Javascript must be enabled to continue!
The Austin Chalk—Drilling and Completion Techniques—Marcelina Creek Field Study
View through CrossRef
Abstract
Exxon Company, U.S.A. has spent considerable time and effort learning how to minimize formation damage in the lost returns prone and clay sensitive Austin Chalk formation. To date, Exxon has successfully drilled 24 Austin Chalk wells in the Marcelina Creek Field in Wilson County, Texas, utilizing a variety of drilling and completion techniques in an effort to determine the optimum method of drilling and completing Austin Chalk wells. This paper describes these different techniques and reviews actual results. Although Exxon has not concluded which drilling and completion technique yields optimum Austin Chalk wells in this field, this paper attempts to develop a correlation between well productivity and the type of drilling and completion technique used.
Title: The Austin Chalk—Drilling and Completion Techniques—Marcelina Creek Field Study
Description:
Abstract
Exxon Company, U.
S.
A.
has spent considerable time and effort learning how to minimize formation damage in the lost returns prone and clay sensitive Austin Chalk formation.
To date, Exxon has successfully drilled 24 Austin Chalk wells in the Marcelina Creek Field in Wilson County, Texas, utilizing a variety of drilling and completion techniques in an effort to determine the optimum method of drilling and completing Austin Chalk wells.
This paper describes these different techniques and reviews actual results.
Although Exxon has not concluded which drilling and completion technique yields optimum Austin Chalk wells in this field, this paper attempts to develop a correlation between well productivity and the type of drilling and completion technique used.
Related Results
Drilling Variables At Technical Limit Of Drilling Rate
Drilling Variables At Technical Limit Of Drilling Rate
Abstract
Recorded drilling times may show significant variations from well to well even for the same total depth in the same field. Apart from the formation chara...
Experimental Investigation of Permeability and Fluid Loss Properties of Water Based Mud Under High Pressure-High Temperature Conditions
Experimental Investigation of Permeability and Fluid Loss Properties of Water Based Mud Under High Pressure-High Temperature Conditions
Drilling in deeper formations and in high pressure and high temperature (HPHT) environments is a new frontier for the oil industry. Fifty years ago, no one would have imagined dril...
Planning Drilling Fluid Programs in Southeast Asia
Planning Drilling Fluid Programs in Southeast Asia
Planning the drilling fluids program is one of the most important steps in Planning the drilling fluids program is one of the most important steps in preparation for the drilling o...
Numerical Modelling of Cuttings Transport With Foam in Inclined Wells
Numerical Modelling of Cuttings Transport With Foam in Inclined Wells
Abstract
In this study, a 1-D transient state mechanistic model of cuttings transport with foam in inclined wells has been developed. The model is solved numerica...
Casing Drilling with Retrievable Drilling Assemblies
Casing Drilling with Retrievable Drilling Assemblies
Abstract
Retrievable Casing Drilling* tools have been used to drill more than 600,000 ft of hole in over 120 wells encompassing six casing sizes ranging from 4-1/...
A New Approach to Completing a Previously Drilled Subsea Well
A New Approach to Completing a Previously Drilled Subsea Well
ABSTRACT
Offshore operators tie successful subsea exploratory wells into field plans when possible and have used a variety of adaptation bases to complete the wel...
Horizontal Spacing, Depletion, and Infill Potential in the Austin Chalk
Horizontal Spacing, Depletion, and Infill Potential in the Austin Chalk
Abstract
There have been more than 4500 laterals drilled in the Austin Chalk. This paper looks at estimated ultimate recoveries (EUR) on a barrels/acre basis for ...
Pit Less Drilling Significantly Reduces Wells Environmental Footprint
Pit Less Drilling Significantly Reduces Wells Environmental Footprint
Abstract
Pit less Drilling technology is a technology that eliminates the requirement for earthen pits or sumps to capture waste fluid. In this paper we will examine...

