This work presents the verification of the model of the membrane filtration process of natural waters for non-stationary filtration flux J=f(t), as well as the results of tests involving the filtration process of the said model in constant pressure conditions. Also, the characteristic time of permeate flux decay was determined, and the mechanisms reducing the efficiency of filtration process were analyzed
International audienceThe objective of this study was to optimize and to model the membrane fouling ...
The article is devoted to constructing a generalized mathematical model and the method of their solu...
We review different mathematical models proposed in literature to describe fluid-dynamic aspects in ...
This project concerns the effects of membrane fouling on membrane filtration operations. The most si...
Membrane filtration is a simple concept for water purification: water containing particulate contami...
In this thesis, we consider four different problems in membrane filtration, using a different mathem...
We develop a mathematical model of direct-flow filtration operating at constant flux to understand t...
Saline water can be desalinized with the use of reverse osmosis, wherein a mixture of water and diss...
This project concerns the effects of membrane fouling on membrane filtration operations. Membrane fi...
The paper presents a model of a microfiltration filter for separation of biological microparticles f...
In cross-flow membrane filtration, fouling results from material deposit which clogs the membrane in...
The process of the heterogeneous flow of aerated water through porous membranes has been investigate...
The mechanisms behind membrane processes such as ultrafiltration and nanofiltration are not yet comp...
The modeling of membrane filtration processes is a challenging task because it involves many interac...
Flux decline in crossflow ultrafiltration and microfiltration was investigated by perceiving membran...
International audienceThe objective of this study was to optimize and to model the membrane fouling ...
The article is devoted to constructing a generalized mathematical model and the method of their solu...
We review different mathematical models proposed in literature to describe fluid-dynamic aspects in ...
This project concerns the effects of membrane fouling on membrane filtration operations. The most si...
Membrane filtration is a simple concept for water purification: water containing particulate contami...
In this thesis, we consider four different problems in membrane filtration, using a different mathem...
We develop a mathematical model of direct-flow filtration operating at constant flux to understand t...
Saline water can be desalinized with the use of reverse osmosis, wherein a mixture of water and diss...
This project concerns the effects of membrane fouling on membrane filtration operations. Membrane fi...
The paper presents a model of a microfiltration filter for separation of biological microparticles f...
In cross-flow membrane filtration, fouling results from material deposit which clogs the membrane in...
The process of the heterogeneous flow of aerated water through porous membranes has been investigate...
The mechanisms behind membrane processes such as ultrafiltration and nanofiltration are not yet comp...
The modeling of membrane filtration processes is a challenging task because it involves many interac...
Flux decline in crossflow ultrafiltration and microfiltration was investigated by perceiving membran...
International audienceThe objective of this study was to optimize and to model the membrane fouling ...
The article is devoted to constructing a generalized mathematical model and the method of their solu...
We review different mathematical models proposed in literature to describe fluid-dynamic aspects in ...