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Christopher E Gann

from Spring, TX
Age ~68

Christopher Gann Phones & Addresses

  • 7610 Hertfordshire Cir, Spring, TX 77379 (281) 379-5558 (281) 379-5855
  • Huntsville, TX
  • 14770 Caminito Barbuda, Del Mar, CA 92014 (858) 461-0471
  • Midland, MI
  • Houston, TX
  • San Diego, CA
  • Coral Gables, FL

Resumes

Resumes

Christopher Gann Photo 1

Chief Executive Officer

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Location:
14770 Caminito Barbuda, Del Mar, CA 92014
Industry:
Chemicals
Work:
Genomatica Mar 2008 - Mar 2009
Chief Executive Officer

The Dow Chemical Company 1981 - 2008
Vice President

Bullish Energy 1981 - 2008
Chief Executive Officer
Education:
Universidad De Las Américas (Cl) 1983 - 1985
Masters
Universidad Nacional Autónoma De México Jan 1, 1976 - Dec 31, 1980
Skills:
Chemical Engineering
Polymers
Adhesives
Strategic Planning
Coatings
Technology Transfer
R&D
Additives
Process Optimization
Commercialization
Polymer Chemistry
Plastics
Mergers and Acquisitions
International Business
Mergers
Strategy
Business Strategy
Cross Functional Team Leadership
Biotechnology
Process Engineering
Due Diligence
Process Simulation
Venture Capital
Design of Experiments
Business Development
Joint Ventures
Manufacturing
Product Development
Polymer Science
Start Ups
Energy
Market Development
Business Planning
New Business Development
Interests:
Aerobics
Exercise
Investing
Home Improvement
Reading
Fitness
Home Decoration
Languages:
English
Christopher Gann Photo 2

Christopher Gann

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Christopher Gann Photo 3

Christopher Gann

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Christopher Gann Photo 4

Quality Control Personnel Coordinator @ Jv Industrial Companies, Ltd.

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Location:
Houston, Texas Area
Industry:
Oil & Energy

Business Records

Name / Title
Company / Classification
Phones & Addresses
Christopher E Gann
Manager
Bullish Energy, LLC
Business Services at Non-Commercial Site · Nonclassifiable Establishments
14770 Caminito Barbuda, Del Mar, CA 92014

Publications

Us Patents

Method For Sealing The Junctions In Multilateral Wells

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US Patent:
60125268, Jan 11, 2000
Filed:
Aug 12, 1997
Appl. No.:
8/909777
Inventors:
Steven L. Jennings - Friendswood TX
James Kenneth Whanger - Houston TX
Arne Larsen - Tananger, NO
John L. Baugh - Houston TX
Brian Wood - Tornaveen Torphins, GB
Christopher L. Gann - The Woodlands TX
Darrin Willauer - The Woodlands TX
Mark W. Brockman - Houston TX
David G. Forsyth - Aberdeen, GB
Gerald D. Lynde - Houston TX
Douglas J. Murray - Humble TX
Edwin Schubrick - Spring TX
James K. Jackson - Calgary, CA
William K. Brown - Muscat, OM
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
E21B 4311
E21B 43114
E21B 43119
US Classification:
166298
Abstract:
Junctions in multilateral well structures are sealed by employing a variety of degrees of premachined components and a variety of sealing embodiments, including casing segments having premachined windows, side pocket members which are adapted to reside within the string during run in and move laterally to the deployed position, woven members, cement filled ECPs, etc. Also disclosed is a downhole milling device which cuts a window in a casing segment or other material based upon a predetermined geometric pattern imposed upon the cutting tool by an integral template.

Method Of Forming And Servicing Wellbores From A Main Wellbore

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US Patent:
62796585, Aug 28, 2001
Filed:
Oct 8, 1997
Appl. No.:
8/947073
Inventors:
Joseph F. Donovan - Spring TX
Roger P. Herbert - Spring TX
Christopher L. Gann - The Woodlands TX
Michael H. Johnson - Flower Mound TX
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
E21B 4314
US Classification:
166313
Abstract:
The present invention provides methods for forming multiple wellbores from a single location. A relatively large diameter main wellbore is drilled to a known depth. A plurality of spaced apart wellbores are formed from the bottom of the main wellbore, wherein at least one such wellbore is a production wellbore for producing hydrocarbons from subsurface formations. Wellhead equipment for each production wellbore is installed at main wellbore bottom. Additional devices or equipment are also placed in the main wellbore, preferably near the bottom. Such equipment may include a fluid processing apparatus, chemical injection equipment for injecting chemicals or additives into the wellbores, compressors for injecting compressed gas into one or more of the production wellbores or for transporting a gas to the surface, robotics devices for placing and/or removing devices or materials from the wellbores, a control unit for monitoring and controlling apparatus and devices in the main wellbore and the production wellbore, and any other desired equipment for performing a useful function relating any of the wellbores. A secondary access wellbore may be formed from the main wellbore or the surface for storing apparatus that is used to monitor and/or control the operation of devises in the production wellbores during the various stages in the life of such wellbores. Some of the equipment deployed in the main wellbore is prefabricated and may be retrieved.
Christopher E Gann from Spring, TX, age ~68 Get Report