James P Meagher

age ~66

from Holderness, NH

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Also known as:

James Patrick Meagher
James Y
Joseph Mcwilliams

Connected to:

James Meagher Phones & Addresses

Holderness, NH
Ellicottville, NY
Tonawanda, NY
Buffalo, NY
Granville, NY
Danielson, CT
36 Grosvenor Rd, Buffalo, NY 14223 • 716 983-7533

Work

Position:

Professional/Technical

Education

Degree:

Associate degree or higher

Emails

j***[email protected]

Specialities

Public Employment Relations Law • Labor Law • Employment Law • Education Law • Employment Discrimination

Lawyers & Attorneys

James Meagher - Lawyer

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Office:

New York State United Teachers

Specialties:

Public Employment Relations Law
Labor Law
Employment Law
Education Law
Employment Discrimination

ISLN:

904890264

Admitted:

1974

University:

Georgetown University, 1970

Law School:

Fordham University, J.D., 1973

Us Patents

Gryogenic Rectification Method For Increased Argon Production
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US Patent:

6397632, Jun 4, 2002
Filed:

Jul 11, 2001
Appl. No.:

09/901895
Inventors:

James Patrick Meagher - Buffalo NY
Assignee:

Praxair Technology, Inc. - Danbury CT
International Classification:

F25J 304
US Classification:

62648, 62924
Abstract:

A cryogenic rectification method for increasing the recovery of argon produced in an argon column of a cryogenic air separation plant wherein liquid nitrogen is mixed with higher pressure column kettle liquid to produce a liquid refrigeration mixture to drive the top condenser.

Electricity And Synthesis Gas Generation Method
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US Patent:

7467519, Dec 23, 2008
Filed:

Aug 9, 2005
Appl. No.:

11/199256
Inventors:

Troy Michael Raybold - Orchard Park NY, US
Raymond Francis Drnevich - Clarence NY, US
James Patrick Meagher - Buffalo NY, US
Assignee:

Praxair Technology, Inc. - Danbury CT
International Classification:

F02C 3/28
F02C 6/18
F02C 7/224
US Classification:

60780, 60 3912, 60736, 60 39182
Abstract:

A method of generating electricity in synthesis gas in which a fuel is combusted in a gas turbine to generate the electricity that at least about 60 percent by volume is derived from a source independent of the synthesis gas. The synthesis gas is produced by reacting a hydrocarbon stream, by for example, partial oxidation, autothermal reforming or steam methane reforming. After the synthesis gas stream is cooled, heat is transferred from the heated synthesis gas stream to the fuel prior to combustion in the gas turbine. All or at least a portion of the heat is transferred at a temperature no greater than about 500 F. and at a flow ratio of the fuel to the gas turbine to the synthesis gas stream from at least about 1. 5. The heating of the fuel to the gas turbine lowers fuel consumption and thereby the total expenses involved in generating electricity and syngas.

Thermal Spray Coatings And Applications Therefor
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US Patent:

7879457, Feb 1, 2011
Filed:

Feb 7, 2008
Appl. No.:

12/027651
Inventors:

Prasad Shrikrishna Apte - East Amherst NY, US
James Patrick Meagher - Buffalo NY, US
Shawn W. Callahan - Tonawanda NY, US
Assignee:

Praxair S. T. Technology, Inc. - North Haven CT
International Classification:

B32B 15/04
US Classification:

428633, 428678, 416241 R
Abstract:

This invention relates to coatings for a metal or non-metal substrate comprising (i) a thermal sprayed bondcoat layer applied to the substrate, and (ii) a thermal sprayed ceramic layer applied to the bondcoat layer; wherein said coating has a helium leak rate of less than 6×10standard cubic centimeters per second. The thermal sprayed bondcoat layer comprises an alloy of MCrAlM′ wherein M is an element selected from nickel, cobalt, iron and mixtures thereof, and M′ is an element selected from yttrium, zirconium, hafnium, ytterbium and mixtures thereof. The alloy is thermally sprayed from a powder having a mean particle size of 50 percentile point in distribution of from about 5 microns to about 100 microns. The coatings are useful for extending the service life under severe conditions, such as those associated with metallurgical vessels' lances, nozzles and tuyeres.

Thermal Spray Coatings And Applications Therefor
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US Patent:

7883784, Feb 8, 2011
Filed:

Feb 7, 2008
Appl. No.:

12/027672
Inventors:

Prasad Shrikrisnna Apte - East Amherst NY, US
James Patrick Meagher - Buffalo NY, US
Shawn W. Callahan - Tonawanda NY, US
Assignee:

Praxair S. T. Technology, Inc. - North Haven CT
International Classification:

B32B 15/04
US Classification:

428633, 428678, 416241 R
Abstract:

This invention relates to coatings for a metal or non-metal substrate comprising (a) a thermal sprayed bondcoat layer applied to the substrate, and (b) a thermal sprayed ceramic layer applied to said bondcoat layer; wherein said coating has a helium leak rate of less than 6×10standard cubic centimeters per second. The thermal sprayed bondcoat layer comprises (i) a thermal sprayed inner layer alloy, and (ii) a thermal sprayed outer layer alloy. The inner layer alloy is thermally sprayed from a powder having a mean particle size of 50 percentile point in distribution of from about 5 microns to about 50 microns. The outer layer alloy is thermally sprayed from a powder having a mean particle size of 50 percentile point in distribution of from about 30 microns to about 100 microns. The coatings are useful for extending the service life under severe conditions, such as those associated with metallurgical vessels' lances, nozzles and tuyeres.

Multi-Output Valve Useful To Promote Non-Stationary Flame
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US Patent:

8033295, Oct 11, 2011
Filed:

Feb 8, 2008
Appl. No.:

12/028416
Inventors:

James Patrick Meagher - Buffalo NY, US
Mark Allen Kailburn - Tonawanda NY, US
Willam Thoru Kobayashi - East Amherst NY, US
Bryan R Bielec - Hamburg NY, US
Friedrich Eduard Purkert - Buffalo NY, US
Assignee:

Praxair Technology, Inc. - Danbury CT
International Classification:

F16K 11/08
US Classification:

13762511, 13762546
Abstract:

A valve useful in distributing gas received in one inlet to several outlets in a sequence, and burner apparatus including this valve for feeding material in sequence to outlets of a burner thereby forming a non-stationary flame at the burner.

Multi-Output Valve And Burner Useful To Promote Non-Stationary Flame
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US Patent:

8235709, Aug 7, 2012
Filed:

Sep 20, 2011
Appl. No.:

13/237542
Inventors:

James Patrick Meagher - Buffalo NY, US
Mark Allen Kailburn - Tonawanda NY, US
William Thoru Kobayashi - East Amherst NY, US
Bryan R. Bielec - Hamburg NY, US
Friedrich Eduard Purkert - Buffalo NY, US
Assignee:

Praxair Technology, Inc. - Danbury CT
International Classification:

F23N 1/00
US Classification:

431280, 431 12, 431 18, 431 8, 13762511, 13762546
Abstract:

A valve useful in distributing gas received in one inlet to several outlets in a sequence, and burner apparatus including this valve for feeding material in sequence to outlets of a burner thereby forming a non-stationary flame at the burner.

Method And Apparatus To Promote Non-Stationary Flame
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US Patent:

20070037106, Feb 15, 2007
Filed:

Aug 12, 2005
Appl. No.:

11/202070
Inventors:

William Kobayashi - East Amherst NY, US
Abilio Tasca - Sao-Paulo - SP, BR
James Meagher - Buffalo NY, US
Mark Kailburn - North Tonawanda NY, US
International Classification:

F23C 5/00
US Classification:

431008000, 431174000
Abstract:

A burner has a central port and 3 or more outer ports whose axes are angled toward or away from the central port axis. Sequentially varying the outer port(s) from which material is injected at a high enough momentum to deflect the flame from the axis of the central port changes the orientation of the flame with respect to the central port axis.

Method Of Controlling Oxygen Addition To A Steam Methane Reformer
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US Patent:

20070104641, May 10, 2007
Filed:

Nov 8, 2005
Appl. No.:

11/268531
Inventors:

M. Ahmed - Pittsford NY, US
James Meagher - Buffalo NY, US
Edward Jurasevich - Crown Point IN, US
International Classification:

C01B 3/26
US Classification:

423652000
Abstract:

A method is disclosed for controlling addition of a supplementary oxygen stream into a steam methane reformer utilizing both the supplementary oxygen stream and a primary oxidant stream to support combustion of a fuel stream by burners firing into a radiant section of the reformer. The combustion generates heat to support endothermic heat requirements of the reforming reaction conducted in reformer tubes to obtain an enhanced rate of production of a product gas stream produced by the endothermic reaction. In the method, a temperature is obtained that is at least referable to a reformer tube wall temperature measured at a location of inlet regions of the reformer tubes at which a maximum temperature is produced at the enhanced rate of production. This temperature is controlled by regulating the flow rate of the supplementary oxygen stream to either prevent damage to the reformer tubes at such location at which the maximum temperature is produced or to maintain the maximum temperature if the same is less than a temperature that will damage the tubes.