Sutherland's Las Cruces, NM Jan 2012 to Jun 2014 Delivery DriverReady Drivers El Paso, TX May 2011 to Jan 2012 Class A CDL DriverMT Training Center Grand Prairie, TX Mar 2011 to May 2011 CDL StudentTWC-UI El Paso, TX Dec 2008 to Mar 2011 UnemployedMetro Body Shop El Paso, TX Oct 2006 to Dec 2008 Parts & Service Dept FacilitatorFrisk Communications & Technologies, Inc Amarillo, TX Apr 2003 to Sep 2006 IT Technologies Systems Support ManagerJohn Christner, Inc Sapulpa, OK Apr 2002 to Oct 2003 OTR CDL DriverSonicBoom Technologies & Communications, Inc Oklahoma City, OK Dec 1995 to Apr 2002 Network & Comminications Managment Specialist
Education:
MT Training Center Grand Prairie, TX 2011 to 2011 CDL Licence in Commercial Motor Vehical OperationsCentral Tech Drumright, OK 2002 to 2002 CDL Licence in Commercial Motor Vehical OperationsFrancis Tuttle Vocational & Technology Center Oklahoma City, OK 1999 to 2001 Vocational in Business & Computer TechnologyFrancis Tuttle Vocational & Technology Oklahoma City, OK 1999 to 2001 Vocational in Networking & Hardware ServiceOuachita Vocational & Technical Skills Center Hodgen, OK 1994 to 1995 Computer Technoloies in Business & Computer Technology
Phillip G. Lee - Galveston TX Philip E. Turk - Galveston TX John L. Whitson - Boston MA
Assignee:
Board of Regents, The University of Texas System - Austin TX
International Classification:
B01D 1712
US Classification:
210 85
Abstract:
The present invention relates to computer automated upflow bead filter systems. These systems typically include a bead bed; in situ sensors/transducers for monitoring dissolved oxygen, differential pressure across the filter, water flow, pH, oxidation-reduction potential or any combination of these; a control system, such as a computer, operably coupled to the in situ sensors/transducers; an influent conduit below the bead bed; and an effluent conduit above the bead bed. The in situ sensors/transducers convert monitored conditions to electrical signals and at least back washing or dissolved oxygen may be continually adjusted in accordance with the electrical signals using the control system. By virtue of the control system, water flow rate or residence time, backwash frequency, and backwash duration may be continually adjusted to optimize the operation of the filter.
Automated Closed Recirculating Aquaculture Filtration System And Method
Phillip G. Lee - Galveston TX Philip E. Turk - Galveston TX John L. Whitson - Boston MA
Assignee:
Board of Regents, The University of Texas System - Austin TX
International Classification:
B01D 1712 C02F 300 A01K 6100
US Classification:
210614
Abstract:
The present invention is an automated aquaculture system which comprises: one or more culture tanks connected to a closed system of filters and ultraviolet or ozone sources for water purification prior to returning water to the culture tanks. Also disclosed as part of the system are automated biofilters that automatically monitor water conditions in the system, and video cameras in the tanks that monitor growth and condition of the animals in the tank. This invention is also a process useful for culturing an aquatic species, using the disclosed systems. Preferred species include shrimp, squid, marine fishes and fingerlings and marine mollusks.
Phillip G. Lee - Galveston TX Philip E. Turk - Galveston TX John L. Whitson - Galveston TX
Assignee:
Board of Regents, The University of Texas System - Austin TX
International Classification:
C02F 330
US Classification:
210605
Abstract:
A process and system for the reduction of nitrate to nitrogen in a fluid medium. Anaerobic bacteria fed by a carbon source are used for nitrate reduction. The addition rate of the carbon source and process residence time are controlled using the oxidation-reduction potential of the fluid medium to achieve a desired level of nitrate reduction. An industrial process control system may be used to monitor inputs and control outputs. A column of suspended beads may be used as the anaerobic bacterial bed for denitrification.
Lexington Elementary School Lexington SC 1985-1990, Lexington Intermediate School Lexington SC 1990-1992, Lexington Middle School Lexington SC 1992-1995, Rosman High School Rosman NC 1996-1996
Community:
Courtney Hagins, Andrea Hand, April Corley, Mary Elkin, Ashley Ball, Wendy Hewett