Process-based models are useful for comprehending constructed wetland (CW) internal
dynamics and function, as well as optimizing CW design and operation. Over the last two …

Wastewater reclamation is getting greater attention as an alternative to conventional
approaches to wastewater treatment and water supply due to increasing water stress …

In response to increasing demand for aquaculture products and strict new regulations on
organic matter and nitrogen discharge, inland closed recirculating aquaculture systems …

A synthetic wastewater was treated in six lab-scale wetland reactors, which had Phragmites
australis planted in different types of media: gravel, organic wood mulch, and mixture of …

This paper provides a comparative evaluation of the kinetic models that were developed to
describe the biodegradation of nitrogen and organics removal in wetland systems. Reaction …

The performance of a pilot-scale horizontal subsurface flow (HSF) constructed wetland is
investigated with emphasis on the effects of wastewater step-feeding. One pilot-scale unit, of …

In this study, a high organic loading rate of 58–146 g BOD 5/m 2 day with a hydraulic
loading rate (HLR) of 1.63 m 3/m 2 day and retention time (RT) of 16 h was achieved to …

A novel system of anaerobic treatment and constructed wetlands (CWs) was tested for
decentralized treatment of high-strength wastewater discharged at a dairy farm located in an …

Small on-site decentralized wastewater-treatment systems have been acknowledged as a
key component of wastewater infrastructure worldwide. Such systems, with small water …

Modeling nutrient behavior and estimating nutrient removal in constructed wetland systems
appears essential for their effective design and operation. In this work, a fuzzy logic model …