This thesis describes research work about multiphase contacting/reactions using porous membranes. Membrane based gas-liquid contacting offers many benefits, such as stable operation, easy fabrication and sustainable module design. Furthermore, accurate reaction control, higher mass transport due to enhanced surface-to-volume ratios and continuous operation are other key advantages of membrane based multiphase contacting/reaction
This bachelor’s thesis focuses on the efficiency of reactions happening on the membrane reactor or a...
Nov način primene membranskih procesa u prečišćavanju voda iz različitih industrija je korišćenje me...
none4noPervaporation is a peculiar membrane separation process which is now considered for the integ...
This thesis describes research work about multiphase contacting/reactions using porous membranes. Me...
One of the most potentially important applications of membranes is in multiphase reacting systems. T...
The aim of this research is to explore new concepts for multiphase gas-liquid-solid reactions within...
The transition from batch to continuous processing in fine-chemicals industries offers many advantag...
The integration of porous and dense membranes in chemical reactors provides various attractive possi...
No. of developments leading to sustainable catalytic and multi-phase reactors are described. For thi...
Recent advances and avenues for further research and development in three specific fields of membran...
A very interesting application of metallic membranes is their integration in multifunctional reactor...
Membrane Contactors (MC) make possible to accomplish gas-liquid or liquid-liquid mass operations wit...
\u3cp\u3eThis paper reports the findings of a FP7 project (DEMCAMER) that developed materials (catal...
The potential of using various types and configurations of membranes in reactors attracts already a ...
In a membrane contactor the membrane separation is completely integrated with an extraction or absor...
This bachelor’s thesis focuses on the efficiency of reactions happening on the membrane reactor or a...
Nov način primene membranskih procesa u prečišćavanju voda iz različitih industrija je korišćenje me...
none4noPervaporation is a peculiar membrane separation process which is now considered for the integ...
This thesis describes research work about multiphase contacting/reactions using porous membranes. Me...
One of the most potentially important applications of membranes is in multiphase reacting systems. T...
The aim of this research is to explore new concepts for multiphase gas-liquid-solid reactions within...
The transition from batch to continuous processing in fine-chemicals industries offers many advantag...
The integration of porous and dense membranes in chemical reactors provides various attractive possi...
No. of developments leading to sustainable catalytic and multi-phase reactors are described. For thi...
Recent advances and avenues for further research and development in three specific fields of membran...
A very interesting application of metallic membranes is their integration in multifunctional reactor...
Membrane Contactors (MC) make possible to accomplish gas-liquid or liquid-liquid mass operations wit...
\u3cp\u3eThis paper reports the findings of a FP7 project (DEMCAMER) that developed materials (catal...
The potential of using various types and configurations of membranes in reactors attracts already a ...
In a membrane contactor the membrane separation is completely integrated with an extraction or absor...
This bachelor’s thesis focuses on the efficiency of reactions happening on the membrane reactor or a...
Nov način primene membranskih procesa u prečišćavanju voda iz različitih industrija je korišćenje me...
none4noPervaporation is a peculiar membrane separation process which is now considered for the integ...