JEFFREY ALAN MILLER, FNP
Nursing at Holcombe Blvd, Houston, TX

License number

Texas AP128048

Professional information

Managing Director At Wortham

Position:

Managing Director at Wortham

Location:

Houston, Texas Area

Industry:

Insurance

Work:

Wortham - Houston, Texas Area since Aug 2000 - Managing Director CIGNA - Houston, Texas Area Jan 2000 - Jul 2000 - Sales Manager John Hancock / Wellpoint - Houston, Texas Area Sep 1994 - Jan 2000 - Regional Director of Sale & Service Dunning Benefits - Dallas/Fort Worth Area Nov 1993 - Sep 1994 - Account Manager Life of Georgia - Dallas/Fort Worth Area Jul 1991 - Nov 1993 - Group Sales Representative State Mutual - Dallas/Fort Worth Area Jul 1986 - Jul 1991 - Group Sales Representative

Education:

University of Houston 1982 - 1984
BBA, Marketing Texas A&M University 1980 - 1982
Menlo College 1978 - 1980

Technical Sales Representative At Centre Technologies

Position:

Technical Sales Representative at Centre Technologies

Location:

Houston, Texas Area

Industry:

Information Technology and Services

Work:

Centre Technologies - Houston, Texas Area since Apr 2013 - Technical Sales Representative Centre Technologies - Houston, Texas Area Jan 2013 - Apr 2013 - Managing Technical Consultant Cotton USA Aug 2002 - Oct 2012 - Director of IT Reliant Energy - Houston, Texas Area Jun 2001 - Aug 2002 - IT Director - Trade Developer Floor Exel - Houston, Texas Area May 2000 - Jun 2001 - Domain Administrator

Education:

Navarro College 1986 - 1988

Interests:

Strategic planning, networks, web developing, my family, football, golf, running, history

Senior Mechanical Engineer At Terracon Consultants, Inc.

Position:

Senior Mechanical Engineer at Terracon Consultants, Inc., Senior Associate/Senior Mechanical Engineer at Terracon

Location:

Houston, Texas Area

Industry:

Mechanical or Industrial Engineering

Work:

Terracon Consultants, Inc. - Senior Mechanical Engineer Terracon since 2006 - Senior Associate/Senior Mechanical Engineer

Jeffrey Miller - Houston, TX

Work:

Product Specialist - Seca NearTerm Oil & Gas - Houston, TX
Consultant TEKsystems - Houston, TX
Technical Recruiter

Education:

Texas State University - San Marcos, TX
Bachelors of Arts in Communication Studies

Jeffrey S. Miller, Houston TX - Lawyer

Office:

Phillips 66
3010 Briarpark Dr, Houston, TX 77042

ISLN:

901259149

Admitted:

1992, Alabama, 1998, Washington, 2011, Texas

University:

Baylor University

Law School:

Cornell Law School, J.D., 1992

Biography:

Member, Moot Court Board. Adjunct Professor: University of Washington School of Law, 2003-2005; Seattle University Law School, 2002-2009.

Jeffrey Scott Miller, Houston TX - Lawyer

Address:

Phillips 66
PO Box 4428, Houston 77210
(832) 765-1224

Licenses:

Texas - Eligible To Practice In Texas 2011

Education:

Cornell Law School
Cornell Law School

Jeffrey Scott Miller, Houston TX - Lawyer

Address:

Phillips 66
PO Box 4428, Houston 77210
(832) 765-1224

Licenses:

Alabama - Authorized to practice law 1992

Education:

Cornell Law School

Drilling Fluids Having Reduced Sag Potential And Related Methods

US Patent:

8569213, Oct 29, 2013

Filed:

Jan 15, 2013

Appl. No.:

13/741687

Inventors:

Jeffrey James Miller - Houston TX, US
Nicholas Braley - Houston TX, US
Donald R. Siems - Houston TX, US
Dale E. Jamison - Houston TX, US
Patrick Baker - Houston TX, US

Assignee:

Halliburton Energy Services, Inc. - Houston TX

International Classification:

C09K 8/36

US Classification:

507140, 507143, 175 65

Abstract:

Invert emulsion drilling fluids that have extended emulsion stability and reduced sag potential can be realized through incorporation of colloidal particles therein. The invert emulsion drilling fluids can be free of organophilic clays. The organophilic clay-free drilling fluids can comprise: an oleaginous fluid continuous phase; an aqueous fluid internal phase; a surfactant; a weighting agent; and a plurality of colloidal particles, the colloidal particles comprising fibrous colloidal particles and at least one other type of colloidal particle; wherein at least a portion of the plurality of colloidal particles interact with the surfactant to form an associative supporting structure that inhibits sag of the weighting agent.