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Justin G Conyers, 6018821 Clarisse St, Bakersfield, CA 93314

Justin Conyers Phones & Addresses

18821 Clarisse St, Bakersfield, CA 93314   

3650 Nord Ave, Bakersfield, CA 93301   

3385 Trails End St, Burleson, TX 76028   

555 Sampson St, Mount Pleasant, MI 48858   

310 Maple St, Mount Pleasant, MI 48858   

Mentions for Justin G Conyers

Justin Conyers resumes & CV records

Resumes

Justin Conyers Photo 25

Senior Production Specialist

Location:
Bakersfield, CA
Industry:
Oil & Energy
Work:
California Resources Corporation
Senior Production Specialist
Harbison-Fischer Jan 2012 - Aug 2013
Regional Manager, Technical Services and Export Sales
Harbison-Fischer Jun 2008 - Dec 2011
Senior Application Engineer
Harbison-Fischer Jun 2000 - May 2008
Pump Shop Manager
Harbison-Fischer Apr 1995 - May 2000
Field Sales
Continental-Emsco Apr 1987 - Jan 1994
Pump Shop Foreman and Oil Field Salesman
Hornback Brothers Construction Jun 1986 - Mar 1987
Nail Bender
Continental-Emsco Jun 1982 - Jun 1983
Pump Shop Foreman
Conyers Well Service Jan 1976 - Jun 1982
Rig Hand and Profesional Amateur Motorcycle Racer
Skills:
Pumps, Petroleum, Oilfield, Upstream, Petroleum Engineering, Gas, Energy, Completions, Completion, Artificial Lift, Product Optimization, Energy Industry, Engineering, Oil and Gas Industry, Drilling Engineering, Oil/Gas, Stimulation, Well Testing, Production Technology, Drilling, Directional Drilling
Justin Conyers Photo 26

Justin Conyers

Justin Conyers Photo 27

Justin Conyers

Publications & IP owners

Us Patents

Sand Plunger For Downhole Pump

US Patent:
2012014, Jun 7, 2012
Filed:
Feb 17, 2011
Appl. No.:
13/029639
Inventors:
Justin Conyers - Burleson TX, US
Ian Douglas Rimmer - The Vines, AU
Bradley Craig Rogers - Grand Prairie TX, US
International Classification:
F04B 53/12
US Classification:
417554
Abstract:
A downhole pump has a barrel and plunger. The barrel has a first one-way valve and the plunger has a second done-way valve. The plunger reciprocates with respect to the barrel. The plunger has a first end which has a tapered leading edge. Ports are adjacent to the leading edge. The ports communicate with a passage in the plunger. A sucker rod string coupling is located at the plunger first end. The sucker rod string coupling is coupled to walls located between the ports. The end of the sucker rod string coupling that is coupled to the plunger is tapered so that fluid can flow out of the ports. The sucker rod string coupling and the plunger first end form an integral member that couples to the remainder of the plunger.

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