Frank Junior Walker

Author:

Frank Arneil Walker

ISBN #:

0140710795

Author:

Frank Arneil Walker

ISBN #:

0300095945

Author:

Frank Arneil Walker

ISBN #:

0300096704

Author:

Frank Arneil Walker

ISBN #:

0707304768

Author:

Frank Couper Walker

ISBN #:

0407405003

Author:

Frank Couper Walker

ISBN #:

0443011656

Author:

Frank Walker

ISBN #:

0171330056

Author:

Frank Walker

ISBN #:

0226871320

US Patent:

52228673, Jun 29, 1993

Filed:

Oct 15, 1991

Appl. No.:

7/776566

Inventors:

Frank J. Walker - Miami FL
Frank J. Walker - Tulsa OK

International Classification:

F04B 4906

US Classification:

417 12

Abstract:

Method and apparatus for optimizing the overall production efficiency of any pumping well based on accurate measurements of the time-averaged rate that fluid exists the wellhead. The improved apparatus includes temperature compensated, hermetically sealed electronic sensors that accurately measure the instantaneous rate of both pulsating and steady-state flow, and devices for processing measured flow-rate information to ascertain the performance of downhole equipment and fluid reservoirs. The apparatus is self-calibrating on any well, and automatically compensates for normal changes in both downhole equipment and reservoir performance that typically limit the operation of conventional well-control devices. The apparatus may be easily installed at ground level without major changes to existing wellhead equipment, and readily adapts to the efficient control of pumping equipment utilized with any other type of fluid reservoir.

US Patent:

50637754, Nov 12, 1991

Filed:

Mar 16, 1990

Appl. No.:

7/494413

Inventors:

Frank J. Walker - Miami FL
Frank J. Walker - Tulsa OK

International Classification:

G01F 128

US Classification:

73155

Abstract:

Method and apparatus for optimizing the overall production efficiency of any pumping well based on accurate measurements of the time-averaged rate that fluid exists the wellhead. The improved apparatus includes temperature compensated, hermetically sealed electronic sensors that accurately measure the instantaneous rate of both pulsating and steady-state flow, and devices for processing measured flow-rate information to ascertain the performance of downhole equipment and fluid reservoirs. The apparatus is self-calibrating on any well, and automatically compensates for normal changes in both downhole equipment and reservoir performances that typically limit the operation of conventional well-control devices. The apparatus may be easily installed at ground level without major changes to existing wellhead equipment, and readily adapts to the efficient control of pumping equipment utilized with any other type of fluid reservoir.

US Patent:

50060449, Apr 9, 1991

Filed:

Nov 2, 1989

Appl. No.:

7/430418

Inventors:

Frank J. Walker - Miami FL
Frank J. Walker - Tulsa OK

International Classification:

F04B 4702

US Classification:

417 12

Abstract:

Method and apparatus for optimizing the overall production efficiency of any pumping well based on accurate measurements of the time-averaged rate that fluid exists the wellhead. The improved apparatus includes temperature compensated, hermetically sealed electronic sensors that accurately measure the instantaneous rate of both pulsating and steady-state flow, and device for processing measured flow-rate information to ascertain the performance of downhole equipment and fluid reservoirs. The apparatus is self-calibrating on any well, and automatically compensates for normal changes in both downhole equipment and reservoir performance that typically limit the operation of conventional well-control devices. The apparatus may be easily installed at ground level without major changes to existing wellhead equipment, and readily adapts to the efficient control of pumping equipment utilized with any other type of fluid reservoir.