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George C Blay

from Detroit, MI
Age ~68

George Blay Phones & Addresses

  • Detroit, MI
  • 1237 Oxford St, Houston, TX 77008 (713) 869-2229 (713) 869-5352
  • 1237C Oxford St, Houston, TX 77008
  • 1842 Nina Lee Ln, Houston, TX 77018
  • 5237 111Th Ave, Portland, OR 97266 (503) 760-1248
  • Lakeland, FL
  • Lincoln Park, MI

Resumes

Resumes

George Blay Photo 1

Field Service Engineer

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Location:
Houston, TX
Industry:
Mechanical Or Industrial Engineering
Work:
Nikon Metrology
Field Service Engineer
Education:
The University of Texas at San Antonio 1990 - 1995
Mary Carrol High School 1982 - 1985
Skills:
Cooking
Sound Mixing
Critique
Autocad
Electronics
Manufacturing
Microsoft Excel
Automation
Customer Service
Certifications:
Laser Measurement Specialist
George Blay Photo 2

Field Service Engineer

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Location:
Houston, TX
Industry:
Public Policy
Work:
The Reagan Legacy Foundation
Field Service Engineer
George Blay Photo 3

George Blay

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George Blay Photo 4

George Blay

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George Blay Photo 5

George Blay

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George Blay Photo 6

George Blay

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Business Records

Name / Title
Company / Classification
Phones & Addresses
George S Blay
President
GSB METROLOGY INC
2311 Milam St APT 8107, Houston, TX 77006
6507 Byu Gln Rd, Houston, TX 77057
6507 Byu Gln Ln, Houston, TX 77057

Publications

Wikipedia

George Blay

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George Blay (born 7 August 1980) is a Ghanaian football player who is currently playing for Unirea Urziceni. Blay played a total of nine seasons in the Belgian First

Wikipedia References

George Blay Photo 7

George Blay

Us Patents

Low Energy Carbonylation Process

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US Patent:
6657078, Dec 2, 2003
Filed:
Feb 7, 2001
Appl. No.:
09/778663
Inventors:
Mark O. Scates - Friendswood TX
George A. Blay - Corpus Christi TX
G. Paull Torrence - Corpus Christi TX
Jerry A. Broussard - Corpus Christi TX
Assignee:
Celanese International Corporation - Dallas TX
International Classification:
C07C 5112
US Classification:
562519, 562608
Abstract:
A low energy process for producing acetic acid by the carbonylation of methanol is disclosed. The process involves a rhodium-catalyzed system operated at less than about 14% water utilizing up to 2 distillation columns. The process is preferably controlled such that the product stream has a low level of propionic acid impurity and the level of aldehyde impurities is minimized by way of aldehyde removal or minimizing aldehyde generation. The level of iodides is controlled by contacting the product, at elevated temperatures, with ion exchange resins. In preferred embodiments, at least one silver or mercury exchanged macroreticular strong acid ion exchange resin is used to purify the product. The high temperature treatment provides the added benefit of controlling the Color Value (PtâCo units) of the product stream.
George C Blay from Detroit, MI, age ~68 Get Report