This review summarizes the microbial mechanisms responsible for removal of carbon,
nitrogen, and sulfur compounds in treatment wetlands (TWs) and identifies, categorizes and …

Sulfur-driven autotrophic denitrification refers to the chemolithotrophic process coupling
denitrification with the oxidation of reduced inorganic sulfur compounds. Ever since 1904 …

The searches for suitable substrates with high capacity for phosphorus (P) removal and
promoting denitrification for enhancing nitrogen (N) removal have been a key work in …

FeS 2-based constructed wetland has garnered increasing interest as an efficient and eco-
friendly method for nitrogen and phosphorus removal from carbon limitation wastewater …

Profitability of recirculating systems depends in part on the ability to manage nutrient wastes.
Nitrogenous wastes in these systems can be eliminated through nitrifying and denitrifying …

Biological denitrification process in mainstream wastewater treatment often needs dosing
supplemental electrons, consequently adding a remarkable operating cost. Organic carbon …

Microbial fuel cells (MFCs) can use nitrate as a cathodic electron acceptor, allowing for
simultaneous removal of carbon (at the anode) and nitrogen (at the cathode). In this study …

A bioretention unit is a simple, plant‐and soil‐based, low‐impact treatment and infiltration
facility for treating stormwater runoff in developed areas. Nitrate, however, is not attenuated …

Sulfur-based denitrification process has attracted increasing attentions because it does not
rely on the external addition of organics and avoids the risk of COD exceeding the limit …

N 2 O (Nitrous oxide, a booster oxidant in rockets) has attracted increasing interest as a
means of enhancing energy production, and it can be produced by nitrate (NO 3−) reduction …