To maximize energy recovery, carbon capture followed by shortcut nitrogen removal is
becoming the most promising route in biological wastewater treatment. As the intermediate …

Nitrous oxide (N 2 O) emitted from wastewater treatment plants has caused widespread
concern. Over the past decade, people have made tremendous efforts to discover the …

Composting, as a controlled decomposition, is the aerobic biodegradative process of
organic residues. Denitrification is a facultative respiratory biochemistry pathway mediated …

Woodchip bioreactors are viable low-cost nitrate (NO 3−) removal applications for treating
agricultural and aquaculture discharges. The active microbial biofilms growing on …

This work compared the efficiencies and internal reasons for aniline removal in a
bioaugmented sequencing batch reactor at elevated dissolved oxygen (DO) concentrations …

Nitrous oxide (N2O) has been studied intensively in wastewater treatment as a detrimental
greenhouse gas. However, increasingly more studies have adopted a contrasting objective …

Chlorobenzene (CB) is typically emitted during industry and waste incineration, posing
hazards to the safety of humans and the ecosystem. Successful CB elimination has been …

Chemical absorption–biological reduction based on Fe (II) EDTA is a promising technology
to remove nitric oxide (NO) from flue gases. However, limited effort has been made to enable …

Multi-walled carbon nanotubes (MWCNTs) promote biodegradation in water treatment, but
the effect of MWCNT on denitrification under aerobic conditions is still unclear. This …

The characteristics of N 2 O emission from a full-scale landfill leachate treatment system
were investigated by in-situ monitoring over 1.4 years and driving factors responsible for …