Roger A Frederickson

age ~69

from Slidell, LA

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Also known as:

Roger Alan Frederickson
Roger A Fredrickson
Ashley Frederickson
Ro Frederickson
Rodger Fredrickson
Frederickson Ro
Ashley R

Phone and address:: 235 Jacqueline Dr, Slidell, LA 70458

Connected to:

Roger Frederickson Phones & Addresses

235 Jacqueline Dr, Slidell, LA 70458
25511 Lyon Springs Ct, Spring, TX 77373 • 2812889046
McHenry, IL
808 Cedar Ave, Metairie, LA 70001 • 5042673244
Kenner, LA
Meraux, LA
River Ridge, LA
Chalmette, LA
Ft Lauderdale, FL

Work

Position:

Professional/Technical

Education

Degree:

High school graduate or higher

Emails

r***[email protected]

Resumes

Roger Frederickson

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Location:

235 Jacqueline Dr, Slidell, LA 70458

Industry:

Oil & Energy

Work:

Exxonmobil Oct 2016 - Mar 2017
Subsurface Engineering Advisor
Exxonmobil Apr 1, 2014 - Oct 2016
Wellwork Superintendent
Exxonmobil Jul 2003 - Apr 2014
Division Supervising Engineer - Subsurface Engineering
Exxonmobil Mar 2000 - Jul 2003
Senior Supervising Engineer - Subsurface Engineering
Exxon Company U.s.a Aug 1998 - Mar 2000
Senior Engineering Supervisor - Subsurface Engineering

Education:

Louisiana State University 2013 - 2016
Bachelors Louisiana State University 1973 - 1978
Bachelors, Mechanical Engineering

Skills:

Petroleum
Oil/Gas
Gas
Petrochemical
Onshore
Project Engineering
Upstream
Energy
Epc
Engineering
Refinery
Commissioning
Offshore Drilling
Pipelines
Feed
Oil and Gas
Onshore Operations
Energy Industry

Roger Frederickson

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License Records

Roger A. Frederickson

Address:

25511 Lyon Spg Ct, Spring, TX

License #:

EI.0005981 - Expired

Category:

Civil Engineer

Issued Date:

Jan 1, 1900

Expiration Date:

Sep 30, 2005

Us Patents

Deformable Gravel Pack
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US Patent:

20020011334, Jan 31, 2002
Filed:

May 21, 2001
Appl. No.:

09/862795
Inventors:

Mark Biegler - Houston TX, US
John Mohr - Missouri TX, US
Roger Frederickson - Meraux LA, US
International Classification:

E21B043/04
US Classification:

166/278000, 166/051000, 166/276000
Abstract:

A gravel pack is formed using a mixture of a solid deformable material and conventional gravel pack gravel. In the event of reservoir compaction, such a gravel pack will reduce the transmission of forces from the subterranean formation to the wellbore completion hardware, thereby significantly extending the life of a well. Deformable materials selected for mixing with conventional gravel may be elastically flexible, plastically deformable, or crushable solid materials or particles.