Southern Virginia University since 2005
Director of Annual Giving, Admissions Teleservices
QVC 2001 - 2003
Corporate Communications Manager
LDS Church 1987 - 2000
Telefund Manager
Education:
Brigham Young University
Bachelor of Science (B.S.), Psychology
Timpview
Skills:
Fundraising Higher Education Nonprofits Public Speaking Community Outreach Annual Fund Non Profits Leadership Strategic Planning Event Planning Program Development Alumni Relations Research Event Management Leadership Development Social Networking Editing Strategic Communications Teaching Microsoft Office Annual Giving Management Building Business Relationships Grant Writing Proposal Writing Staff Development Social Media Student Affairs Team Building Motivational Speaking Customer Service Powerpoint Microsoft Word Microsoft Excel Time Management Marketing Mandarin Chinese Social Media Marketing Budgets Public Relations Analysis Program Management Nonprofit Organizations
Jeffrey C. Robison - Provo UT Stephen R. Chipman - Provo UT Michael R. Luque - Orem UT Craig C. Smith - Provo UT
Assignee:
Caldera Engineering LC - Provo UT
International Classification:
F16K 3100
US Classification:
251368, 251210
Abstract:
A new valve device adapted specifically for use with hot erosive flow streams is provided. This valve device has an inner plug head, which modulates and throttles the amount of flow passing through the valve when the valve is open. The inner plug head is shaped so that as the valve plug approaches the closed position, the inner plug head blocks most of the flow path, reducing the flow to a small amount. The valve of this invention has an outer plug head the contacts the valves outer ceramic seat as the valve reaches the closed position. Contact between the outer ceramic seat and the outer ceramic plug entirely shuts off flow through the valve.
Jeffrey C. Robison - Provo UT Stephen R. Chipman - Provo UT Michael R. Luque - Orem UT Craig C. Smith - Provo UT
Assignee:
Caldera Engineering LC - Provo UT
International Classification:
F15D 102
US Classification:
138 39, 138 44
Abstract:
A new segmented choke is provided. Designed to reduce thermal stresses created when the fluid temperature fluctuate, this invention is constructed of segmented ceramic members fit within a relatively thin-walled retainer, shrunk fit thereto, thereby allowing the retainer to be more compliant. Shorter, multiple segments used in this invention are also easier to manufacture, can be produced with tighter tolerances, provide easier access thereby reducing maintenance costs and allow for the inclusion of sensors in the individual ceramic segments. This invention also provides improvements in size, manufacturing cost, ease of use and operating efficiency over prior choke devices.
Controlled Dispersion Multi-Phase Nozzle And Method Of Making The Same
Stephen R. Chipman - Provo UT, US Michael R. Luque - Orem UT, US Herman Pieterse - Tucson AZ, US Jeffrey C. Robison - Provo UT, US Craig C. Smith - Provo UT, US
Assignee:
Caldera Engineering LLC - Provo UT
International Classification:
F16K 51/00
US Classification:
138 44, 251122
Abstract:
A nozzle design and method for designing such a nozzle being adapted for three phase slurry flow from the choke into the flash tank during pressure let-down in autoclave mining operations that uses a selection of the expansion ratio in the choke to select a nozzle dispersion angle to select a spread of the flow over the slurry pool in the flash tank, to generally maximize the use of the pool for energy dissipation without causing undo wear and tear on the tank walls.
Jeffrey C. Robison - Provo UT, US Frank Redd - Orem UT, US
Assignee:
Caldera Engineering, LC - Provo UT
International Classification:
F16K 1/00 F16K 15/00 F16K 47/00 F16L 55/02
US Classification:
251333, 251118, 251125
Abstract:
The present invention relates to valve plugs for reducing erosion of the valve plug head and/or seat. More specifically, this invention comprises a valve plug incorporating a choke transfer trim that reduces the time of exposure of the plug head and/or seat to high velocity and high pressure drop at the interface of the plug head and seat when the valve is in the closed position. The choke transfer trim transfers the flow control area of the valve away from the plug head/seat interface to a location downstream, thereby reducing erosion at the interface between the valve plug head and/or seat that is typically used for fluid throttling and shut off.
Jeffrey Robison - Provo UT, US Stephen Chipman - Provo UT, US Michael Luque - Orem UT, US Craig Smith - Provo UT, US
Assignee:
Caldera Engineering, LC
International Classification:
F15D001/00
US Classification:
138/044000, 138/039000, 138/038000
Abstract:
A new flash tube device adapted specifically for use with hot erosive flow streams is provided. This flash tube uses an extension cone fixed to the outlet of a choke to create an extension choke to insure that the shock wave occurs within the extension choke, thereby decreasing the flow velocity to a subsonic level, reducing the kinetic energy of the flow as it leaves the extension choke. By moving the shock wave into the extension choke, this device dramatically improves the working life of the flash tank, allowing for easier separation of fluid/solids and vapor in the flash tank.
In accordance with various aspects of the present invention, methods and apparatuses for designing and configuring dissimilar material retention, specifically a valve plug assembly, are disclosed. The methods and apparatuses enable the application of a wider range of materials in a valve plug assembly than previous valve plug assemblies, and also increase the operational temperature range of the valve plug assembly. In an exemplary embodiment, a valve plug assembly comprises a plug head, a collet surrounding the plug head, a plug base adjacent to the collet, and a retainer surrounding the tapered outside surface of the collet and the plug base, where the plug head extends past the collet and the retainer. The valve plug assembly is configured to create an interference fit of the various components.
John Roger Peterson - Provo UT, US M. Robert Mock - Midway UT, US Jeffrey C. Robison - Provo UT, US Stephen R. Chipman - Provo UT, US Grant Jay Brockbank - Springville UT, US Michael R. Luque - Orem UT, US
Assignee:
CALDERA ENGINEERING, LC - Provo UT
International Classification:
G21B 1/00 B32B 37/14 F16K 99/00
US Classification:
376150, 156 94, 251368
Abstract:
Systems and methods for bonding ceramic materials are disclosed herein. In various embodiments, a process is provided comprising the steps of disposing a bonding material at least partially adjacent to a surface of a first silicon carbide component and at least partially adjacent to a surface of a second silicon carbide component, and bonding said first silicon carbide component to said second silicon carbide component by heating, wherein said bonding material comprises vanadium or titanium.
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Jeffrey Robison
Work:
Beatrice Baptist Church - Pastor (6)
Education:
NTS - Pursing a Th. D. in Systematic Theology, Oklahoma Baptist University - B.A. Pastoral Ministry, The Southern Baptist Theological Seminary - M. Div. Missions
Tagline:
Husband, Father, Pastor, & Friend
Jeffrey Robison
Jeffrey Robison
Jeffrey Robison
Jeffrey Robison
Education:
Deep run hs
Jeffrey Robison
Jeffrey Robison
Youtube
Thomas - Show Up (Remix)
show up remix
Category:
Music
Uploaded:
22 Jun, 2011
Duration:
3m 16s
The Mayor won't Like you, Benny2.mp4
Benny Woodby sings the Biofermentation Blues, otherwise known as the P...
Category:
Music
Uploaded:
05 Feb, 2012
Duration:
2m 41s
Jeff & Tami Allen: I'm Born Again, Whatever T...
A comedian whose life was reversed by Jesus Christ reveals how an atti...
Category:
People & Blogs
Uploaded:
26 Jul, 2010
Duration:
2m
Jeffrey Robison Daytona 500R practice
Testing Video, First Upload
Category:
People & Blogs
Uploaded:
25 Feb, 2012
Duration:
56s
Jeffrey Robison daytona 500R practice
testing number 2. tv1 shot.
Category:
People & Blogs
Uploaded:
27 Feb, 2012
Duration:
55s
Jeff Robinson silences the RAC
Jeff Robinson drills a big 3 down the stretch against Rutgers.