JOHN G MCLAUGHLIN
Nursing in Delaware
License number
Pennsylvania RN246594L
Category
Nursing
Type
Registered Nurse
Address
Address
2
Delaware
Media, PA 19064
Media, PA 19064
Personal information
See more information about JOHN G MCLAUGHLIN at radaris.comName
Address
Phone
49 Colecrest St, Carnegie, PA 15106
495 School Rd, Lincoln Univ, PA 19352
508 Arthur St, Philadelphia, PA 19111
5025 N 15Th St APT 104, Philadelphia, PA 19141
504 Anne Ln, Fairless Hills, PA 19030
Professional information
See more information about JOHN G MCLAUGHLIN at trustoria.com
Stable Dispersions Of Metal Passivation Agents And Methods For Making Them
Stable Dispersions Of Metal Passivation Agents And Methods For Making Them
US Patent:
5935890, Aug 10, 1999
Filed:
Aug 1, 1996
Appl. No.:
8/691108
Inventors:
John McLaughlin - Media PA
Philip S. Podwirny - Haddonfield NJ
John C. Morley - Devon PA
Philip S. Podwirny - Haddonfield NJ
John C. Morley - Devon PA
Assignee:
GLCC Technologies, Inc. - W. Lafayette IN
International Classification:
B01J 2034, B01J 3852, B01J 3856
US Classification:
502 22
Abstract:
A process for passivating contaminating metal on a hydrocarbon cracking catalyst is provided. The catalyst is contacted within a hydrocarbon catalytic cracking unit with a stabilized dispersion. The dispersion comprises a fluid vehicle, a dispersion agent, and finely milled particles of one or more metals or metal compounds for passivation of metal-contaminated cracking catalysts. The dispersion is preferably produced by a process wherein an agitated media mill is loaded with comminuting media, fluid vehicle, dispersion agent and particles of a metal or metal compound for passivation of metal-contaminated cracking catalysts. The comminuting media, fluid vehicle, and particles are then agitated until the particles are reduced in size by at least 10% and have a volumetric average particle size of less than 0. 5 microns.
Colloidal Particles Of Solid Flame Retardant And Smoke Suppressant Compounds And Methods For Making Them
Colloidal Particles Of Solid Flame Retardant And Smoke Suppressant Compounds And Methods For Making Them
US Patent:
5948323, Sep 7, 1999
Filed:
Nov 26, 1997
Appl. No.:
8/969704
Inventors:
John McLaughlin - Media PA
Philip S. Podwirny - Haddonfield NJ
John C. Morley - Devon PA
Philip S. Podwirny - Haddonfield NJ
John C. Morley - Devon PA
Assignee:
GLCC Technologies, Inc. - West Lafayette IN
International Classification:
C09K 2100, C09K 328
US Classification:
252610
Abstract:
The present invention concerns finely divided particles of compounds that provide flame retardancy and/or smoke suppressant properties to fibers, textiles, polymeric articles, paper, paint, coating and insulation. More particularly, the present invention concerns colloidal-sized particles of hydrated salts, organic phosphates, metal borates, polyamides, solid halogenated flame retardants with a melting point greater than 250. degree. C. , molybdenum compounds, metallocenes, antimony compounds, zinc compounds, bismuth compounds and other solid chemicals which act as flame retardants or smoke suppressants. The present invention also concerns various milling processes to reduce these materials to colloidal sizes and to disperse them in water, organic liquids and meltable solids.
Colloidal Particles Of Solid Flame Retardant And Smoke Suppressant Compounds And Methods For Making Them
Colloidal Particles Of Solid Flame Retardant And Smoke Suppressant Compounds And Methods For Making Them
US Patent:
5695691, Dec 9, 1997
Filed:
Jun 7, 1995
Appl. No.:
8/483032
Inventors:
John McLaughlin - Media PA
Philip S. Podwirny - Haddonfield NJ
John C. Morley - Devon PA
Philip S. Podwirny - Haddonfield NJ
John C. Morley - Devon PA
Assignee:
Anzon, Inc. - Philadelphia PA
International Classification:
C09K 2100, C09K 328, B02C 1900
US Classification:
252610
Abstract:
The present invention concerns finely divided particles of compounds that provide flame retardancy and/or smoke suppressant properties to fibers, textiles, polymeric articles, paper, paint, coating and insulation. More particularly, the present invention concerns colloidal-sized particles of hydrated salts, organic phosphates, metal borates, polyamides, solid halogenated flame retardants with a melting point greater than 250. degree. C. , molybdenum compounds, metallocenes, antimony compounds, zinc compounds, bismuth compounds and other solid chemicals which act as flame retardants or smoke suppressants. The present invention also concerns various milling processes to reduce these materials to colloidal sizes and to disperse them in water, organic liquids and meltable solids.
Treating Beer To Prevent Chill Haze And Metal Contamination
Treating Beer To Prevent Chill Haze And Metal Contamination
US Patent:
4508742, Apr 2, 1985
Filed:
May 6, 1983
Appl. No.:
6/492314
Inventors:
John R. McLaughlin - Media PA
Elliot P. Hertzenberg - Wilmington DE
Elliot P. Hertzenberg - Wilmington DE
Assignee:
PQ Corporation - Valley Forge PA
International Classification:
C12H 104, C01B 3324, C10M 702
US Classification:
4263304
Abstract:
Inorganic chill-proofing and other agents that are used to process stable beer often contain metals such as iron and copper that are soluble in beer or other beverages. A small addition of magnesium silicate added to said chill-proofing agents, particularly silica hydrogel, substantially averts metal contamination in the beer.
Mounting Beam For Preparing Wafers
Mounting Beam For Preparing Wafers
US Patent:
4667650, May 26, 1987
Filed:
Nov 21, 1985
Appl. No.:
6/800189
Inventors:
Richard T. Girard - Coventryville PA
John R. McLaughlin - Media PA
John R. McLaughlin - Media PA
Assignee:
PQ Corporation - Valley Forge PA
International Classification:
B28D 104
US Classification:
125 13R
Abstract:
A self-dressing mounting beam for slicing wafers from ingots of various materials, especially semiconductors, is described. The mounting beam is a composite material comprising an organic polymer, particles of abrasive and hollow microspheres. The ingot is mounted on the beam and sliced using an inside diameter saw. The saw penetrates the mounting beam as well as the ingot, so that the self-dressing feature is realized with each pass of the blade.
Method For Contacting Active Material With Liquids And Separating Same
Method For Contacting Active Material With Liquids And Separating Same
US Patent:
5098577, Mar 24, 1992
Filed:
Jan 9, 1991
Appl. No.:
7/638926
Inventors:
John R. McLaughlin - Media PA
Fredric A. Wright - Chattanooga TN
Fredric A. Wright - Chattanooga TN
Assignee:
PQ Corporation - Valley Forge PA
International Classification:
B01D 1500
US Classification:
210679
Abstract:
Active or functional materials such as adsorbents, catalysts, defoamers and the like are combined with inert low density particles, preferably hollow microspheres, to provide a functional material of controlled density. This product is introduced into a liquid with a somewhat higher density under agitation for a time sufficient to accomplish the desired function. Then agitation is stopped and the spent product floats to provide easy separation.
Composition For Treating Beer To Prevent Chill Haze And Metal Contamination
Composition For Treating Beer To Prevent Chill Haze And Metal Contamination
US Patent:
4563441, Jan 7, 1986
Filed:
Dec 3, 1984
Appl. No.:
6/677401
Inventors:
John R. McLaughlin - Media PA
Elliot P. Hertzenberg - Wilmington DE
Elliot P. Hertzenberg - Wilmington DE
Assignee:
PQ Corporation - Valley Forge PA
International Classification:
C01B 3322, C01B 3324
US Classification:
502410
Abstract:
Inorganic chill-proofing and other agents that are used to process stable beer often contain metals such as iron and copper that are soluble in beer or other beverages. A small addition of magnesium silicate added to said chill-proofing agents, particularly silica hydrogel, substantially averts metal contamination in the beer.
Process For Rapid Production Of Colloidal Particles
Process For Rapid Production Of Colloidal Particles
US Patent:
5704556, Jan 6, 1998
Filed:
Sep 16, 1996
Appl. No.:
8/716561
Inventors:
John R. McLaughlin - Media PA
International Classification:
B02C 1700, B02C 1720
US Classification:
241 21
Abstract:
In a process for rapidly producing colloidal particles a feedstock of particles less than a micron in size is provided to a stirred media mill, along with ceramic beads less than 100 microns in size. The mill is filled to a volume in excess of 90%, and operated at tip speeds in excess of 20 meters/second with a residence time less than about two minutes; thereby producing particles having an average particle size less than about 0. 1 micron from the feedstock.
Method For Making Paper Using Microparticles
Method For Making Paper Using Microparticles
US Patent:
6193844, Feb 27, 2001
Filed:
Sep 14, 1999
Appl. No.:
9/395493
Inventors:
John R. McLaughlin - Media PA
Paul G. Linsen - West Chester PA
Paul G. Linsen - West Chester PA
International Classification:
D21H 1768, D21H 2110
US Classification:
1621816
Abstract:
A microparticle composition for paper making includes finely divided particles of a water insoluble solid such as amorphous sodium aluminosilicate, and having an anionic charge of at least 20 millivolts, and preferably from about 40 to 60 millivolts, and a particle size of less than about 0. 1 microns.
Anti-Slip Composition For Paper
Anti-Slip Composition For Paper
US Patent:
5786077, Jul 28, 1998
Filed:
Mar 6, 1996
Appl. No.:
8/611634
Inventors:
John R. McLaughlin - Media PA
International Classification:
B32B 516
US Classification:
428331
Abstract:
An aqueous anti-slip coating composition for paper includes 10-50% by weight insoluble silicate particles of 180-300 millimicron average particle size, and 0. 5-10% by weight dispersant.