Richard D Salinaro, 40Mount Vernon, NY

6379551, Apr 30, 2002

Feb 11, 2000

09/502690

Joseph Y. Lee - South Setauket NY
Richard F. Salinaro - Hastings on Hudson NY
Ioannis P. Sipsas - Forest Hills NY

Pall Corporation - East Hills NY

B01D 1504

210638, 210651, 210654, 210681, 210688

The present invention provides an ion exchange membrane having a porous polymeric support grafted with an organic moiety to which is covalently bonded at least one ion exchange group, and methods for preparing the ion exchange membrane. A method for treating a fluid containing ions wherein ions are removed by contacting the fluid with an ion exchange membrane of the present invention is also provided. In addition, the present invention provides a filtration apparatus for removing ions from a fluid, which filtration apparatus utilizes an ion exchange membrane of the present invention.

7611629, Nov 3, 2009

Jul 9, 2003

10/520080

Abdoulaye Doucoure - Levittown NY, US
Richard F. Salinaro - Hastings on Hudson NY, US
Yoshiki Mizuno - Ibaraki, JP

Pall Corporation - Port Washington NY

B01D 71/36
B01D 71/30

21050036, 21050022, 21050042, 427581, 5253264

Non-coherent UV-treated porous halopolymer membranes are disclosed.

7833419, Nov 16, 2010

Oct 2, 2009

12/572531

Abdoulaye Doucoure - Levittown NY, US
Richard F. Salinaro - Hastings on Hudson NY, US
Yoshiki Mizuno - Ibaraki, JP

Pall Corporation - Port Washington NY

B01D 61/00
B01D 71/34
B01D 71/30

210649, 210650, 21050022, 21050042

Non-coherent UV-treated porous halopolymer membranes are disclosed.

2003013, Jul 24, 2003

Aug 9, 2002

10/217336

Michael Liberman - Deland FL, US
Michael Murray - Eustis FL, US
Matthew June - Daytona Beach FL, US
Nathaniel Quick - Lake Mary FL, US
Richard Salinaro - Hastings on Hudson NY, US

B23P017/00

029/419100

A process is disclosed for making ultra fine fibers comprising forming a continuous cladding about a plurality of coated metallic wires. The cladding is drawn for reducing the outer diameter and for diffusion bonding the coating within the cladding. A plurality of the drawn claddings are assembled and a second cladding is formed the remainders. The second cladding is drawn for further reducing the outer diameter. The sacrificial coating and the claddings are removed to obtain a plurality of ultra fine fibers. In some embodiments, the ultra fine fibers are converted through a doping process.

2005017, Aug 11, 2005

May 1, 2003

10/513134

Richard Salinaro - Hastings on Hudson NY, US

Pall Corporation - East Hills NY

B01D065/02

210636000, 210650000, 210490000, 210500270

Blended polymer membranes for treating aqueous fluids, filters including the membranes, and methods of treating aqueous fluids such as source water to remove contaminants to a desired level of purification by directing the water through the membranes, are disclosed.

2008016, Jul 17, 2008

Sep 7, 2004

10/568542

Spiro Alexandratos - Glen Ridge NJ, US
Richard F. Salinaro - Hastings on Hudson NY, US
Laurent Dambies - Newcastle Upon Tyne, GB

The Research Foundation of the City University of New York - New York NY

B01D 15/04
C08F 8/32
C02F 1/42

210665, 5253314, 5253305, 525 55, 210263

Crosslinked polymeric beads for removing arsenate from water, as well as methods for preparing and using the beads are disclosed.

5567615, Oct 22, 1996

Feb 28, 1995

8/396343

Peter J. Degen - Huntington NY
Tony Alex - Kendall Park NJ
Richard F. Salinaro - Hastings on Hudson NY

Pall Corporation - East Hills NY

C12P 100
C07K 122
A61K 39395
C02F 128

435280

The present invention provides an affinity separation method involving dynamic filtration.

5567626, Oct 22, 1996

Apr 11, 1995

8/420218

Richard F. Salinaro - Hastings on Hudson NY

Pall Corporation - East Hills NY

G01N 2177

436178

The present invention provides an improved method of detecting or transferring a biological material whereby a biological material is adhered to a membrane which is then contacted with a detecting reagent, wherein the improvement comprises utilizing a polyvinylidene fluoride membrane which has been subjected to a temperature of at least about 80. degree. C. but less than the temperature at which the membrane softens and deforms for a time sufficient to reduce the ability of the detecting reagent to directly adhere to the membrane.