. This work reports on the outcomes of a field …

Hollow fiber membrane contactor (HFMC) is a promising technology for removing or
recovering wastewaters' volatile components. Developing a rational design method is very …

Ammonia recovery from synthetic and real anaerobic digestates was accomplished using
hydrophobic flat sheet membranes operated with H2SO4 solutions to convert ammonia into …