John K Westerman from Humble, TX, age 42

Professional Records

Lawyers & Attorneys

John Westerman - Lawyer

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Specialties:

Corporate Law

ISLN:

914611859

Admitted:

1999

University:

University of Michigan, B.A., 1996

Law School:

Loyola University, J.D., 1999

Resumes

Eit At Aguirre & Fields, Lp

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Location:

Houston, Texas Area

Industry:

Civil Engineering

John Westerman

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Location:

United States

John Westerman

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Location:

United States

John Westerman

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Location:

United States

John Westerman Cordova, TN

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Work:

Truck Unloader

May 2010 to 2000
Toysrus
ExcelleRX, INC

Jul 2005 to 2000
Pharmacy Technician
Boston Brace International
Memphis, TN
Aug 2002 to Jul 2005
Central fabrication / Orthopedic Technician
Lenny's Sub Shop
Memphis, TN
Jun 2001 to Aug 2002
Food Service Worker

Education:

University of Phoenix
May 2008 to Jul 2011
Bachelor of Information Technology
Southwest Community College
Jul 2002 to Sep 2005
Biotech Engineering
Craigmont High School
Aug 1997 to May 2001
Diploma

Publications

Us Patents

Polymers Useful In The Recovery And Processing Of Natural Resources

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US Patent:

51862573, Feb 16, 1993

Filed:

Dec 10, 1991

Appl. No.:

7/805283

Inventors:

Allan Stahl - Humble TX
John Westerman - Wadsworth OH
Henry L. Hsieh - Bartlesville OK
James H. Hedges - Bartlesville OK
Geir Bjornson - Bartlesville OK

Assignee:

Phillips Petroleum Company - Bartlesville OK

International Classification:

E21B 4322

US Classification:

166273

Abstract:

Water-soluble polymers comprising N-vinyl amide such as an N-vinyl lactam are found to be useful in processes wherein the polymer is introduced into a subterranean wellbore. Polymers useful in the recovery of natural resources are prepared by polymerizing an N-vinyl lactam by free radical initiation with polymerization conducted in an aqueous solution polymerization medium preferably containing a mixture of dissolved electrolytes, or in a polymerization medium consisting essentially of a tertiary alkanol. Copolymers of such N-vinyl lactams with unsaturated amides and terpolymers prepared by polymerizing an N-vinyl lactam and an unsaturated amide with a selected termonomer compound are also useful when prepared by these methods. The invention also broadly encompasses utilizing a water-soluble polymer comprising at least one of a hydrophilic vinyl-containing sulfonate, phosphonate or ester and/or hydrophilic N-vinyl lactam for applications under hostile conditions.