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John T Leja

from Chandler, AZ
Deceased
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Also known as:
Josephine C Leja
Related to:
Barbara Voll, 73Cassidy D Leja, 27Kimberly K Haupt, 60J LejaPatricia A LejaJosephine C LejaSavannah LejaThomas J LejaBrenda A Leja, 62Maggie Leja
Connected to:
Agnes Leja, 38Anne M Leja, 67Cheri R Leja, 68Frank Leja, 75James A Leja, 72John T Leja, 78Karen N Leja, 82Karey A Leja, 41Kellen J Leja, 36Patrycia A Leja, 35

John Leja Phones & Addresses

  • Chandler, AZ
  • 35 Brown Rd, Mesa, AZ 85201 (480) 969-2742
  • 1825 Stapley Dr, Mesa, AZ 85203 (480) 649-3256 (480) 733-4742 (480) 969-2742
  • Rockford, IL
  • 16807 Laramie Ave, Oak Forest, IL 60452 (708) 560-0022

Work

Company: Gorilla powder coating Address: 4711 137Th St, Crestwood, IL 60445 Phones: (708) 388-2898 Position: Manager Industries: Industrial and Commercial Machinery and Equipment

Education

Degree: JD - Juris Doctor School / High School: Cornell Law School

Ranks

Licence: Illinois - Active And Authorized To Practice Law Date: 1998

Professional Records

License Records

John Alan Leja

License #:
DOPO733779 - Expired
Issued Date:
Nov 2, 2015
Expiration Date:
Nov 2, 2016
Type:
Registered Principal Officer

Lawyers & Attorneys

John Leja Photo 1

John Alan Leja, Chicago IL - Lawyer

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Address:
McGuireWoods
77 West Wacker Drive Suite 4100, Chicago, IL 60601
(312) 873-3670 (Office), (312) 893-2120 (Fax)
Licenses:
Illinois - Active And Authorized To Practice Law 1998
Education:
Cornell Law School
Degree - JD - Juris Doctor - Law
Graduated - 1998
Purdue University
Degree - BS - Bachelor of Science
Graduated - 1991
Specialties:
Appeals - 20%
Class Action - 20%
Commercial - 20%
Construction / Development - 20%
Financial Markets And Services - 20%
Associations:
American Corporate Counsel Association - Member
Illinois State Bar Association - Member
John Leja Photo 2

John Leja - Lawyer

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Address:
77 West Wacker Drive
Phone:
(312) 849-8186 (Phone), (312) 849-8187 (Fax)
Work:
McGuire Woods, Partner
Specialties:
Appeals & Appellate
Business Law
Consumer Law
Health Care Law
Patents
Appellate
Class Action Litigation
Complex Commercial Litigation
Consumer Financial Services
General Civil
Intellectual Property
Life Sciences
Jurisdiction:
Illinois
Law School:
Cornell University Law School
Education:
Cornell University Law School, JD
Purdue University, BS
Links:
Website

Resumes

Resumes

John Leja Photo 3

Instructor

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Location:
9181 east Bell Rd, Scottsdale, AZ 85260
Industry:
Consumer Services
Work:
Drivingmba
Instructor
Skills:
Customer Service
Microsoft Office
Public Speaking
Microsoft Excel
Management
Strategic Planning
Team Building
Teaching
Training
Social Media
John Leja Photo 4

John Leja

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John Leja Photo 5

John Leja

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John Leja Photo 6

Driving Instructor

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Location:
Phoenix, AZ
Industry:
Professional Training & Coaching
Work:
Drivingmba
Driving Instructor
John Leja Photo 7

John Leja

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John Leja Photo 8

John Leja

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Business Records

Name / Title
Company / Classification
Phones & Addresses
John Leja
Manager
Gorilla Powder Coating
Industrial and Commercial Machinery and Equip...
4711 137Th St, Crestwood, IL 60445
John Leja
Manager
Gorilla Powdercoating Inc
Metal Coating and Allied Services · Industrial Machinery, NEC
4711 137 St, Midlothian, IL 60445
(708) 388-2898
John Leja
Principal
John P Leja
Business Services at Non-Commercial Site
13305 S Oakview Ct, Palos Heights, IL 60463
John Leja
Manager
Gorilla Powder Coating
Industrial and Commercial Machinery and Equip...
4711 137Th St, Crestwood, IL 60445

Publications

Us Patents

Process For Producing Methylol Ketones

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US Patent:
47044799, Nov 3, 1987
Filed:
Sep 30, 1982
Appl. No.:
6/428582
Inventors:
Paul R. Warnes - Flossmoor IL
James T. Henderson - Hindsdale IL
John P. Leja - Crestwood IL
Assignee:
BTL Inc. - Burlington
International Classification:
C07C 4564
US Classification:
568390
Abstract:
Methylol ketones are produced by reacting a ketone with an aldehyde in the presence of a tertiary amine catalyst. The resulting polyols undergo the reactions common to beta hydroxy ketones, specifically, condensation reactions and substitution reactions involving the hydroxyl functionality; and addition reactions involving the carbonyl group. Each polyol molecule of the invention has from one to six hydroxyl groups in the beta position relative to the carbonyl group. The polyols are further characterized by complete water solubility and compatibility with a wide range of polymers, rendering these polyols useful as extenders and co-reactants.
Control profile
John T Leja from Chandler, AZDeceased Get Report