JAMES DANIEL FOSTER, M.D.
Marriage and Family Therapists at Pump Rd, Richmond, VA

License number
Virginia 0101036835
Category
Osteopathic Medicine
Type
Family Medicine
Address
Address
2200 Pump Rd SUITE 100, Richmond, VA 23233
Phone
(804) 741-7141
(804) 741-6082 (Fax)
(804) 288-0399
(804) 285-0088 (Fax)

Personal information

See more information about JAMES DANIEL FOSTER at radaris.com
Name
Address
Phone
James Foster, age 60
506 Wesley St, Ashland, VA 23005
(804) 752-7528
James Foster, age 70
4990 General Puller Hwy, Locust Hill, VA 23092
James Foster, age 86
520 Moran Ave, Salem, VA 24153
(540) 389-3121

Professional information

See more information about JAMES DANIEL FOSTER at trustoria.com
James Foster Photo 1
James Foster - Richmond, VA

James Foster - Richmond, VA

Work:
Boehringer Ingelheim
Process Engineering and Automation Lead
Boehringer-Ingelheim - Petersburg, VA
Senior Manager Product Release
Boehringer Ingelheim - Petersburg, VA
Sr. Technical Manager
Celanese - Dallas, TX
Sarbanes Oxley Business Process Lead
Celanese - Clear Lake, TX
Senior Next Generation Engineering Associate Acetyls Business
Celanese - Corpus Christi, TX
Global R&D Manager Formaldehyde and Polyols Business Line
Celanese - Oberhausen
Global R&D Manager Specialties Business Line
Celanese - Corpus Christi, TX
North American R&D Manager Specialties Business
Celanese - Corpus Christi, TX
Methanol Business Line Technical Manager
Celanese - Corpus Christi, TX
Ibuprofen Piloting & Commercial Design Manager
Celanese - Corpus Christi, TX
Celanese Technical Center Pilot Plant Group Leader
Virginia Chemicals (Celanese) - Portsmouth, VA
New Business Development Program Leader
Virginia Chemicals (Celanese) - Portsmouth, VA
Process Development Program Leader
University of Virginia Medical School - Charlottesville, VA
Research Laboratory Technician
Education:
University of Virginia - Charlottesville, VA
Masters of Science in Chemical Engineering
James Madison University (then Madison College) - Harrisonburg, VA
BS in Chemistry
Skills:
Process design, distillation design, reaction engineering, hydrogenation, carbonylation, hydroformylation, cGMP, API, Project Management


James Daniel Foster Photo 2
James Daniel Foster, Henrico VA

James Daniel Foster, Henrico VA

Specialties:
Family Medicine
Work:
Family Physicians of Ridgefield/Commonwealth Primary Care
2200 Pump Rd, Richmond, VA 23233 Family Physicians
1800 Glenside Dr, Richmond, VA 23226 Commonwealth Primary Care Inc.
8002 Discovery Dr, Richmond, VA 23229
Education:
Virginia Commonwealth University (1983)


James Daniel Foster Photo 3
James Daniel Foster, Richmond VA

James Daniel Foster, Richmond VA

Specialties:
Family Physician
Address:
2200 Pump Rd, Richmond, VA 23233
Education:
Medical College of Virginia - Doctor of Medicine
Board certifications:
American Board of Family Medicine Certification in Family Medicine


James Foster Photo 4
Independent Construction Professional

Independent Construction Professional

Location:
Richmond, Virginia Area
Industry:
Construction


James Foster Photo 5
Use Of Chemical Reaction To Separate Ethylene From Ethane In Ethane-Based Processes To Produce Acetic Acid

Use Of Chemical Reaction To Separate Ethylene From Ethane In Ethane-Based Processes To Produce Acetic Acid

US Patent:
8383854, Feb 26, 2013
Filed:
Jan 30, 2007
Appl. No.:
12/223222
Inventors:
Debra Ann Ryan - Keller TX, US
James A. Foster - Richmond VA, US
Assignee:
Celanese International Corp. - Irving TX
International Classification:
C07C 51/16
US Classification:
562548
Abstract:
Described herein is a process in which acetic acid is produced by ethane oxidation. One byproduct of the ethane oxidation is ethylene. High ethylene content in the recycle gas stream will lead to poor efficiencies and higher losses to the COx byproduct in the acetic acid reactor. In fact, ethylene in the recycle feed competes with the ethane for the limited amount of oxygen feed, resulting in higher inefficiencies to carbon oxides than straight ethane oxidation. Ethylene is removed in this process by a further oxidation reaction at a temperature low enough such that ethane is not reactive, but the ethylene is converted to acetic acid. Either the ethane oxidation reactor effluent or a portion or all of the recycle stream to the ethane oxidation reactor, or any combination of the same, can be processed in this manner to reduce the ethylene content of those streams.