MR. JOSEPH ERVIN HAWKINS, MA LPC LCDC
Marriage and Family Therapists at Highpoint Ln, Houston, TX

License number
Texas 199954LPC
Category
Social Work
Type
Counselor
License number
Texas 5637
Category
Social Work
Type
Addiction (Substance Use Disorder)
License number
Texas 839
Category
Marriage and Family Therapists
Type
Marriage & Family Therapist
Address
Address
4319 High Point Ln, Houston, TX 77053
Phone
(713) 434-9355

Personal information

See more information about JOSEPH ERVIN HAWKINS at radaris.com
Name
Address
Phone
Joseph Hawkins, age 76
5001 Timothy St, Texas City, TX 77591
Joseph Hawkins, age 95
5630 Wigton Dr, Houston, TX 77096
(713) 723-3556
Joseph Hawkins
5300 Anchorage Ave, El Paso, TX 79924
Joseph Hawkins
3919 Fairmont Pkwy #C117, Pasadena, TX 77504
(713) 487-0005
Joseph Hawkins
4021 6Th St, Port Arthur, TX 77642

Professional information

See more information about JOSEPH ERVIN HAWKINS at trustoria.com
Joseph E Hawkins Photo 1
Joseph E Hawkins, Houston TX

Joseph E Hawkins, Houston TX

Specialties:
Counseling, Marriage & Family Therapy, Substance Abuse Counseling
Address:
4319 High Point Ln, Houston 77053
(713) 434-9355 (Phone)
Languages:
English


Joseph Hawkins Photo 2
Method For Determining Hydrocarbon/Water Contact Level For Oil And Gas Wells

Method For Determining Hydrocarbon/Water Contact Level For Oil And Gas Wells

US Patent:
5621169, Apr 15, 1997
Filed:
Sep 10, 1996
Appl. No.:
8/710085
Inventors:
Thomas G. Harris - Houston TX
Donald L. Luffel - Houston TX
Joseph M. Hawkins - Houston TX
Assignee:
Restech, Inc. - Houston TX
International Classification:
E21B 4704
US Classification:
7315218
Abstract:
A method for predicting the hydrocarbon/water contact level for oil and gas wells which relates porosity. phi. , water saturation S. sub. w, air permeability k. sub. a, and capillary pressure P. sub. c. Such contact level may be estimated without actual capillary pressure measurements. The method relies on a worldwide correlation of permeability and porosity to a function of capillary pressure. The hydrocarbon/water contact levels are predicted through regression analysis using porosity. phi. , water saturation S. sub. w, and air permeability k. sub. a from well log and core analysis information. Relationships used in this method include ##EQU1## where P. sub. c is mercury capillary pressure, F. sub. g is pore geometrical factor, S. sub. w is water saturation, P. sub.