Sharon Booth McGee
Engineering at Homecoming Dr, Baton Rouge, LA
License number
Louisiana PE.0026148
Issued Date
Feb 7, 1995
Expiration Date
Mar 31, 2014
Category
Civil Engineer
Type
Chemical Engineer
Address
Address
15007 Home Coming Dr, Baton Rouge, LA 70810
Professional information
Vp Sales, Americas At Albemarle
Position:
VP Sales, Americas at Albemarle, Division VP at Albemarle Corporation
Location:
Baton Rouge, Louisiana Area
Industry:
Chemicals
Work:
Albemarle
- Baton Rouge, Louisiana Area since Mar 2013
-
VP Sales, Americas
Albemarle Corporation
since Jul 2008
-
Division VP
Albemarle
Dec 2007 - Jul 2008
-
Business Director, Industrial Bromides
Albemarle
Jan 2003 - Jan 2005
-
Strategic Account Manager
Albemarle
Jun 1998 - Jan 2003
-
Product Manager, Pharmaceuticals
Albemarle
Oct 1996 - Jun 1998
-
R&D Manager
Education:
University of Arkansas at Fayetteville 1982 - 1988
MSChEG, Chemical Engineering Ashdown High School 1980 - 1982
MSChEG, Chemical Engineering Ashdown High School 1980 - 1982
Honor & Awards:
Elected to Univ. of Arkansas Academy of Chemical Engineers 2011
Languages:
French
Field Nurse At Hospice Associates
Position:
field nurse at Hospice Associates
Location:
Baton Rouge, Louisiana Area
Industry:
Hospital & Health Care
Work:
Hospice Associates
-
field nurse
Hospice Associates
1999 - 2008
-
field nurse
Education:
The University of North Dakota 1993 - 1996
APS, practical nursing
APS, practical nursing
Process For Preparing Solid Amine Oxides
US Patent:
5693861, Dec 2, 1997
Filed:
Jun 21, 1993
Appl. No.:
8/078500
Inventors:
Rebecca F. Smith - Baton Rouge LA
R. Woodrow Wilson - Baton Rouge LA
Mayur P. Shah - Kenner LA
Kim R. Smith - Huntington IN
Sharon B. McGee - Baton Rouge LA
R. Woodrow Wilson - Baton Rouge LA
Mayur P. Shah - Kenner LA
Kim R. Smith - Huntington IN
Sharon B. McGee - Baton Rouge LA
Assignee:
Albemarle Corporation - Richmond VA
International Classification:
C07C29100
US Classification:
564298
Abstract:
A highly pure, white, solid amine oxide is prepared in high yield with minimal decomposition of the solvent by (A) reacting a tert-amine with a 15-20% stoichiometric excess of concentrated hydrogen peroxide at 50. degree. -55. degree. C. in the presence of controlled amounts of carbon dioxide and ethyl acetate until the reaction mixture contains 35-45 % by weight of ethyl acetate and less than 0. 8% by weight of unreacted amine, (B) catalytically decomposing residual hydrogen peroxide, (C) separating the reaction mixture from the decomposition catalyst, (D) cooling the reaction mixture to 0. degree. C. to form a slurry, (E) centrifuging the slurry to separate the amine oxide, and (F) vacuum drying the amine oxide at ambient temperature--the reaction mixture being diluted to an amine oxide content of 25-30% by weight with additional ethyl acetate or a mixture thereof with a co-solvent, such as a low-boiling n-alkane, after the completion of Step A and prior to the beginning of Step D.