Membrane Research NTNU

Official handle of MEMFO at NTNU, Trondheim Norway. Gas separation membranes; Subsea Separations

[Membrane Research NTNU @MembraneNtnu]

10 more days left to the deadline. An exciting postdoc position is open with us for interested candidates. You will be joining us at the @NTNU_ChemEng in @NTNUNaturalSci #membranes #batteries #2dmaterials #graphene #mof #electrochemistry

[Membrane Research NTNU @MembraneNtnu]

We are hiring! A postdoc position is open for eligible candidates with experience in thin film fabrication, nanocomposites, solvothermal synthesis. The postdoc will work in collaboration with @sintef industry and Warsaw Univ. of tech. Deadline 30 March
https://t.co/Bu9thBj5LP

[Membrane Research NTNU @MembraneNtnu]

We are hiring! A postdoc position is open for eligible candidates with experience in thin film fabrication, nanocomposites, solvothermal synthesis. The postdoc will work in collaboration with @sintef industry and Warsaw Univ. of tech. Deadline 30 March
https://t.co/Bu9thBj5LP

[Membrane Research NTNU @MembraneNtnu]

@CiccoDr Best way to get audience attention!

[Membrane Research NTNU @MembraneNtnu]

@CiccoDr Cute!

[Applied Materials Today Journal @ApplMaterToday]

Three-phase hybrid facilitated transport hollow fiber membranes for enhanced CO2 separation (Deng, Norwegian University of Science and Technology) #Facilitatedtransport #CO2separation @NTNUnorway https://t.co/ozNoZLoMSx

[Membrane Research NTNU @MembraneNtnu]

The article on "Three-phase hybrid facilitated transport hollow fiber membranes for enhanced CO2 separation" is now accepted in Applied Materials Today from the @MaterialsToday family and is now online! https://t.co/NM9hjbfTBP

[Membrane Research NTNU @MembraneNtnu]

Check out our latest work on "Facilitated transport membranes containing graphene oxide-based nanoplatelets for CO2 separation" which has been accepted in Journal of Membrane Science @Elsevier_Eng is now online.
https://t.co/LfGXzdbQtX

[Membrane Research NTNU @MembraneNtnu]

Check out our latest work on Carbon membranes for CO2 removal: Status and perspectives from materials to processes published in @Chem_Eng_J https://t.co/ryHu7S24Da

[Membrane Research NTNU @MembraneNtnu]

Our latest work on Subsea natural gas dehydration in a membrane contactor with turbulence promoter: An experimental and modeling study published in @Chem_Eng_J @CiccoDr https://t.co/hynhl5tWXG

[Membrane Research NTNU @MembraneNtnu]

Our work on H2-selective Troger's base-based mixed matrix membranes enhanced by 2D MOFs is published and available in JMS. https://t.co/OS5lOnBihf

[Membrane Research NTNU @MembraneNtnu]

Our green solution for CO2 capture. Water does all the magic. Humidity-responsive molecular gate-opening mechanism for gas separation in ultraselective nanocellulose/IL hybrid membranes with @NCStateEngr - at Green Chemistry @green_rsc https://t.co/iG7VB46WWA

[Membrane Research NTNU @MembraneNtnu]

Our recent work on Mixed Matrix Membranes for CO2 separation

[Membrane Papers @MembranePapers]

Morphologically tunable MOF nanosheets in mixed matrix membranes for CO2 separation https://t.co/dYJtN8wb2T

[Seniz Ucar @senizu1]

So happy to finalize our work on formation pathways of HA and publish our findings in @CGD_ACS!! https://t.co/Iu8nJZGBPc

[Membrane Research NTNU @MembraneNtnu]

Interfaces play an important role in hybrid membranes. @ACS_AMI @NTNUnorway @MembranePapers Check out our work on effect of manipulated surfaces of nanocellulose fibrils in CO2 capture membranes https://t.co/3pBTQHbC0D

[Membrane Research NTNU @MembraneNtnu]

Check out our recent article on Carbon membranes from cellulose

[Membrane Papers @MembranePapers]

Screening Cellulose Spinning Parameters for Fabrication of Novel Carbon Hollow Fiber Membranes for Gas Separation https://t.co/l2b3R9wQ0Q