DR. ROBERT EUGENE SMITH, MD
Medical Practice at Dallas Pkwy, Plano, TX

License number
Texas M3742
Category
Medical Practice
Type
Ophthalmology
License number
Texas 45628
Category
Medical Practice
Type
Ophthalmology
Address
Address 2
2108 Dallas Pkwy SUITE 206, Plano, TX 75093
1228 Queen Peggy Ln, Frisco, TX 75056
Phone
(972) 378-3937
(972) 899-2260

Personal information

See more information about ROBERT EUGENE SMITH at radaris.com
Name
Address
Phone
Robert L Smith, age 67
509 Arborview Dr, Garland, TX 75043
(972) 821-9120
Robert L Smith
508 E Howard Ln Trlr 207, Austin, TX 78753
(512) 670-1656
Robert Smith
Amarillo, TX
(806) 352-8069
(806) 355-6055
Robert Smith
Groom, TX
(806) 248-0206

Professional information

Robert Smith Photo 1

Senior Web Developer

Position:
Senior Web Developer at Chronic Disease Fund
Location:
Dallas/Fort Worth Area
Industry:
Information Technology and Services
Work:
Chronic Disease Fund - Plano, TX since Feb 2009 - Senior Web Developer Affiliated Computer Services - Carrollton, TX Jul 2008 - Jan 2009 - Senior Web Developer (Consultant) Bettina Corp - Dallas/Fort Worth Area Jan 2008 - Jul 2008 - Senior Applications Developer Nationstar Mortgage - Dallas/Fort Worth Area Feb 2004 - Nov 2007 - Senior Web Developer Connecture - Dallas/Fort Worth Area Dec 2003 - Jan 2004 - Web Software Engineer (Consultant) IRM, Inc - Dallas/Fort Worth Area Jun 2003 - Dec 2003 - Web Software Engineer (Consultant) Tyler Technologies, Inc - Plano, TX Aug 2000 - May 2003 - Web Software Engineer / Technical Manager RealPage, Inc. - Dallas/Fort Worth Area Oct 1998 - Aug 2000 - Web Software Engineer / Team Lead Raytheon Systems Company - Dallas/Fort Worth Area Oct 1997 - Oct 1998 - Sr. Software Design Engineer USAF Headquarters - Pentagon - Washington D.C. Metro Area 1995 - 1997 - Systems Superintendent - Software Engineer United States Air Force - Worldwide May 1980 - Oct 1997 - Programmer/Analyst
Education:
Strayer University (DC) 1995 - 1997
BS, Computer Science
Community College of the Air Force 1984 - 1987
AAS, Information Systems


Robert Smith Photo 2

ROBERT SMITH, Plano TX - Agent

Work:
Keller Williams
Plano
(972) 599-7000
Interests:
Golf
About:
When buying or selling your home, you need someone with honor, someone with courage, someone with a commitment to you who will get you results. Robert Smith is a licensed professional Realtor who has built his career on the Navy's core values of Honor, Courage, and Commitment. Honor is defined as "I am accountable for my personal and professional behavior and I will be mindful of the privilege to serve my fellow Americans." As your Real Estate Professional, I am accountable to you during the Real Estate transaction and I consider it a privilege to serve YOU. Courage is defined as "The value that gives me the moral and mental strength to do what is right, with confidence and resolution, even in the face of temptation or adversity." As your Real Estate Professional, you can trust the courage I displayed in serving my country, is the same courage I display in representing my clients. Commitment is defined as "It is the day to day duty of every man and woman in the Department of the Navy to join together as a team; in order to improve the quality of our work, our people, and ourselves." As your Realtor, it is the commitment of my team of professionals to provide the highest quality of service in order to meet your every Real Estate need. "Serving My Country" "Serving My Clients"
Links:
Site


Robert Lee Smith Photo 3

Robert Lee Smith, Plano TX

Specialties:
Surgery, Vascular Surgery, Thoracic Surgery, Cardiothoracic Vascular Surgery
Work:
Cardiac Surgery Specialists
4716 Alliance Blvd, Plano, TX 75093 Cardiovascular Specialty Associates of North Texas PA
7777 Forest Ln, Dallas, TX 75230
Education:
The University of Texas at San Antonio (2000)


Robert Smith Photo 4

Robert Smith - stonou

Work:
GMAC - Lewisville, TX
Network Engineer
KRG Technology/Cigna - Plano, TX
Network Support
DISYS/Schlumberger - Houston, TX
Network Administrator
The Judge Group/CitiGroup - Dallas, TX
Network Analyst
Pinnacle Technical Resources/AT&T - Richardson, TX
Technical Support II
RSA Corp/Kellogg, Brown & Root - Houston, TX
Technical Support
Teksystems/Superior Energy - Houston, TX
Desktop/Service Desk Analyst
Robert Half Intl/Anadarko Petroleum - Houston, TX
Group Administrator
Skills:
Routing switching telecomm


Robert Smith Photo 5

Denitrogenation Of Oils With Reduced Hydrogen Consumption

US Patent:
4261813, Apr 14, 1981
Filed:
Nov 5, 1979
Appl. No.:
6/091548
Inventors:
Robert H. Smith - Plano TX
Assignee:
Atlantic Richfield Company - Los Angeles CA
International Classification:
C10G 4502, C10G 6704
US Classification:
208254H
Abstract:
A method of denitrogenating an oil containing a relatively high concentration of nitrogenous compounds characterized by, first, extracting the nitrogenous compounds from the oil with an operable acid solvent to produce a raffinate of low nitrogen content oil and a bottoms of high nitrogen content oil; then recovering the acid solvent from the bottoms, simultaneously producing a small volumeteric flow rate stream of oil containing high content of nitrogenous compounds; depending upon the volumeteric rate of the high nitrogen content oil stream and upon demand, sending it to a hydrogen producing plant for supplying hydrogen for hydrogenation; and recycling the acid solvent. Preferred acid solvents comprise phosphoric acid, formic acid or the monoammonium salt of phosphoric acid. The recovery of the solvent may be by neutralization or by distillation. Also disclosed are complete process steps including an initial hydrogenation step before the extraction; the washing of the oil streams before they are sent to their destinations; and hydrodenitrogenation of the low nitrogen raffinate oil.


Robert Smith Photo 6

Denitrogenation Of Syncrude

US Patent:
4090951, May 23, 1978
Filed:
Jun 6, 1977
Appl. No.:
5/803833
Inventors:
Robert H. Smith - Plano TX
Assignee:
Atlantic Richfield Company - Los Angeles CA
International Classification:
C10G 2512, C10G 2300
US Classification:
208 91
Abstract:
A method for reducing the nitrogen content of a syncrude feed obtained from at least one of oil shale, tar sands, and coal wherein syncrude is mixed with an adsorbent which is effective for adsorbing nitrogen materials from the syncrude feed and also effective as a catalytic cracking catalyst for said syncrude feed. The mixture is settled into a first phase of low nitrogen syncrude material and a second phase of adsorbent and high nitrogen syncrude feed. The first phase can be subjected to additional light or mild hydrotreating, i. e. low temperature, high space velocity, etc. The second phase is stripped to separate low nitrogen syncrude material which is combined with the hydrotreated low nitrogen material to form a first low nitrogen syncrude product. The stripped second phase is catalytically cracked to produce a second low nitrogen syncrude product. The adsorbent from the cracking step is regenerated by heating to at least 1000. degree.


Robert Smith Photo 7

Process For Preparing Sulfur-Containing Coal Or Lignite For Combustion Having Low So.sub.2 Emissions

US Patent:
4192652, Mar 11, 1980
Filed:
Dec 27, 1977
Appl. No.:
5/864569
Inventors:
Robert H. Smith - Plano TX
Assignee:
Atlantic Richfield Company - Los Angeles CA
International Classification:
C10L 500, C10L 910
US Classification:
44 10R
Abstract:
A process for preparing a coal or lignite fuel that contains sulfur for combustion wherein reduced amounts of sulfur-containing air contaminants are emitted from the combustion. In the disclosed process, the coal or lignite that contains sulfur is pulverized, deeply cleaned, mixed with a finely divided inorganic material, and then formed into briquettes or pellets.


Robert Smith Photo 8

Denitrogenation Of Syncrude

US Patent:
4071435, Jan 31, 1978
Filed:
Jun 6, 1977
Appl. No.:
5/803832
Inventors:
Robert H. Smith - Plano TX
Assignee:
Atlantic Richfield Company - Los Angeles CA
International Classification:
C10G 2500, C10G 1302
US Classification:
208 91
Abstract:
A method for reducing the nitrogen content of a syncrude feed obtained from at least one of oil shale, tar sands, and coal wherein the syncrude is mixed with an extractant-catalyst which is effective for extracting nitrogen materials from the syncrude feed and also effective as a hydrocracking catalyst for said syncrude feed. Said mixing helps form a first phase composed of a first low nitrogen syncrude product and a second phase composed of said extractant-catalyst and high nitrogen syncrude feed, separating said first and second phases from one another, and hydrocracking said second phase to produce a second low nitrogen syncrude product.


Robert Smith Photo 9

Converting Low Btu Gas To High Btu Gas

US Patent:
4318711, Mar 9, 1982
Filed:
Dec 28, 1979
Appl. No.:
6/108102
Inventors:
Robert H. Smith - Plano TX
Assignee:
Atlantic Richfield Company - Los Angeles CA
International Classification:
C10K 304
US Classification:
48197R
Abstract:
Low BTU feed gas formed by gasification of carbonaceous materials with air is converted to high BTU gas by partial carbon monoxide separation and by using the reducing characteristic of the remaining feed gas in the iron reduction unit of a standard iron-steam process for manufacturing hydrogen. The hydrogen manufacturing stage also removes nitrogen which is a primary cause of low heat value in upgraded gases. The separated CO and the manufactured H. sub. 2 are converted to a high quality methane. In the process, other undesirable impurities and diluents like hydrogen sulfide and carbon dioxide may be removed first.


Robert Smith Photo 10

Inhibiting Spontaneous Combustion Of Coal Char

US Patent:
4170456, Oct 9, 1979
Filed:
Nov 22, 1978
Appl. No.:
5/962816
Inventors:
Robert H. Smith - Plano TX
Assignee:
Atlantic Richfield Company - Los Angeles CA
International Classification:
C10L 900, C09C 156
US Classification:
44 1F
Abstract:
A method of inhibiting the spontaneous combustion of coal char which comprises treating coal char with air following by carbon dioxide to deactivate the surface of the coal char to oxygen.