1
Daniel Mullette, Joachim Muller, Neeta Patel: Membrane post treatment. Siemens Water Technologies, February 16, 2010: US07662212 (44 worldwide citation)

The invention relates to polymeric ultrafiltration or microfiltration membranes of, for instance, Halar, PVDF or PP, incorporating PVME or vinyl methyl ether monomers. The PVME may be present as a coating on the membrane or dispersed throughout the membrane or both. The membranes are preferably hydr ...


2
Mullette Daniel, Muller Joachim, Patel Neeta: Membrane post treatment. Us Filter Wastewater Group, Mullette Daniel, Muller Joachim, Patel Neeta, SHELSTON IP, January 13, 2005: WO/2005/002712 (9 worldwide citation)

The invention relates to polymeric ultrafiltration or microfiltration membranes of, for instance, Halar, PVDF or PP, incorporating PVME or vinyl methyl ether monomers. The PVME may be present as a coating on the membrane or dispersed throughout the membrane or both. The membranes are preferably hydr ...


3
Daniel Mullette: Membrane post treatment. Siemens Water Technologies, Lando & Anastasi, January 11, 2011: US07867417 (7 worldwide citation)

Hydrophilic porous polymeric membranes with high permeabilities, and processes for the preparation thereof are disclosed. Membranes may be prepared by including a preferably hydrophilic cross-linkable component such as PVP (either by inclusion into the polymer dope prior to casting, or coating or qu ...


4
Mullette Daniel: Membrane post treatment. Siemens Water Technologies, Mullette Daniel, SHELSTON IP, June 8, 2006: WO/2006/058384 (2 worldwide citation)

Hydrophilic porous polymeric membranes with high permeabilities, and processes for the preparation thereof are disclosed. Membranes may be prepared by including a preferably hydrophilic cross-linkable component such as PVP (either by inclusion into the polymer dope prior to casting, or coating or qu ...


5
Daniel Mullette, Joachim Muller, Neeta Patel: Membrane post treatment. Siemens, September 11, 2012: US08262778

The invention relates to polymeric ultrafiltration or microfiltration membranes of, for instance, poly(ethylene chlorotrifluoroethylene) (HALARĀ®), PVDF or PP, incorporating PVME or vinyl methyl ether monomers. The PVME may be present as a coating on the membrane or dispersed throughout the membrane ...


6
Daniel Mullette, Joachim Muller, Neeta Patel: Membrane post treatment. Siemens, November 15, 2011: US08057574

The invention relates to polymeric ultrafiltration or microfiltration membranes of, for instance, Halar, PVDF or PP, incorporating PVME or vinyl methyl ether monomers. The PVME may be present as a coating on the membrane or dispersed throughout the membrane or both. The membranes are preferably hydr ...


7
Stanton R Smith: Oil recovery process including treating permeate from a ceramic membrane to enhance oil recovery. Veolia Water Technologies, Coats & Bennett PLLC, December 12, 2017: US09840903

A process for recovering oil is provided. The process entails recovering an oil-water mixture from an oil-bearing formation. Next, the process entails separating oil from the oil-water mixture and producing produced water having hardness and other scale-forming compounds, suspended solids, free oil ...


8
Mullette Daniel: Membrane post treatment. Siemens Water Tech, September 5, 2007: EP1827664-A1

Hydrophilic porous polymeric membranes with high permeabilities, and processes for the preparation thereof are disclosed. Membranes may be prepared by including a preferably hydrophilic cross-linkable component such as PVP (either by inclusion into the polymer dope prior to casting, or coating or qu ...


9
Mullette Daniel, Muller Joachim, Patel Neeta: Membrane post treatment. Us Filter Wastewater Group, May 10, 2006: EP1654053-A1

The invention relates to polymeric ultrafiltration or microfiltration membranes of, for instance, Halar, PVDF or PP, incorporating PVME or vinyl methyl ether monomers. The PVME may be present as a coating on the membrane or dispersed throughout the membrane or both. The membranes are preferably hydr ...


10
Pemawansa Kariyawasam P W, Heisler Mark D C O Commercial, Kraus Menahem: Blotting methods using polyaldehyde activated membranes.. Gelman Sciences, May 27, 1992: EP0486521-A1

A blotting composition is provided, comprising a transfer substrate such as a gel containing, e.g., DNA, RNA or a protein, applied to a polyaldehyde activated microporous polymer membrane having A) an internal surface which includes pore surfaces and interstices and B) an external surface; wherein s ...