Frank Ewing Beaty III
Engineering at Crosswinds Dr, Wilmington, NC
License number
Louisiana PE.0026266
Issued Date
May 16, 1995
Category
Civil Engineer
Type
Mechanical Engineer
Address
Address
4917 Crosswinds Dr, Wilmington, NC 28409
Professional information
Control Systems Engineer At Global Nuclear Fuels
Position:
Control Systems Engineer at Global Nuclear Fuels
Location:
Wilmington, North Carolina Area
Industry:
Industrial Automation
Work:
Global Nuclear Fuels
since Jun 2010
-
Control Systems Engineer
Global Laser Enrichment - GE-Hitachi
Oct 2007 - Feb 2011
-
Control Systems Group Leader
Global Nuclear Fuel - GE-Hitachi
Nov 1995 - Oct 2007
-
Sr. instrument Engineer
Fluor Daniel
Apr 1985 - Oct 1995
-
Principle Engineer
J.E. Sirrine
Jan 1980 - Mar 1985
-
Control Systems Engineer
Education:
University of North Carolina at Wilmington 2002 - 2004
MBA, Management Clemson University 1976 - 1979
BSME, Mechanical Engineering
MBA, Management Clemson University 1976 - 1979
BSME, Mechanical Engineering
Method And Apparatus For Operating Vaporization Systems
US Patent:
2006015, Jul 13, 2006
Filed:
Jan 13, 2005
Appl. No.:
11/035139
Inventors:
Billy Hines - Wilmington NC, US
Frank Beaty - Wilmington NC, US
Glen Smith - Rocky Point NC, US
John Berger - Summerfield NC, US
Marshall Smith - Wilmington NC, US
Frank Beaty - Wilmington NC, US
Glen Smith - Rocky Point NC, US
John Berger - Summerfield NC, US
Marshall Smith - Wilmington NC, US
International Classification:
B01D 7/00, B01D 1/00
US Classification:
159047100, 02329400R
Abstract:
A method of operating a vaporization system including a first cylinder, a second cylinder, and an eductor having a suction inlet, a motive inlet, and an outlet is provided. The method includes vaporizing uranium hexaflouride in the first cylinder, channeling the vaporized uranium hexaflouride in the first cylinder to the suction inlet of the eductor, monitoring the pressure of the vaporized uranium hexaflouride channeled to the suction inlet, and channeling the vaporized uranium hexaflouride through the outlet. The method also includes vaporizing uranium hexaflouride in the second cylinder, and channeling the vaporized uranium hexaflouride in the second cylinder to the motive inlet of the eductor when the flow of uranium hexaflouride channeled to the suction inlet is below a predetermined amount.