Rio Tinto
Training Officer
Sons of Gwalia Oct 2000 - Mar 2003
Process Technician
Newcrest Mining May 1996 - Sep 2000
Process Technician
Tip Top Meats Jan 1988 - Jan 1995
Plant Supervisor
Education:
Eastern Hills Senior High
Skills:
Cert Iv Tae Cert Iv Taa Cert Iii Bsz Mining Supervising Diploma of V.e.t Factory Training Workplace Safety Iron Ore Risk Assessment Software Documentation Gold Management Occupational Health Minerals Sap Construction Safety Business Intelligence Forklift Operator Plant Maintenance Heavy Equipment Safety Management Systems Continuous Improvement Change Management Supervisory Skills
Pluralsight
Content Technologist
Instructure May 2016 - Sep 2016
L1 Technical Support Engineer
Dell Emc Oct 2015 - May 2016
Schedule and Dispatch Specialist
Hirevue Jan 2014 - Oct 2015
Client Support Specialist and Aspiring Web Developer
Emdeon Sep 2011 - Jan 2014
Qa and Qc Analyst
Education:
Devmountain 2015 - 2015
Salt Lake Community College 2007 - 2014
Skills:
Html Css Javascript Angularjs Account Management Financial Services Sales Loans Risk Management Consumer Lending Leadership Management Customer Service Salesforce.com Crm Web Development Quality Assurance Independent Thinking Team Building Business Development Customer Relationship Management
Interests:
Children Civil Rights and Social Action Environment Education Science and Technology Human Rights Arts and Culture
Brent C. Black - Salt Lake City UT Steven G. Coombs - Layton UT John B. Ainsworth - Salt Lake City UT John Thorum - Salt Lake City UT
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
B01D 2446
US Classification:
210264
Abstract:
The invention comprises an improvement in a cleaning apparatus particularly useful for filters. A mechanism drives a hood into position adjacent partitions. A sealing member is selectively actuated to seal off at least one such compartment for cleaning while the remainder of the filter remains in service. Sealing is accomplished by interaction between the hood and the partitions. The invention also relates to techniques for selectively bringing the hood into contact with the partitions, and a construction of the hood and a media support plate which allows flexibility to lilft and scour the filter media using a gas to dislodge impurities, coupled with a liquid backwash involving drawing filtered water back through the media to carry away the impurities out of the filter.
Apparatus And Method For Clarifier Sludge Collection
Bruce D. Bradley - Salt Lake City UT Steven G. Coombs - Layton UT
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
B01D 3700 B01D 1200
US Classification:
210767
Abstract:
A sludge removal apparatus for a clarifier tank includes a rotatable or stationary sealed sludge collection box submerged in the tank and surrounding a vertical, central influent column. The collection box is positioned at any elevation between the tank bottom to a position just below the liquid/solids level in the tank. A rotatable rake arm or pick-up pipe or sludge collection duct may be affixed to and rotates with the box and a driving cage to push or pick-up sludge at the tank bottom for transport to the collection box. A substantially constant flow of sludge may be provided in the collection box by valved or adjustable orifice control over the flow of sludge from the pick-up pipe(s) or duct(s) or center tank cone. A fixed flanged manifold spool with spaced branches is positioned between flanged vertical sections of the center column and sludge is transported from the collection box through the branches to a concentric sludge withdrawal pipe extending downwardly within the center column.
Apparatus And Method For Clarifier Sludge Collection
Bruce D. Bradley - Salt Lake City UT Steven G. Coombs - Layton UT
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
B01D 3700
US Classification:
210767
Abstract:
A sludge removal apparatus for a clarifier/thickener tank includes a central rotatable or stationary sealed sludge collection box submerged in the tank and surrounding a vertical, central influent column or support shaft. The collection box is positioned at any elevation between the tank bottom to a position just below the liquid/air level in the tank. At least one rotatable rake arm, preferably one or two pairs of spaced rake arms each having a spiral blade, is affixed to and rotates with the box and a driving cage, to inwardly push or pick-up sludge at the tank bottom for transport to the collection box. A substantially controlled flow of sludge may be provided into the collection box by valved or adjustable gate control through a sidewall opening in the collection box.