Wells, J. A., and T. B. Malloy. "Microwave Spectrum, Dipole Moment and Conformation of 2, 3 Dihydro-p-dioxin"The Journal of Chemical Physics, 60, 2132 (1974)

Wells, J. A., and T. B. Malloy. "Microwave Spectrum and Dipole Moment of 3, 6 Dihydro-2H-Pyran," The Journal of Chemical Physics, 60, 3987 (1974)

Wells, J.A., Agnew, J.B., and Coker, R.B., "Development and Use of an Operating Model of the Worsham Steed Gas Storage Field", presented at the AGA Distribution/Transmission Conference in Boston, Massachusetts, May 1985.

Wells, J.A., and Evans, L. J., "Engineering Evaluation and Performance Analysis of the Loop Gas Storage Field," presented at the SPE ATCE, Washington, D.C., October 1992 (SPE No. 24922).

Wells, J.A., "Utilizing a Full Coupled Simulation Approach for Deliverability and Cycle Enhancement in a Gas Storage Field," presented at the SPE ATCE, Denver, CO., October 2003 (SPE No. 84343).

PATENTS

United States Patent 4,110,228, August 19, 1978. "Salinity Tolerant Surfactant Oil Recovery Process,” Inventor: J. A. Wells, Assignee: Texaco Inc.

United States Patent 4,154,301, May 15, 1979. "Surfactant Oil Recovery Process Usable in a Formation Having High Salinity Connate Water,” Inventor: J. A. Wells, Assignee: Texaco Inc.

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“Field Testing of Variable-Speed Beam Pump Computer Control,” SPE Production Engineering

 No. 20123, May 1991, 155-160

 

“Artificial Neural Networks for Identification of Beam Pump Dynamometer Load Cards” 65th

Annual Technical Conference, Society of Petroleum Engineers, New Orleans, LA, No. 20651,

September 23, 1990

 

“Prediction of Flowing Bottomhole Pressures in Gas Wells,” SPE Gas Technology Symposium,

 Dallas, TX, No. 19107, June 7, 1989

 

“Beam Pump Control Today.” Southwest Petroleum Short Course, Lubbock, TX, April, 1989

 

“Process Control of Turboexpander Plants,” Hydrocarbon Processing, May 1984, 71-74

 

“The State of the U.S. Natural Gas Industry,” First Dotterweich Chair Lecture, Kingsville, TX,

 April 25, 1984

 

“New Systems Save Gas Plant Energy,” Oil and Gas Journal, August 3, 1981, 117-120

Plant design capable of producing 47 million kilograms per year of methyl ethyl ketone (MEK) utilizing the dehydrogenation of secondary butyl alcohol method.