According to Koros et al. [1] fouling is “the process resulting in loss of performance of a membrane due to deposition of suspended or dissolved substances on its external surfaces, at its pore openings, or within its pores”. Fouling is also decribed as flux decline which is irreversible and can only be removed by, for example, chemical cleaning [2]. This is different to flux decline due to solution chemistry effects or concentration polarisation which is described in more detail later in this chapter. Those flux declines can be reversed with clean water and are hence not considered as fouling
The reduction of membrane productivity (i.e. membrane fouling) during operation occurs in virtually ...
The boundary flux concept is a profitable tool to analyse fouling issues in membrane processes. The ...
Membrane fouling is the loss of membrane permeability as a result of the accumulation of aquatic ma...
Despite all promising perspectives and new research in nanofiltration, for example, in drinking wate...
This study investigated the fouling behavior and mechanisms of nanofiltration (NF) membranes fed wit...
The main challenge of pressure-driven membrane operations is fouling, which refers to materials buil...
The more wide-spread use of nanofiltration membranes in industrial applications is dependent upon un...
This dissertation addresses the role of individual fouling mechanisms on productivity decline and so...
This dissertation addresses the role of individual fouling mechanisms on productivity decline and so...
Membranes are widely applied in water and waste water treatment as they provide an absolute barrier ...
Membranes are widely applied in water and waste water treatment as they provide an absolute barrier ...
The fouling of ultrafiltration (UF) and nanofiltration (NF) membranes during the treatment of surfac...
Ultrafiltration (UF) is widely used in water filtration process due to its ability to operate at low...
Ultrafiltration (UF) is widely used in water filtration process due to its ability to operate at low...
The fate of chemical of concern is not yet fully understood during treatment of impaired waters. The...
The reduction of membrane productivity (i.e. membrane fouling) during operation occurs in virtually ...
The boundary flux concept is a profitable tool to analyse fouling issues in membrane processes. The ...
Membrane fouling is the loss of membrane permeability as a result of the accumulation of aquatic ma...
Despite all promising perspectives and new research in nanofiltration, for example, in drinking wate...
This study investigated the fouling behavior and mechanisms of nanofiltration (NF) membranes fed wit...
The main challenge of pressure-driven membrane operations is fouling, which refers to materials buil...
The more wide-spread use of nanofiltration membranes in industrial applications is dependent upon un...
This dissertation addresses the role of individual fouling mechanisms on productivity decline and so...
This dissertation addresses the role of individual fouling mechanisms on productivity decline and so...
Membranes are widely applied in water and waste water treatment as they provide an absolute barrier ...
Membranes are widely applied in water and waste water treatment as they provide an absolute barrier ...
The fouling of ultrafiltration (UF) and nanofiltration (NF) membranes during the treatment of surfac...
Ultrafiltration (UF) is widely used in water filtration process due to its ability to operate at low...
Ultrafiltration (UF) is widely used in water filtration process due to its ability to operate at low...
The fate of chemical of concern is not yet fully understood during treatment of impaired waters. The...
The reduction of membrane productivity (i.e. membrane fouling) during operation occurs in virtually ...
The boundary flux concept is a profitable tool to analyse fouling issues in membrane processes. The ...
Membrane fouling is the loss of membrane permeability as a result of the accumulation of aquatic ma...