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 …

With the increase of the scale of animal husbandry, the negative effect of nitrogen and
phosphorus, antibiotics, heavy metals and other pollutants in livestock wastewater has been …

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

Even after pre-treatment, livestock and poultry wastewater still contain high concentrations of
ammonia and residual antibiotics. These could be removed economically using the aerobic …

To develop and characterize novel antibiotics removal biomaterial technology, we
constructed three different bacteria-microalgae-fungi consortiums containing Chlorella …

Coal gasification wastewater (CGW) has a complex composition, containing common
refractory organics, the majority of which have been shown to be mutative and carcinogenic …

The breeding industry plays a vital role in providing the primary source of nutrient intake for
people. However, the discharge of breeding wastewater poses a significant threat to the …

Swine wastewater contains large amounts of organic matter, nutrients, toxic metal elements,
and antibiotics. If it is directly discharged or not properly treated, it poses a significant threat …

The breeding of livestock raises substantial environmental concerns, especially the efficient
management of nutrients and pollution. This research is designed to assess the potency of …

The effective removal of common refractory antibiotics from livestock and poultry farming
wastewater has attracted widespread attention. Developing high-performance adsorbents …