This paper describes (in a summarised manner) a research attempt to integrate the dewatered alum sludge, a residual by-product of drinking water treatment process, into a constructed wetland (CW) system for the purpose of enhancing the wastewater treatment performance, thus developing a so called alum sludge-based constructed wetland system. A multi-dimensional research project including the batch tests of phosphorus (P) adsorption onto alum sludge followed by the model CWs trials of single and multi-stage CWs, has been conducted since 2004. It has been successfully demonstrated that the alum sludge-based CW is capable of enhanced and simultaneous removal of P and organic matter (in terms of BOD5 and COD), particularly from medium and high ...
This study assessed the potential reuse of an aluminium coagulated drinking–water treatment sludge (...
This study examined a novel reuse of the alum sludge, an inescapable by-product of the production of...
The generation of alum sludge from drinking water purification process remains inevitable when alumi...
This article describes a research attempt to integrate the dewatered alum sludge, a residual by-prod...
The concept, design and performance analysis of a four-stage novel constructed wetland system (CWs) ...
Waterworks sludge continues to be an inescapable by-product of the potable water treatment process. ...
In this study, beneficial reuse of the alum-contained drinking water treatment sludge is extended in...
This paper is a research brief highlighting the development of a novel alum-sludge based Constructed...
Waterworks sludge continues to be an inescapable by-product of the potable water treatment process. ...
The concept, design and performanceanalysis of a four-stage novel constructedwetlandsystem (CWs) cap...
This paper is a research brief highlighting the development of a novel alum sludge based constructed...
This research has two eventual goals: (1) To optimize performance of subsurface constructed wetlands...
Globally, alum sludge is an easily, locally and largely available by-product from water treatment pl...
This study assessed the potential reuse of an aluminium coagulated drinking–water treatment sludge (...
This study examined a novel reuse of the alum sludge, an inescapable by-product of the production of...
The generation of alum sludge from drinking water purification process remains inevitable when alumi...
This article describes a research attempt to integrate the dewatered alum sludge, a residual by-prod...
The concept, design and performance analysis of a four-stage novel constructed wetland system (CWs) ...
Waterworks sludge continues to be an inescapable by-product of the potable water treatment process. ...
In this study, beneficial reuse of the alum-contained drinking water treatment sludge is extended in...
This paper is a research brief highlighting the development of a novel alum-sludge based Constructed...
Waterworks sludge continues to be an inescapable by-product of the potable water treatment process. ...
The concept, design and performanceanalysis of a four-stage novel constructedwetlandsystem (CWs) cap...
This paper is a research brief highlighting the development of a novel alum sludge based constructed...
This research has two eventual goals: (1) To optimize performance of subsurface constructed wetlands...
Globally, alum sludge is an easily, locally and largely available by-product from water treatment pl...
This study assessed the potential reuse of an aluminium coagulated drinking–water treatment sludge (...
This study examined a novel reuse of the alum sludge, an inescapable by-product of the production of...
The generation of alum sludge from drinking water purification process remains inevitable when alumi...