Stormwater continues attracting attention as a potential alternative and largely uncommitted source of water for urban areas lacking adequate conventional water resources. However, the presence of a diversity of contaminants suggesting low quality significantly reduces its viability for direct reuse. Therefore, appropriate stormwater treatment is an important scientific and technological challenge in order to reduce the demand for conventional water resources. In this chapter, treatment technologies with the potential for application in the removal of a wide range of contaminants from stormwater are presented along with the identification of current knowledge gaps and recommendations for future research directions
Water reuse has become an integral element of the "total water resources planning and managemen...
Water restrictions are currently in place in most of the major cities of Australia in response to th...
Among different anthropogenic activities, urbanization has greatly influenced the hydrological cycle...
The elementary importance of improved management of stormwater for urban centres, irrigation, indust...
The expected increase in urbanization and population in coming years is going to increase the imperv...
This paper provides a review of "ultra-urban" stormwater treatment technologies. "Ultra-urban" tech...
Water restrictions are currently in place in most of the major cities of Australia in response to th...
With the use of water approaching, and in some cases exceeding, the limits of sustainability in many...
Water restrictions are currently in place in most of the major cities of Australia in response to th...
Increasing urbanization is a common phenomenon around the world, which results in the conversion of ...
Increasing urbanization is a common phenomenon around the world, which results in the conversion of ...
Stormwater reuse is increasing in popularity as a technique for overcoming water shortages in urban ...
© 2017 Elsevier Inc. All rights reserved. Rapid population and urbanization have been considered as ...
Healthy urban waterways are the lifeblood of our cities and one of our primary assets in creating a ...
With progressing urbanisation, treatment of urban stormwater is a vital issue that should be address...
Water reuse has become an integral element of the "total water resources planning and managemen...
Water restrictions are currently in place in most of the major cities of Australia in response to th...
Among different anthropogenic activities, urbanization has greatly influenced the hydrological cycle...
The elementary importance of improved management of stormwater for urban centres, irrigation, indust...
The expected increase in urbanization and population in coming years is going to increase the imperv...
This paper provides a review of "ultra-urban" stormwater treatment technologies. "Ultra-urban" tech...
Water restrictions are currently in place in most of the major cities of Australia in response to th...
With the use of water approaching, and in some cases exceeding, the limits of sustainability in many...
Water restrictions are currently in place in most of the major cities of Australia in response to th...
Increasing urbanization is a common phenomenon around the world, which results in the conversion of ...
Increasing urbanization is a common phenomenon around the world, which results in the conversion of ...
Stormwater reuse is increasing in popularity as a technique for overcoming water shortages in urban ...
© 2017 Elsevier Inc. All rights reserved. Rapid population and urbanization have been considered as ...
Healthy urban waterways are the lifeblood of our cities and one of our primary assets in creating a ...
With progressing urbanisation, treatment of urban stormwater is a vital issue that should be address...
Water reuse has become an integral element of the "total water resources planning and managemen...
Water restrictions are currently in place in most of the major cities of Australia in response to th...
Among different anthropogenic activities, urbanization has greatly influenced the hydrological cycle...