JOHN R DAVIS
Engineering in Humble, TX
License number
Massachusetts 4442
Issued Date
Mar 5, 1948
Expiration Date
Jun 30, 1990
Type
Chemical Engineer
Address
Address
2
Humble, TX 77345
Humble, TX
Humble, TX
Professional information
John Davis - Kingwood, TX
Work:
CITY OF CLEVELAND, Cleveland
BUILDING OFFICIAL / STATE OF TEXAS CODE ENFORCEMENT OFFICER CHRISTIAN LIFE CENTER - Cleveland, TX
ADMINISTRATIVE MANAGER / DIRECTOR OF MANLEY CENTER
BUILDING OFFICIAL / STATE OF TEXAS CODE ENFORCEMENT OFFICER CHRISTIAN LIFE CENTER - Cleveland, TX
ADMINISTRATIVE MANAGER / DIRECTOR OF MANLEY CENTER
Education:
Reinhardt College - Waleska, GA
ASSOCIATE OF SCIENCE in BUSINESS
ASSOCIATE OF SCIENCE in BUSINESS
John Davis, Conroe TX
Specialties:
Surgeon
Address:
500 Medical Center Blvd, Conroe, TX 77304
9201 Pinecroft Dr, Shenandoah, TX 77380
9729 Fm 1960 Bypass Rd W, Humble, TX 77338
9201 Pinecroft Dr, Shenandoah, TX 77380
9729 Fm 1960 Bypass Rd W, Humble, TX 77338
Method For Mechanical And Capillary Seal Analysis Of A Hydrocarbon Trap
US Patent:
8180602, May 15, 2012
Filed:
Sep 12, 2006
Appl. No.:
12/083020
Inventors:
Scott A Barboza - Houston TX, US
John Steven Davis - Kingwood TX, US
William R James - Austin TX, US
Jean Christophe Sempere - Houston TX, US
Xiaoli Liu - State College PA, US
John Steven Davis - Kingwood TX, US
William R James - Austin TX, US
Jean Christophe Sempere - Houston TX, US
Xiaoli Liu - State College PA, US
Assignee:
ExxonMobil Upstream Research Company - Houston TX
International Classification:
G06F 17/10
US Classification:
703 2, 703 9
Abstract:
Method for making a probabilistic determination of total seal capacity for a hydrocarbon trap, simultaneously considering both capillary entry pressure and mechanical seal capacity, and where capillary entry pressure is estimated by relating it directly to the buoyancy pressure applied by the hydrocarbon column to the top seal. The method thus considers the substantial uncertainty associated with input parameters, which uncertainty limits the utility of such analyses for robust hydrocarbon column height and fluid contact predictions. The method disclosed for estimating seal capillary entry pressure, the requisite input parameter for capillary seal capacity analysis, by inverting trap parameters avoids the need for direct measurement by mercury injection capillary capacity tests on small pieces of rock, which test results often are not available for all desired locations nor are they necessarily representative of adjacent rocks in the seal.