Enhancing the removal of ammonia in nitrifying biofilters by the use of a zeolite containing expanded clay aggregate filtermedia

Skip Nav Destination

Water Sci Technol (2000) 41 (9): 107–114.

This article has been cited by the following articles in journals that are participating in CrossRef Cited-by Linking.

Effect of macroporous zeolite substrate on denitrification in tidal flow constructed wetland

Xuan Zheng
Xing Liu
Hang Yang
Lu Du
Xinxi Fu
Dandan Guo
Yonghua Chen

Environmental Technology & Innovation (2023) 32: 103424.

A Sequential Anammox Zeolite-Biofilter for the Removal of Nitrogen Compounds from Drinking Water

Stephan Eberle
Hilmar Börnick
Stefan Stolte

Water (2022) 14 (21): 3512.

Expanded clay aggregates multi-functionality for water purification: Disinfection and adsorption studies

Gina O. Ihekweme
Ifeyinwa I. Obianyo
Esther N. Anosike-Francis
Victoria N. Anyakora
O. S. Odusanya
Azikiwe P. Onwualu
Ian Philip Jones

Cogent Engineering (2021) 8 (1)

Design of a 1000 L pilot-scale airlift bioreactor for nitrification with application of a three-phase hydrodynamic mathematical model and prediction of a low liquid circulation velocity

Bojan Pelivanoski
Bettina Detmann
Kristoffer Ooms
Mari Winkler
Ekaterina Vasyukova
Martin Denecke

Chemical Engineering Research and Design (2020) 153: 257.

The Zeolite-Anammox Treatment Process for Nitrogen Removal from Wastewater—A Review

Mark Grismer
Robert Collison

Water (2017) 9 (11): 901.

An investigation into the potential use of nutrients recovered from urine diversion on a summer housing site: self-sufficiency based on nitrogen balance

Ayse D. Allar
Bilsen Beler Baykal

Water Science and Technology (2016) 73 (3): 576.

Stagewise processing of yellow water using clinoptilolite for nitrogen and phosphorus recovery and higher residual quality

A. D. Allar
B. Beler Baykal

Water Science and Technology (2015) 71 (12): 1869.

Nitrogen and Chemical Oxygen Demand Removal from Septic Tank Wastewater in Subsurface Flow Constructed Wetlands: Substrate (Cation Exchange Capacity) Effects

Robert S. Collison
Mark E. Grismer

Water Environment Research (2014) 86 (4): 314.

Experimental Research on the Advanced Treatment of Printing and Dyeing Wastewater by Compounded Biological Filtration Equipment

Ling Fei Fan
Juan Wang
Di Fan

Advanced Materials Research (2013) 726-731: 2177.

Evaluation of natural zeolite as microorganism support medium in nitrifying batch reactors: Influence of zeolite particle size

C. Mery
L. Guerrero
J. Alonso-Gutiérrez
M. Figueroa
J. M. Lema
S. Montalvo
R. Borja

Journal of Environmental Science and Health, Part A (2012) 47 (3): 420.

A Study on the Ammonia Removal Mechanisms for the A/O Biological Nitrogen Removal Process with the Enhancement of the Zeolite

Guan Wen Cheng
Wen Yuan Wei
Guo Dan Lu
Zhi Chao Wu
Xiang Feng Huang
Fei Juan Zhang

Advanced Materials Research (2011) 322: 52.

Study on zeolite enhanced contact–adsorption regeneration–stabilization process for nitrogen removal

Zhichao Wu
Ying An
Zhiwei Wang
Shuang Yang
Heqian Chen
Zhen Zhou
Suihai Mai

Journal of Hazardous Materials (2008) 156 (1-3): 317.

UPGRADING FERTILIZER PRODUCTION WASTEWATER EFFLUENT QUALITY FOR AMMONIUM DISCHARGES THROUGH ION EXCHANGE WITH CLINOPTILOLITE

B. Beler‐Baykal
A. D. Allar

Environmental Technology (2008) 29 (6): 665.

Model description and kinetic parameter analysis of MTBE biodegradation in a packed bed reactor

Christopher Waul
Erik Arvin
Jens Ejbye Schmidt

Water Research (2008) 42 (12): 3122.

Ammonium Ion Removal from Wastewater by a Natural Resin

H. Moazed

Journal of Environmental Science and Technology (2007) 1 (1): 11.

Einsatz sorptiver Trägermaterialien in Biofiltern zur Nitrifikation

Elmar Rother
Peter Cornel

Chemie Ingenieur Technik (2004) 76 (6): 822.

Enhancing the removal of ammonia in nitrifying biofilters by the use of a zeolite containing expanded clay aggregate filtermedia

This Feature Is Available To Subscribers Only