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Statements

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dbr:Membrane_fouling
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dbr:Membrane_distillation
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rdfs:label
Membrane distillation Мембранна дистиляція Distillation sur membrane Distillazione a membrana Destilación por membrana Membrandestillation
rdfs:comment
Membrane distillation (MD) is a thermally driven separation process in which separation is driven by phase change. A hydrophobic membrane presents a barrier for the liquid phase, allowing the vapour phase (e.g. water vapour) to pass through the membrane's pores. The driving force of the process is a partial vapour pressure difference commonly triggered by a temperature difference. Bei der Membrandestillation handelt es sich um ein thermisch getriebenes Separationsverfahren, bei dem die Separation aufgrund eines Phasenwechsels erfolgt. Eine hydrophobe Membran stellt hierbei eine Barriere für die flüssige Phase (z. B. Salzwasser) eines Fluidstroms dar, die dampfförmige Phase (z. B. Wasserdampf) jedoch kann durch die Poren der Membran permeiren. Die treibende Kraft für den Prozess bildet ein Partialdampfdruckgefälle, welches üblicherweise durch eine Temperaturdifferenz hervorgerufen wird. Мембранна дистиляція (англ. membrane distillation) — процес дистиляції, коли рідка і парова фази розділені гідрофобною пористою мембраною, пори якої не змочуються рідкою фазою. Nell'ambito dell'ingegneria chimica, la distillazione a membrana (o dissalazione a membrana) è un particolare processo di dissalazione svolta grazie all'utilizzo di membrane artificiali. Oltre alla dissalazione dell'acqua di mare o dell'acqua salmastra, la dissalazione a membrana può essere utilizzata per concentrare alimenti (succhi di frutta, latte, zucchero e gelatina), per la purificazione del sangue, o per estrarre etanolo da soluzioni acquose. La distillation sur membrane est un procédé de séparation liquide-liquide inventé par le Suédois Nils Kjellander en 1984. Il fait intervenir une membrane ayant la propriété d'être perméable aux gaz mais étanche aux liquides. Il est à distinguer du procédé de pervaporation faisant intervenir le phénomène d'adsorption. La destilación por membrana es un proceso de separación en el que la separación es térmicamente impulsada por el cambio de fase. Una membrana hidrófoba presenta una barrera para la fase líquida, lo que permite que la fase de vapor (por ejemplo, vapor de agua) pase a través de los poros de la membrana. La fuerza impulsora del proceso es una diferencia de presión de vapor parcial comúnmente provocada por una diferencia de temperatura.
foaf:depiction
n9:Air_gap_membrane_distillation_configuration_with_different_permeate_droplet_condensation_regimes.png n9:Schema_Kompaktsystem.png n9:Schema_Zweikreissystem.png n9:Prinzip_MD.png n9:Schema_AGMD-Verfahren.png n9:Memsys_process.jpg n9:Memsys_basic_frame.jpg n9:Memsys_module.jpg n9:Dampfdruckprofil_MD.png
dcterms:subject
dbc:Distillation
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1105455411
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dbr:Flow_velocity n4:Schema_Kompaktsystem.png n4:Schema_Zweikreissystem.png dbr:Condensation dbr:Vapour_pressure dbr:Molecules dbr:Evaporator dbr:Infiltration_(medical) dbr:Thermal_energy dbr:Electrical_energy dbr:Temperature_polarization dbr:Electrical_polarity dbr:Brine dbr:Electric_field dbr:Condenser_(heat_transfer) n4:Air_gap_membrane_distillation_configuration_with_different_permeate_droplet_condensation_regimes.png dbr:Mass_transport dbr:Liquid_entry_pressure dbr:Fresh_water dbr:Liquid_phase dbr:Desalination dbr:Saline_water dbr:Fraunhofer_Institute_for_Solar_Energy_Systems_ISE dbr:Hydrophobic dbr:Evaporation dbr:Surface_tension dbr:Diffusion dbr:Dialysis_(chemistry) dbr:Concentration dbr:Volatility_(chemistry) dbr:Latent_heat n4:Memsys_basic_frame.jpg n4:Memsys_module.jpg dbr:Membrane dbr:Pressure dbr:Dipole n4:Memsys_process.jpg dbr:Thermal_insulation dbc:Distillation dbr:Solar_thermal_collector dbr:Water_purification dbr:Solar_powered_desalination dbr:Water_treatment dbr:Permeation dbr:Meniscus_(liquid) dbr:Multiple-effect_distillation
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dbo:thumbnail
n9:Prinzip_MD.png?width=300
dbp:alt
Temperature and pressure profile Memdest Capillary depression
dbp:caption
Temperature and pressure profile through the membrane considering temperature polarisation Schematic VCMD arrangement Schematic image of the membrane distillation process Schematic AGMD arrangement Schematic SWGMD arrangement Capillary depression of water on a hydophobic membrane Schematic DCMD arrangement
dbp:date
October 2019
dbp:image
Prinzip_MD.png Schema_AGMD-Verfahren.png Dampfdruckprofil_MD.png
dbp:reason
Is memsys a company? The word "and" may need to be changed to "which" if it the part of the sentence after that word refers to the production line. What is meant by the term memsys? Is this a company or brand? Is it a scientific term?
dbp:width
200 400 180
dbo:abstract
Membrane distillation (MD) is a thermally driven separation process in which separation is driven by phase change. A hydrophobic membrane presents a barrier for the liquid phase, allowing the vapour phase (e.g. water vapour) to pass through the membrane's pores. The driving force of the process is a partial vapour pressure difference commonly triggered by a temperature difference. La distillation sur membrane est un procédé de séparation liquide-liquide inventé par le Suédois Nils Kjellander en 1984. Il fait intervenir une membrane ayant la propriété d'être perméable aux gaz mais étanche aux liquides. Il est à distinguer du procédé de pervaporation faisant intervenir le phénomène d'adsorption. Nell'ambito dell'ingegneria chimica, la distillazione a membrana (o dissalazione a membrana) è un particolare processo di dissalazione svolta grazie all'utilizzo di membrane artificiali. Oltre alla dissalazione dell'acqua di mare o dell'acqua salmastra, la dissalazione a membrana può essere utilizzata per concentrare alimenti (succhi di frutta, latte, zucchero e gelatina), per la purificazione del sangue, o per estrarre etanolo da soluzioni acquose. La destilación por membrana es un proceso de separación en el que la separación es térmicamente impulsada por el cambio de fase. Una membrana hidrófoba presenta una barrera para la fase líquida, lo que permite que la fase de vapor (por ejemplo, vapor de agua) pase a través de los poros de la membrana. La fuerza impulsora del proceso es una diferencia de presión de vapor parcial comúnmente provocada por una diferencia de temperatura. Bei der Membrandestillation handelt es sich um ein thermisch getriebenes Separationsverfahren, bei dem die Separation aufgrund eines Phasenwechsels erfolgt. Eine hydrophobe Membran stellt hierbei eine Barriere für die flüssige Phase (z. B. Salzwasser) eines Fluidstroms dar, die dampfförmige Phase (z. B. Wasserdampf) jedoch kann durch die Poren der Membran permeiren. Die treibende Kraft für den Prozess bildet ein Partialdampfdruckgefälle, welches üblicherweise durch eine Temperaturdifferenz hervorgerufen wird. Мембранна дистиляція (англ. membrane distillation) — процес дистиляції, коли рідка і парова фази розділені гідрофобною пористою мембраною, пори якої не змочуються рідкою фазою.
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