Apr 2012 to 2000 Project Manager Data IntegrationPrognosis Houston, TX Sep 2011 to Apr 2012 Health Informatics Project ManagerMedAssets Plano, TX 2008 to 2011 Senior Government Programs Project Manager-New ImplementationsUnited Healthcare Plano, TX 2006 to 2008 Manager, Americhoice Provider Central Service UnitPresbyterian Hospital of Plano Plano, TX 2006 to 2007 Patient Information CoordinatorBlue Cross/Blue Shield Kansas City, MO 2001 to 2004 SR. Project Manager CAT TeamMenorah Medical Center Overland Park, KS 1998 to 2001 Manger, Patient Access Services
Education:
Western Governors University 2011 Bachelor of Arts in Health Information ManagementUniversity of Kansas Lawrence, KS 2001 Associate of Arts in Business AdministrationTechnical School Kansas City, KS 1997 Vocational in Information Management
2010 to 2000 Strategic Military Planner for pertinent USCENTCOM contingency plansManTech Inc. United States Central Command MacDill AFB, FL 2009 to 2010 Military Deception PlannerCubic Inc. United States Marine Corps Forces Central Command MacDill AFB, FL 2005 to 2009 AdvisorSytex Inc. United States Central Command MacDill AFB, FL 2004 to 2005 lead CI / HUMINT analyst for Afghanistan and PakistanUnited States Marine Corps. United States Central Command MacDill AFB, FL 2000 to 2004 USCENTCOM Director of IntelligenceUnited States Marine Corps. 2nd Intelligence Battalion Camp Lejeune, NC 1998 to 2000 CI/Force Protection (CI/FP) team leader
Education:
Troy University Jul 2008 BS in Political Science-International AffairsNorwich University Master in Conflict Resolution
The invention relates to a new improved catalyst to produce random copolymers of one or more iso-olefin monomers and one or more para-alkylstyrene monomers. The invention also relates to an improved continuous slurry polymerization process to produce random copolymers using the improved catalyst system. The process is carried out in an anhydrous polymerization system containing a mixture of the monomers in a polar solvent along with a Lewis acid and a stabilizing initiator.
The invention relates to a new improved catalyst to produce random copolymers of one or more iso-olefin monomers and one or more para-alkylstyrene monomers. The invention also relates to an improved continuous slurry polymerization process to produce random copolymers using the improved catalyst system. The process is carried out in an anhydrous polymerization system containing a mixture of the monomers in a polar solvent along with a Lewis acid and a stabilizing initiator.
Process For Polymerizing Cationically Polymerizable Monomers
Robert N. Webb - Kingwood TX, US David Y. Chung - Bellaire TX, US Andrew B. Donnalley - League City TX, US Michael F. McDonald - Kingwood TX, US Kenneth W. Powers - Berkeley Heights NJ, US Ralph Howard Schatz - Keystone CO, US
Assignee:
ExxonMobil Chemical Patents Inc. - Houston TX
International Classification:
C08F002/00
US Classification:
526237, 526335, 5263487
Abstract:
The invention relates to a new catalyst system that improves the heat transfer capability of a butyl reactor slurry process system in the production of random copolymers of one or more isoolefin monomers and one or more conjugated diene monomers in continuous slurry polymerization processes. The process is carried out in an anhydrous polymerization system containing a mixture of the monomers in a polar diluent along with a Lewis acid and a Cor greater initiator having a tertiary halide.
Thomas Chen-chi Yu - Bellaire TX Kenneth William Powers - Berkeley Heights NJ Hsien Chang Wang - Edison NJ
Assignee:
Exxon Mobil Chemical Patents Inc. - Houston TX
International Classification:
C08L 2316 C08L 2318
US Classification:
525178
Abstract:
The invention relates to impact modifiers for polyamide compositions which improve the impact strength of the polyamides without adversely affecting the flexural modulus of the composition. The impact modifiers comprise blends of halogenated copolymers of a C. sub. 4 to C. sub. 7 isomonoolefin and an alkyl/styrene with a polyolefin.
Thomas C. Yu - Bellaire TX Kenneth W. Powers - Berkeley Heights NJ Hsien C. Wang - Edison NJ
Assignee:
Exxon Chemical Patents Inc. - Linden NJ
International Classification:
C08L 2316 C08L 2318
US Classification:
525240
Abstract:
The invention relates to impact modifiers for polyamide compositions which improve the impact strength of the polyamides without adversely affecting the flexural modulus of the composition. The impact modifiers comprise blends of halogenated copolymers of a C. sub. 4 to C. sub. 7 isomonoolefin and an alkyl/styrene with a polyolefin.