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Craig Lajaunie Phones & Addresses

  • Centerville, LA
  • 9056 Highway 182, Franklin, LA 70538 (337) 836-5854
  • Broussard, LA
  • Lafayette, LA

Work

Position: Consultant

Skills

Program Management • Upstream • Project Management • Microsoft Excel • Management Consulting • Capacity Building • Offshore Drilling • Strategic Planning • International Development • Energy • Project Planning • Petroleum • Oil/Gas • Energy Industry • Microsoft Office • Program Evaluation • Gas • Supervisory Skills • Change Management • Operations Management • Completion • Oil and Gas • Pressure • Oil and Gas Industry

Industries

Program Development

Public records

Vehicle Records

Craig Lajaunie

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Address:
PO Box 171, Centerville, LA 70522
Phone:
(337) 836-5854
VIN:
1GNFK23069R125063
Make:
CHEVROLET
Model:
TAHOE
Year:
2009

Resumes

Resumes

Craig Lajaunie Photo 1

Consultant

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Location:
409 3Rd St, Broussard, LA 70518
Industry:
Program Development
Work:

Consultant
Skills:
Program Management
Upstream
Project Management
Microsoft Excel
Management Consulting
Capacity Building
Offshore Drilling
Strategic Planning
International Development
Energy
Project Planning
Petroleum
Oil/Gas
Energy Industry
Microsoft Office
Program Evaluation
Gas
Supervisory Skills
Change Management
Operations Management
Completion
Oil and Gas
Pressure
Oil and Gas Industry

Publications

Us Patents

Downhole Triggering Device

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US Patent:
59083654, Jun 1, 1999
Filed:
Feb 5, 1997
Appl. No.:
8/794974
Inventors:
Craig C. LaJaunie - Centerville LA
Steven C. Headley - Arlington TX
Assignee:
Preeminent Energy Services, Inc. - Broussard LA
International Classification:
E21B 431185
US Classification:
475 456
Abstract:
A self-contained tool incorporates an electronic system for significantly reducing the number of batteries required to detonate an explosive downhole, making the tool short enough for transport by helicopter, rather than by boat, to an offshore well. This shortness is further beneficial for negotiating tight-radius bends in deviated wells. Safety is improved by a shear pin holding a pressure-activated switch in an open position until sufficient pressure shears the shear pin. Control from the surface is provided in applications where fluid pressure is controlled at the surface and raised to shear the shear pin. Longer run-in time is better accommodated by the combination of the electronic system and the shear pin.
Craig C Lajaunie from Centerville, LA, age ~76 Get Report