Continuous settlers are used in many bio-based processes for separating liquid-liquid dispersion. In an efficient process, this downstream operation must be sufficiently well designed. Since coalescence depends strongly on trace components, the dispersion needs to be characterized experimentally for each material system of interest, e.g. with respect to settling time. This can be realized in a standardized settling cells at lab scale. Different standardized settling cells have been developed which lead to different characterization procedures and results. It would be desirable to find an optimal standardized settling cell.ERICA
Solid-liquid separation has been identified as a bottle-neck in continuous processing, especially re...
Design of settlers can be challenging, since coalescence behavior varies widely between systems. For...
Settling columns have been used for a number of years to determine the settling characteristics of f...
Accurate cell settling velocity determination is critical for perfusion culture using a gravity sett...
The design of gravity settlers for the separation of liquid-liquid dispersions requires experimental...
AbstractEfficient separation of liquid-liquid mixture based on dispersion is often required in many ...
Separation of liquid-liquid dispersions with multiple phases involves different interactions between...
Extraction is a downstream-process option in bio-based processes. Since the knowledge of phase-separ...
AbstractIn chemical, pharmaceutical or food industries many materials are available as solid interme...
The analysis of batch sedimentation tests performed for the purpose of continuous sedimentation vess...
The detailed understanding of droplet coalescence is important for the accurate description of liqui...
A dynamic settling column (DSC) technique has been developed to provide for description of flocculen...
Bi-phasic phase separations in batch processes often are operations which influence cycle times and...
The characteristics of the settled bed in gravitational sedimentation have been studied by many rese...
A gravity-settling basis was built and analyzed to improve the efficacy of a continuous-flow aqueous...
Solid-liquid separation has been identified as a bottle-neck in continuous processing, especially re...
Design of settlers can be challenging, since coalescence behavior varies widely between systems. For...
Settling columns have been used for a number of years to determine the settling characteristics of f...
Accurate cell settling velocity determination is critical for perfusion culture using a gravity sett...
The design of gravity settlers for the separation of liquid-liquid dispersions requires experimental...
AbstractEfficient separation of liquid-liquid mixture based on dispersion is often required in many ...
Separation of liquid-liquid dispersions with multiple phases involves different interactions between...
Extraction is a downstream-process option in bio-based processes. Since the knowledge of phase-separ...
AbstractIn chemical, pharmaceutical or food industries many materials are available as solid interme...
The analysis of batch sedimentation tests performed for the purpose of continuous sedimentation vess...
The detailed understanding of droplet coalescence is important for the accurate description of liqui...
A dynamic settling column (DSC) technique has been developed to provide for description of flocculen...
Bi-phasic phase separations in batch processes often are operations which influence cycle times and...
The characteristics of the settled bed in gravitational sedimentation have been studied by many rese...
A gravity-settling basis was built and analyzed to improve the efficacy of a continuous-flow aqueous...
Solid-liquid separation has been identified as a bottle-neck in continuous processing, especially re...
Design of settlers can be challenging, since coalescence behavior varies widely between systems. For...
Settling columns have been used for a number of years to determine the settling characteristics of f...