Sep 1990 to 2000 Senior PastorMiddle and High Schools
Sep 2002 to Aug 2004 Chancellor/PrincipalChristian Fellowship of Nashport Nashport, OH Jun 1978 to Aug 1990 Senior PastorNew Life Christian College Zanesville, OH 1986 to 1989 Instructor of Apologetics & Bible SurveyChristian Life Church Mount Prospect, IL May 1977 to Jun 1978 Praise and worship leaderNeighborhood Church Fort Payne, AL Sep 1976 to May 1977 Piano and organ accompanistRock Church Rockford, IL Sep 1973 to Sep 1976 Sunday school teacherPhiladelphia Church Chicago, IL Sep 1968 to Sep 1973 Member/Attendee
Education:
Christian Life College Mount Prospect, IL May 2000 Bachelor of Arts in Ministerial StudiesTriton College River Grove, IL Sep 1977 to May 1978 Accounting, Computer Math, and PersonalChicago Bible College Mount Prospect, IL May 1972 Diploma in TheologyEast Leyden High School Franklin Park, IL Jun 1968 DiplomaOhio University Zanesville, OH Philosophy and Piano
global geophysical services Missouri City, TX Jun 2012 to Jun 2013 seismic linesman/ head linesmanQ based healthcare Erath, LA Aug 2008 to May 2012 online shipping specialist/ warehouse person
Education:
abbeville high school Abbeville, LA 1995 to 1999 Ged diploma in General
Skills:
organization skills, professional attitude, likes fast paced work environment.
Oct 2011 to 2000 Naval Security Force OfficerUS Navy Kings Bay, GA Jan 2006 to Jan 2007 Missile Technician Apprentice
Education:
Forest Brook High School Houston, TX Dec 2006 Certificate of Completion in Electronics Tester
Skills:
Microsoft Office Suite (Outlook, Word, Excel, PowerPoint), SharePoint, AutoCad, Autodesk Maya3D, CNIC Navy Security Force Training Course, October 2011
Gerald C. Adams - Sugar Land TX Robert J. Faircloth - Houston TX Jimmie B. Lawson - Houston TX
Assignee:
Shell Oil Company - Houston TX
International Classification:
E21B 4312 E21B 4322
US Classification:
166279
Abstract:
Scale inhibitors are precipitated in a formation by injection in an acidic solution comprising a base generating component and a chelating agent. The inhibitor is preferably a calcium salt of an organic phosphonate. The chelating agent prevents iron ions from causing premature hydrolysis of the base generating component.
Acid Stimulation Process For Production From Subterranean Formations
Gerald C. Adams - Sugar Land TX Jimmie B. Lawson - Houston TX Lee N. Morgenthaler - Houston TX
Assignee:
Shell Oil Company - Houston TX
International Classification:
E21B 4327
US Classification:
166300
Abstract:
The present invention is a method to improve permeability of a formation in the vicinity of a production wellbore. An acid treatment composition is placed in the formation after a foaming composition is injected and a foam created from the foaming composition, thus forcing the acid treatment composition into less permeable strata. The foaming composition contains a sulfate surfactant as a foam stabilization agent. The sulfate hydrolyzes after a time period that is long enough to permit placement of the acid treatment composition. After the sulfate hydrolyzes, it becomes ineffective as a surfactant. Fluids produced from the formation after the acid treatment according to the present invention therefore do not contain significant concentrations of active surfactants, and therefore do not create foams or emulsions in surface separation equipment.
Jimmie B. Lawson - Houston TX Gerald C. Adams - Sugar Land TX Robert J. Faircloth - Houston TX
Assignee:
Shell Oil Company - Houston TX
International Classification:
E21B 4326
US Classification:
166300
Abstract:
A method is provided to fracture a subterranean formation along with a fracturing fluid useful in this method, the method comprising the steps of: a) providing a fracturing fluid, the fracturing fluid is an aqueous solution having an initial pH greater than about 8 and comprising a polysaccharide, a source of borate in an amount that is effective to crosslink the polysaccharide at a pH greater than 8, an oxidative breaker, and a precursor that hydrolyzes in an amount that is effective to lower the pH of the fracturing fluid after a time period that is greater than about one half hour and less than about two days; b) injecting the fracturing fluid into the formation at a pressure the is effective to fracture the formation and force at least a portion of the fracturing fluid into the fracture; and c) permitting the precursor to hydrolyze and thereby lowering the pH of the fracturing fluid to a pH that is less than about 8.