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 …

Water, a critical resource, confronts significant challenges with respect to its secure
utilization and ecological integrity. 0.817 units of drinking water can be saved for every unit …

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

The development of efficient adsorbent for removing excessive nutrients (eg phosphorous–
P) and antibiotics (eg tetracycline hydrochloride–TC) from livestock wastewater is necessary …

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 …

Seasonal water level fluctuations in rivers significantly influenced the cross-media migration,
transformation, and risk diffusion of antibiotics from the vadose zone into groundwater. This …

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 …

The recontamination of farming wastewater with antibiotics and metal ions has emerged as
a considerable concern in recent years. In this study, fly ash (FA) served as the adsorbent …

Human activities introduce nutrient elements into wastewater, yet the saline byproducts from
treatment are poorly managed. Selecting a low-salt process, without compromising …