Search

Peter Jack Schrenkel

from Midland, TX
Age ~66

Peter Schrenkel Phones & Addresses

  • 5216 Alysheba Ln, Midland, TX 79705
  • 5810 Sterling Ct, Midland, TX 79707
  • 3717 Elizabeth Dr, Carrollton, TX 75007
  • Dallas, TX
  • Humble, TX
  • Longview, TX
  • 5810 Sterling Pl, Midland, TX 79707

Work

Position: Managing partner

Resumes

Resumes

Peter Schrenkel Photo 1

Managing Partner

View page
Work:

Managing Partner

Business Records

Name / Title
Company / Classification
Phones & Addresses
Peter J Schrenkel
Manager
SCHRENKEL HOLDINGS, LLC
Holding Company
PO Box 8105, Midland, TX 79708
5810 Sterling Pl, Midland, TX 79707
Peter J Schrenkel
President
VISION NATURAL RESOURCES, LP
Business Services at Non-Commercial Site
PO Box 8105, Midland, TX 79708
500 W Texas SUITE 1425, Midland, TX 79701
455 W Maurice St, Hot Springs, AR 71901
5810 Sterling Pl, Midland, TX 79707
(432) 682-6060
Peter Jack Schrenkel
President, Treasurer, Director
Vision Natural Resources, Inc
Business Services at Non-Commercial Site
3717 Elizabeth Dr, Carrollton, TX 75007

Publications

Us Patents

System And Method For Removing Solid Particulates From A Pumped Wellbore Fluid

View page
US Patent:
6394183, May 28, 2002
Filed:
Jul 25, 2000
Appl. No.:
09/625241
Inventors:
Peter Schrenkel - Carrollton TX
Jimmie H. Naylor - Tulsa OK
Roy R. Fleshman - Morrison OK
Kevin T. Scarsdale - Bartlesville OK
Rodger D. Lacy - Houston TX
Dwight Chilcoat - Fresno TX
Assignee:
Schlumberger Technology Corporation - Rosharon TX
International Classification:
E21B 4338
US Classification:
166265, 1661051, 1661054
Abstract:
A system for removing solid particulates from a production fluid. The system includes a solid separator to remove the solid particulates from the production fluid to reduce pump component wear. The system is disposed in a wellbore such that wellbore fluids are drawn into the solids separator before entering the submersible pump. Solid particulates are separated from the fluid that flows through the solids separator before entering the submersible pump. The solid particulates are routed past the submersible pump. The solid particulates may be reinjected into the fluid discharged from the pump.

System And Method For Removing Solid Particulates From A Pumped Wellbore Fluid

View page
US Patent:
6698521, Mar 2, 2004
Filed:
May 24, 2002
Appl. No.:
10/155779
Inventors:
Peter Schrenkel - Carrollton TX
Jimmie H. Naylor - Tulsa OK
Roy R. Fleshman - Morrison OK
Kevin T. Scarsdale - Bartlesville OK
Rodger D. Lacy - Houston TX
Dwight Chilcoat - Fresno TX
Assignee:
Schlumberger Technology Corporation - Sugar Land TX
International Classification:
E21B 4338
US Classification:
166369, 166265, 1661051
Abstract:
A system for removing solid particulates from a production fluid. The system includes a solid separator to remove the solid particulates from the production fluid to reduce pump component wear. The system is disposed in a wellbore such that wellbore fluids are drawn into the solids separator before entering the submersible pump. Solid particulates are separated from the fluid that flows through the solids separator before entering the submersible pump. The solid particulates are routed past the submersible pump. The solid particulates may be reinjected into the fluid discharged from the pump.

Production Profile Determination And Modification System

View page
US Patent:
6904797, Jun 14, 2005
Filed:
Dec 19, 2001
Appl. No.:
10/025410
Inventors:
Peter J. Schrenkel - Carrollton TX, US
Terry E. Hix - Blanchard OK, US
Arthur M. Bedgood - Tyler TX, US
Christopher Patrick Brown - Flower Mound TX, US
Assignee:
Schlumberger Technology Corporation - Sugar Land TX
International Classification:
E21B047/10
US Classification:
7315218
Abstract:
A system and method for profiling and modifying fluid flow through a wellbore. The system comprises a logging system, a downhole unit, and a deployment system. The logging system comprises a logging tool. The downhole unit is operable to house the logging tool. In addition, the downhole unit is operable to selectively secure a retrievable fluid barrier within a wellbore casing. The deployment system is operable to deploy the downhole unit in the wellbore casing. The method comprises deploying the downhole unit into the wellbore and securing the retrievable fluid barrier below a first group of perforations. The method also comprises operating the logging tool to detect a wellbore fluid parameter.

Production Profile Determination And Modification System

View page
US Patent:
7004020, Feb 28, 2006
Filed:
May 25, 2005
Appl. No.:
10/908757
Inventors:
Peter J. Schrenkel - Carrollton TX, US
Terry E. Hix - Blanchard OK, US
Arthur M. Bedgood - Tyler TX, US
Christopher Patrick Brown - Flower Mound TX, US
Albert G. Ollre IV - Sugar Land TX, US
Assignee:
Schlumberger Technology Corporation - Sugar Land TX
International Classification:
E21B 47/10
US Classification:
7315218
Abstract:
A system and method for profiling and modifying fluid flow through a wellbore. The system comprises a logging system, a downhole unit, and a deployment system. The logging system comprises a logging tool. The downhole unit is operable to house the logging tool. In addition, the downhole unit is operable to selectively secure a retrievable fluid barrier within a wellbore casing. The deployment system is operable to deploy the downhole unit in the wellbore casing. The method comprises deploying the downhole unit into the wellbore and securing the retrievable fluid barrier below a first group of perforations. The method also comprises operating the logging tool to detect a wellbore fluid parameter.

System And Method For Deploying A Wireline Retrievable Tool In A Deviated Well

View page
US Patent:
61387649, Oct 31, 2000
Filed:
Apr 26, 1999
Appl. No.:
9/299424
Inventors:
Kevin T. Scarsdale - Bartlesville OK
Marvin A. Keller - Bartlesville OK
Peter Schrenkel - Carrollton TX
Assignee:
Camco International, Inc. - Houston TX
International Classification:
E21B 708
US Classification:
166382
Abstract:
A method for deploying a progressing cavity pump in a deviated well. The method allows a wireline deployment system to be used in moving a progressing cavity pump through a deviated well. The wireline is connected to a pump-down tool which is lowered into the production tubing. The pump-down tool allows a seal to be formed between an interior surface of the production tubing and the pump-down tool. This allows pressure, such as hydraulic pressure, to push the progressing cavity pump through well deviations to a desired location.
Peter Jack Schrenkel from Midland, TX, age ~66 Get Report