Halogenated organic compounds (HOCs), widely present in various environments, are
generally formed by natural processes (eg., photochemical halogenation) and …

The identification and quantification of disinfection by-products (DBPs) in disinfected water is
challenging due to their high chemodiversity and low concentration levels. There is a clear …

The occurrence and transformation of microplastics (MPs) in environment has attracted
considerable attention. However, the release characteristics of MP-derived dissolved …

Ultraviolet light-emitting diode (UV-LED) is a promising option for the traditional low-
pressure UV lamp, but the evolutions of DOM composition, the formation of disinfection by …

Catalytic ozonation membrane reactor (COMR) is one of the most promising technologies for
municipal wastewater reclamation. Herein, we evaluated superior performance of catalytic …

Halogenated BPA (XBPA) forms resulting from water chlorination can lead to increased
toxicity and different biological effects. While previous studies have reported the occurrence …

Both activated carbon (AC) and chlorine are commonly used in water treatment processes
and thus the exposure of chlorine to AC surface is unavoidable under some circumstances …

With the increasing discharge of wastewater effluent to natural waters, there is an urgent
need to achieve both pathogenic microorganism inactivation and the mitigation of …

Trace iron ions (Fe (III)) are commonly found in water and wastewater, where free chlorine is
very likely to coexist with Fe (III) affecting the disinfectant's stability and N-DBPs' fate during …

Anaerobic hydrogen production from coal provides an alternative to achieve clean energy
and zero greenhouse gas emissions. However, the recalcitrant structure of coal is the barrier …