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Bryan David Ortman

from Parkville, MD
Age ~68
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Also known as:
Bryan D Ortman, Brian D Ortman, Ryan D Ortman, Bryan D Ortmann
Phone and address:
9822 Magledt Rd, Baltimore, MD 21234
(410) 665-0461
Related to:
Gary C Dawson, 41Sharon J Ortman, 69Charles DawsonChere J Ortman, 36
Connected to:
Breah Ortman, 28Christie L Ortman, 36Danielle R Ortman, 31Deborah S Ortman, 72Erich A Ortman, 50Ginger Ortman, 65Jacob R Ortman, 46Jody L Ortman, 41Juanita E Ortman, 78Kyle R Ortman, 31

Bryan Ortman Phones & Addresses

  • 9822 Magledt Rd, Parkville, MD 21234 (410) 665-0461 (410) 665-6714
  • 9822A Magledt Rd, Parkville, MD 21234 (410) 665-0461 (410) 665-6714
  • 3313 Northwind Rd, Parkville, MD 21234
  • Baltimore, MD
  • Forest Hill, MD

Resumes

Resumes

Bryan Ortman Photo 1

Qa Micro Technician

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Location:
Chicago, IL
Industry:
Food Production
Work:
Fontanini Meats
Qa Micro Technician
Education:
Saint Mary's University of Minnesota 2012 - 2016
Skills:
Microsoft Office
Microsoft Excel
Research
Microsoft Word
Leadership
Powerpoint
Languages:
English
Certifications:
Certified Haccp Auditor (Cha)
Bryan Ortman Photo 2

Bryan Ortman

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Location:
Parkville, MD
Industry:
Mechanical Or Industrial Engineering
Work:
Poole and Kent Nov 2013 - Jan 2016
Steam Fitting Apprentice
Williams Crane Hire Limited Aug 2011 - Jun 2013
Rigger
Education:
Community College of Baltimore County 2015 - 2017

Publications

Us Patents

Method For Providing Enhanced Smoothness For A Paper Web

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US Patent:
55058205, Apr 9, 1996
Filed:
Jan 11, 1995
Appl. No.:
8/371206
Inventors:
Douglas W. Donigian - Baltimore MD
Suzanne S. Fenton - Tolland CT
Bryan J. Ortman - Beaumont TX
Hiawatha P. Watkins - Columbia MD
Assignee:
Westvaco Corporation - New York NY
International Classification:
D21F 1100
US Classification:
162206
Abstract:
A paper rawstock web is wet densified on a papermachine at a moisture content greater than about 20% and less than about 50%, and preferably from about 25-35%, in a calender device at nip pressures greater than about 3000 psi, and preferably within the range of from about 3000-6000 psi, to provide fiber springback resistance and irreversibly smooth surfaces which are substantially resistant to loss of smoothness upon rewetting, as for example in a subsequent surface sizing or coating process. Wet densification according to the present invention produces a web having greater density and increased internal bond strength, as compared with webs treated by conventionally known methods, to achieve the irreversibly smooth surfaces.
Control profile
Bryan David Ortman from Parkville, MD, age ~68 Get Report