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Robert G Jubin, Age 575813 Glenlyn Dr, Powell, TN 37849

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Known as:
Robert George Jubin Robert Thomas Jubin Robert J Jubin Robert T Jubin Rob Jubin Bob Jubin
Related to:
Sidney Jubin

Robert Jubin Phones & Addresses

5804 Broughton Ct, Powell, TN 37849 (865) 938-8029

148 Hillside Rd, Spring City, TN 37381 (423) 365-6481

60 Stockton Ave, Uniontown, PA 15401 (813) 988-5505

42 Lindsay Dr, Uniontown, PA 15401 (724) 434-2471

22 Cunningham School Rd, Smock, PA 15480 (724) 677-4572

32 Cunningham School Rd, Smock, PA 15480 (724) 677-0602 (724) 677-4572

Farmington, PA

Temple Terrace, FL

Knox, TN

New Salem, PA

42 Lindsay Dr, Uniontown, PA 15401

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Robert G Jubin

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Work

Company: Pilot travel centers Jan 2012 Address: Knoxville, Tennessee Position: Co-manager

Education

Degree: BS School / High School: Pennsylvania State University-Penn State Fayette- Eberly Campus 1994 to 1999 Specialities: Business

Skills

Customer Service • Hospitality • Sales • Time Management • Retail • Microsoft Office • Budgets • Social Media • Microsoft Excel • Marketing • Training • Strategic Planning • Outlook • Inventory Management • PowerPoint • Customer Satisfaction • Process Scheduler • Microsoft Word • Public Speaking • Leadership • Social Networking • Operations Management • Recruiting

Awards

Pilot Store of the year 2012 out of a pool of 550+ • Leader of the Month Nemacolin Woodlands Resort March 2009 • Salesman of the Month 11 times at 84 Lumber

Interests

Digital Photography, Outdoor Recreation, Investing, Real Estate, Golf

Industries

Hospitality

Mentions for Robert G Jubin

Robert Jubin resumes & CV records

Resumes

Robert Jubin Photo 14

Co-Manager At Pilot Travel Centers

Position:
Co-Manager at Pilot Travel Centers
Location:
Uniontown, Pennsylvania
Industry:
Hospitality
Work:
Pilot Travel Centers - Knoxville, Tennessee since Jan 2012
Co-Manager Nemacolin Woodlands Resort - Farmington PA Jun 2008 - Jan 2011
Housing Manager / International Relations 84 Lumber - Tampa/St. Petersburg, Florida Area Aug 2007 - Apr 2008
Coordinator for Installed Sales
Education:
Pennsylvania State University-Penn State Fayette- Eberly Campus 1994 - 1999
BS, Business Pennsylvania State University-Erie Campus 1994 - 1995
Pennsylvania State University-Penn State Fayette- Eberly Campus 1992 - 1994
Associates of Arts, Letters, Arts and Sciences
Skills:
Customer Service, Hospitality, Sales, Time Management, Retail, Microsoft Office, Budgets, Social Media, Microsoft Excel, Marketing, Training, Strategic Planning, Outlook, Inventory Management, PowerPoint, Customer Satisfaction, Process Scheduler, Microsoft Word, Public Speaking, Leadership, Social Networking, Operations Management, Recruiting
Interests:
Digital Photography, Outdoor Recreation, Investing, Real Estate, Golf
Honor & Awards:
Pilot Store of the year 2012 out of a pool of 550+ Leader of the Month Nemacolin Woodlands Resort March 2009 Salesman of the Month 11 times at 84 Lumber

Publications & IP owners

Us Patents

Cermet High Level Waste Forms

US Patent:
2012021, Aug 23, 2012
Filed:
Feb 22, 2011
Appl. No.:
13/031982
Inventors:
W. Scott Aaron - Clinton TN, US
Emory D. Collins - Knoxville TN, US
Guillermo D. DelCul - Powell TN, US
Robert T. Jubin - Powell TN, US
Raymond J. Vedder - Knoxville TN, US
Assignee:
UT-BATTELLE, LLC - Oak Ridge TN
International Classification:
B22F 1/00
B22F 3/02
US Classification:
419 19, 419 66, 75230
Abstract:
A system and method for stabilizing fission products in a cermet for long term storage. The method includes forming a metal oxide precipitate, combining the metal oxide precipitate with an undissolved solid, and densifying the combined metal oxide precipitate and the undissolved solid to provide a cermet having a ceramic dispersed phase and a metallic matrix phase, wherein the metallic matrix phase includes metallic content from the undissolved solid. The undissolved solid can include fission product metals from the reprocessing of irradiated nuclear fuel. The cermet waste loading can be greater than approximately 30 percent, reducing waste volume by 50 percent or more when compared to baseline glassified articles.

Centrifugal Contactor Modified For End Stage Operation In A Multistage System

US Patent:
4925441, May 15, 1990
Filed:
Jun 13, 1989
Appl. No.:
7/365636
Inventors:
Robert T. Jubin - Powell TN
Assignee:
The United States of America as represented by the United States
Department of Energy - Washington DC
International Classification:
B04B 500
US Classification:
494 32
Abstract:
A cascade formed of a plurality of centrifugal contactors useful for countercurrent solvent extraction processes such as utilizable for the reprocessing of nuclear reactor fuels is modified to permit operation in the event one or both end stages of the cascade become inoperative. Weir assemblies are connected to each of the two end stages by suitable conduits for separating liquids discharged from an inoperative end stage based upon the weight of the liquid phases uses in the solvent extraction process. The weir assembly at one end stage is constructed to separate and discharge the heaviest liquid phase while the weir assembly at the other end stage is constructed to separate and discharge the lightest liquid phase. These weir assemblies function to keep the liquid discharge from an inoperative end stages on the same weight phase a would occur from an operating end stage.

Centrifugal Contactor With Liquid Mixing And Flow Control Vanes And Method Of Mixing Liquids Of Different Phases

US Patent:
5024647, Jun 18, 1991
Filed:
Jun 13, 1989
Appl. No.:
7/365400
Inventors:
Robert T. Jubin - Powell TN
John D. Randolph - Maryville TN
Assignee:
The United States of America as represented by the United States
Department of Energy - Washington DC
International Classification:
B01D 2126
B04B 100
US Classification:
494 37
Abstract:
The invention is directed to a centrifugal contactor for solvent extraction systems. The centrifugal contactor is provided with an annular vertically oriented mixing chamber between the rotor housing and the rotor for mixing process liquids such as the aqueous and organic phases of the solvent extraction process used for nuclear fuel reprocessing. A set of stationary helically disposed vanes carried by the housing is in the lower region of the mixing chamber at a location below the process-liquid inlets for the purpose of urging the liquids in an upward direction toward the inlets and enhancing the mixing of the liquids and mass transfer between the liquids. The upper region of the mixing vessel above the inlets for the process liquids is also provided with a set helically disposed vanes carried by the housing for urging the process liquids in a downward direction when the liquid flow rates through the inlets are relatively high and the liquids contact the vane set in the upper region. The use of these opposing vane sets in the mixing zone maintains the liquid in the mixing zone at suitable levels.

Possible Relatives

Robert R Last  Robert C Stanbery  Robert C Standard  Robert E Standefer  Robert R Standfield  Robert J Stangel  Robert P Stanhope  Robert G Stanifer  Robert J Stanislaw  Robert L Stanke 

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