In a membrane contactor the membrane separation is completely integrated with an extraction or absorption operation in order to exploit the benefits of both technologies fully. Membrane contactor applications that have been developed can be found in both water and gas treatment. Several recently developed applications that have been introduced in industry - selective removal of heavy metals from a galvanic process bath, organic component recovery from a process water in chemical industry and ammonia recovery from an off gas stream - will be discussed technically and economically to show the wide scope of the technology
This report investigated the role of membranes in two aspects of the water industry. In the first pa...
Membrane gas–liquid contactors can provide very high interfacial area per unit volume, independent r...
A short review concerning membrane technologies for water purification is proposed. Advantages and l...
Membrane gas–liquid contactors have been developed to reduce the capital cost and energy consumption...
This paper presents membrane distillation (MD), a separation process based on evaporation through po...
Gas separation is an application area for membrane technology with a long history. As a consequence,...
Gas-liquid membrane contactors that were based on hollow fiber membranes are the example of highly e...
Nov način primene membranskih procesa u prečišćavanju voda iz različitih industrija je korišćenje me...
During the last 35 years membranes have evolved from a laboratory tool to industrial products with s...
Investigates tha application of polymer membranes in industrial wastewater treatment. Several novel ...
Membrane Contactors (MC) make possible to accomplish gas-liquid or liquid-liquid mass operations wit...
The use of membranes for separating gaseous and liquid mixtures has grown dramatically in the past ...
Membrane separation is a relatively new technology applicable for a range of separations. The techn...
The transition from batch to continuous processing in fine-chemicals industries offers many advantag...
Membrane gas–liquid contactors can provide very high interfacial area per unit volume, independent r...
This report investigated the role of membranes in two aspects of the water industry. In the first pa...
Membrane gas–liquid contactors can provide very high interfacial area per unit volume, independent r...
A short review concerning membrane technologies for water purification is proposed. Advantages and l...
Membrane gas–liquid contactors have been developed to reduce the capital cost and energy consumption...
This paper presents membrane distillation (MD), a separation process based on evaporation through po...
Gas separation is an application area for membrane technology with a long history. As a consequence,...
Gas-liquid membrane contactors that were based on hollow fiber membranes are the example of highly e...
Nov način primene membranskih procesa u prečišćavanju voda iz različitih industrija je korišćenje me...
During the last 35 years membranes have evolved from a laboratory tool to industrial products with s...
Investigates tha application of polymer membranes in industrial wastewater treatment. Several novel ...
Membrane Contactors (MC) make possible to accomplish gas-liquid or liquid-liquid mass operations wit...
The use of membranes for separating gaseous and liquid mixtures has grown dramatically in the past ...
Membrane separation is a relatively new technology applicable for a range of separations. The techn...
The transition from batch to continuous processing in fine-chemicals industries offers many advantag...
Membrane gas–liquid contactors can provide very high interfacial area per unit volume, independent r...
This report investigated the role of membranes in two aspects of the water industry. In the first pa...
Membrane gas–liquid contactors can provide very high interfacial area per unit volume, independent r...
A short review concerning membrane technologies for water purification is proposed. Advantages and l...