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Joanne Marie Szydlowski

from Chagrin Falls, OH
Age ~72
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Also known as:
Joanne M Szydlowski, Joanne Marie Motz, Joanne Marie Saydlowski, Joanne M Motz, Joanne M Szylowski, Joanne M Szydiowski
Phone and address:
7655 Bainbridge Rd, Orange Village, OH 44023
(440) 543-7329
Related to:
Christine A Shedlock, 91John SzdlowskiRobert MotzJohn Szydlowski
Connected to:
Alisa M Szydlowski, 36Larry A Szydlowski, 45Linda Szydlowski, 74Marcin Szydlowski, 47Matt J Szydlowski, 50Michael A Szydlowski, 39Michal Szydlowski, 42Patrick J Szydlowski, 46Rebecca S Szydlowski, 70Richard L Szydlyk, 75

Joanne Szydlowski Phones & Addresses

  • 7655 Bainbridge Rd, Chagrin Falls, OH 44023 (440) 543-7329
  • 15401 Northwood Ave, Maple Heights, OH 44137 (216) 663-9578
  • Cleveland, OH

Resumes

Resumes

Joanne Szydlowski Photo 1

Lead Analytical Chemist

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Location:
Akron, OH
Industry:
Chemicals
Work:
Ferro Corporation 1989 - 2009
Analytical Chemist III
SCM Glidden-Durkee Inc. 1979 - 1989
Analytical Chemist II
Mogul Corporation 1976 - 1979
Analytical Chemist
Education:
John Carroll University 1978 - 1998
Cleveland State University 1975 - 1991
John Carroll University 1971 - 1975
BS, Chemistry
Joanne Szydlowski Photo 2

Joanne Szydlowski

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Business Records

Name / Title
Company / Classification
Phones & Addresses
Joanne M Szydlowski
7683 BAINBRIDGE, LLC
Joanne Szydlowski
15401 NORTHWOOD, LLC

Publications

Us Patents

Method Of Determining Emissions From Powder Coatings

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US Patent:
56863128, Nov 11, 1997
Filed:
Jan 29, 1996
Appl. No.:
8/593208
Inventors:
Robert W. Huff - North Royalton OH
Susan M. Miller - North Royalton OH
Joanne M. Szydlowski - Chagrin Falls OH
Assignee:
Ferro Corporation - Cleveland OH
International Classification:
G01N 3012
US Classification:
436161
Abstract:
A method for reducing residue formation caused by volatile materials during the curing of powder coating compositions which includes the steps of applying different powder coating compositions to separate bases; placing each coated base in a separate extraction chamber; placing each separate extraction chamber in a curing oven; heating the coated base in its respective extraction chamber in the curing oven to curing temperature to cure the coating composition, and simultaneously flowing a stream of air through the respective extraction chamber to capture volatile emissions from the volatile materials in the air stream during the curing process; simultaneously flowing the respective stream of air out of the curing oven and chilling the stream to condense the volatile emissions from each of the compositions to a collectable form; determining the quantity of the emitted product from each of the compositions; and comparing the quantity of emitted product from each of the compositions to determine the composition that produced the least emissions.
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Joanne Marie Szydlowski from Chagrin Falls, OH, age ~72 Get Report