Robert H. Ward
Engineering at Myrtle Grv Ln, Lake Charles, LA

License number
Louisiana PE.0009425
Issued Date
May 5, 1964
Expiration Date
Sep 30, 2017
Category
Civil Engineer
Type
Mechanical Engineer
Address
Address
2710 Myrtle Grove Ln, Lake Charles, LA 70605

Professional information

Robert Ward Photo 1

Robert Ward - Lake Charles, LA

Work:
Dynamic Industries LLC
Project Manager
East Coast Energy Solutions, LLC - Frisco, TX
Director of Projects
Panda Ethanol, LLC - Plano, TX
Director of Engineering and Construction
FLUOR GOVERNMENT GROUP
Project Director
FLUOR DANIEL - Baytown, TX
Area Manager--Exxon Mobil LSM Clean Fuels Project
FLUOR MAINTENANCE SERVICES - Lemont, IL
Area Manager
FLUOR GLOBAL SERVICES
Regional Manager
FLUOR GLOBAL SERVICES - Dallas, TX
Project Manager
COTCO JV
Construction Manager
Cajun Contractors, Inc
Project Manager
GSS/Array
Project Manager
TRC JV
Area Manager -- Shell Oil Refinery
Education:
Lamar University - Beaumont, TX
Civil Engineering
Stilwell Technical School - Port Arthur, TX Sabine Area Carpenters Apprenticeship School - Beaumont, TX
Technical


Robert Ward Photo 2

Process For Drying Wet Particles Of Available Halogen Compounds

US Patent:
4489503, Dec 25, 1984
Filed:
Nov 28, 1980
Appl. No.:
6/210698
Inventors:
James H. Browne - Lake Charles LA
Robert H. Ward - Lake Charles LA
Frank E. Albus - Willow Grove PA
Assignee:
Olin Corporation - Cheshire CT
International Classification:
F26B 310
US Classification:
34 10
Abstract:
A process for drying wet particles of an available halogen compound which comprises: a. forming a substantially vertical circulating bed of dried particles of said available halogen compound suspended in a heated gas in a circular annular zone, said zone having an exterior perimeter and an interior perimeter and having contiguous sections comprised of a top, a feed side, a bottom and a dryer side, b. feeding wet particles of said available halogen compound into said circulating bed from the exterior perimeter of said feed side, c. feeding additional heated gas tangentially into said zone from the exterior perimeter of said bottom, the velocity of said heated gas being sufficient to maintain said circulating bed in said zone, d. withdrawing a product portion from said circulating bed from the interior perimeter of said feed side, downstream from said top, and e. recovering said dried particles of available halogen compound from said product portion.