How well logs were used to improve evaluation of a gas storage project
Jared Hawkins, Ray Snyder, Sumit Pahwa
Abstract
Jared Hawkins, Ray Snyder, Sumit Pahwa
Abstract
Petromation, J.R. Butler and Co., and Intercomp Resource Development and Engineering, Inc., describe the application and interpretation of well logs in a gas-storage project in New Mexico. Logs proved most useful in evaluating and operating the storage reservoirs when combined with other forms of information to: monitor bubble growth and detect leaks outside the storage zone; assist in verifying gas inventory; characterize a reservoir's geology; provide an additional method of history matching; and develop an operational plan for a project by determining the maximum bubble growth and the gas location for optimum deliverability.
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Petromation, J.R. Butler and Co., and Intercomp Resource Development and Engineering, Inc., describe the application and interpretation of well logs in a gas-storage project in New Mexico. Logs proved most useful in evaluating and operating the storage reservoirs when combined with other forms of information to: monitor bubble growth and detect leaks outside the storage zone; assist in verifying gas inventory; characterize a reservoir's geology; provide an additional method of history matching; and develop an operational plan for a project by determining the maximum bubble growth and the gas location for optimum deliverability.
Key concepts: Petroleum engineering, Resource (disambiguation), Plan (archaeology), Computer science, Matching (statistics), Environmental science, Engineering, Geology