HR job title
- Professor
- Contact Info
Lee, W. John Professor
Positions
- Professor, Petroleum Engineering, College of Engineering
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Overview
Publications
selected publications
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academic article
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Chu, H., Zhang, J., Zhang, L., Ma, T., Gao, Y., & Lee, W. J.
(2023).
A new semi-analytical flow model for multi-branch well testing in natural gas hydrates. Advances in Geo-Energy Research.
7(3), 176-188.
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Chu, H., Ma, T., Zhu, W., Gao, Y., Zhang, J., & Lee, W. J.
(2023).
A novel semi-analytical monitoring model for multi-horizontal well system in large-scale underground natural gas storage: Methodology and case study. Fuel.
334, 126807-126807.
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Chu, H., Dong, P., & Lee, W. J.
(2023).
A deep-learning approach for reservoir evaluation for shale gas wells with complex fracture networks. 7(1), 49-65.
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Chu, H., Ma, T., Zhu, W., & Lee, W. J.
(2023).
Flow diagnosis in variable bottom hole pressure multi-well horizontal pad with well interference using rate/pressure transient analysis. 220, 111216-111216.
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Chu, H., Ma, T., Gao, Y., Zhu, W., & Lee, W. J.
(2022).
A composite model based on semi-analytical method for multiwell horizontal pad with stimulated reservoir volume. JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING.
217, 110910-110910.
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Jha, H. S., Khanal, A., Seikh, H., & Lee, W. J.
(2022).
A comparative study on outlier detection techniques for noisy production data from unconventional shale reservoirs. Journal of Natural Gas Science and Engineering.
105, 104720-104720.
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Li, W., Dong, Z., Lee, J. W., Ma, X., & Qian, S.
(2022).
Development of Decline Curve Analysis Parameters for Tight Oil Wells Using a Machine Learning Algorithm. Geofluids.
2022, 1-15.
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Chu, H., Chen, Z., Liao, X., & Lee, W. J.
(2022).
Transient behavior modeling of a multi-well horizontal pad in a reservoir with irregular boundary using boundary element method. JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING.
209, 109852-109852.
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Chu, H., Chen, Z., Liao, X., Zhao, X., & Lee, W. J.
(2022).
Pressure transient analysis of a multi-horizontal-well pad by a semi-analytical model: Methodology and case study. JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING.
208, 109538-109538.
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Pan, Y., Deng, L., Zhou, P., & Lee, W. J.
(2021).
Laplacian Echo-State Networks for production analysis and forecasting in unconventional reservoirs. JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING.
207, 109068-109068.
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Luo, L. e., Cheng, S., & Lee, J.
(2021).
Semi-analytical model for characterization of anomalous linear-flow behavior in partially-propped fractured wells. JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING.
200, 108380-108380.
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Luo, L. e., Cheng, S., & Lee, J.
(2021).
Time-normalized conductivity concept for analytical characterization of dynamic-conductivity hydraulic fractures through pressure-transient analysis in tight gas reservoirs. Journal of Natural Gas Science and Engineering.
92, 103997-103997.
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Pan, Y., Deng, L., & Lee, W. J.
(2020).
A novel data-driven pressure/rate deconvolution algorithm to enhance production data analysis in unconventional reservoirs. JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING.
192, 107332-107332.
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Luo, L. e., Cheng, S., & Lee, J.
(2020).
Characterization of refracture orientation in poorly propped fractured wells by pressure transient analysis: Model, pitfall, and application. Journal of Natural Gas Science and Engineering.
79, 103332-103332.
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Chu, H., Liao, X., Chen, Z., & Lee, W. J.
(2020).
Rate-Transient Analysis of a Constant-Bottomhole-Pressure Multihorizontal Well Pad with a Semianalytical Single-Phase Method. SPE JOURNAL.
25(6), 3280-3299.
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Makinde, I., & Lee, W. J.
(2019).
Principal components methodology A novel approach to forecasting production from liquid-rich shale (LRS) reservoirs. Petroleum.
5(3), 227-242.
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Miao, Y., Li, X., Lee, J., Zhou, Y., Liu, S., Chang, Y., & Wang, S.
(2018).
Characterization of hydrocarbon/pores generation and methane adsorption in shale organic matter. Petroleum Science and Technology.
36(15), 1187-1193.
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Miao, Y., Li, X., Lee, J., Zhou, Y., Wu, K., Sun, Z., & Liu, S.
(2018).
A new rate-decline analysis of shale gas reservoirs: Coupling the self-diffusion and surface diffusion characteristics. JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING.
163, 166-176.
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Miao, Y., Li, X., Zhou, Y., Lee, J., Sun, Z., Chang, Y., Wang, S., & Hou, C.
(2018).
A new rate-transient analysis model for shale gas reservoirs coupled the effect of slip flow and surface diffusion. International Journal of Heat and Mass Transfer.
124, 1-10.
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Makinde, I., & Lee, W. J.
(2017).
Forecasting production of liquid rich shale (LRS) reservoirs using simple models. JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING.
157, 461-481.
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Khanal, A., Khoshghadam, M., Lee, W. J., & Nikolaou, M.
(2017).
New forecasting method for liquid rich shale gas condensate reservoirs with data driven approach using principal component analysis. Journal of Natural Gas Science and Engineering.
38, 621-637.
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Holditch, S. A., & Lee, W. J.
(2017).
Fracture evaluation with pressure transient tests in low-permeability gas reservoirs. Part II: field examples. Annals of the New York Academy of Sciences.
187-199.
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Jones, A., Denelle, F. R., Lee, W. J., MacDonald, D. G., & Seiller, B. J.
(2016).
The Use of Reservoir Simulation in Deterministic Proved-Reserves Estimation. SPE Reservoir Evaluation and Engineering.
19(3), 358-366.
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Dong, Z., Holditch, S. A., Ayers, W. B., & Lee, W. J.
(2015).
Probabilistic Estimate of Global Coalbed-Methane Recoverable Resources. SPE Economics and Management.
7(04), 148-156.
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Morales, E., & Lee, W.
(2015).
Probabilistic Reserves Addition Within a Project. SPE Economics and Management.
7(01), 16-21.
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Morales, E., & Lee, W.
(2015).
Undeveloped Reserves and the Five-Year Time Limit: Can Different Interpretations Coexist?. SPE Economics and Management.
7(01), 10-15.
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Kang, S., Datta-Gupta, A., & Lee, W. J.
(2013).
Impact of natural fractures in drainage volume calculations and optimal well placement in tight gas reservoirs. JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING.
109, 206-216.
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Ogele, C., Daoud, A. M., McVay, D. A., & Lee, W. J.
(2012).
A Bayesian Integration of Volumetric and Material Balance Analyses to Quantify Uncertainty in Original Hydrocarbons in Place. Petroleum Science and Technology.
30(19), 2046-2065.
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Datta-Gupta, A., Xie, J., Gupta, N., King, M. J., & Lee, W. J.
(2011).
Radius of Investigation and its Generalization to Unconventional Reservoirs. JPT, Journal of Petroleum Technology.
63(07), 52-55.
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Olsen, G. T., Lee, W. J., & Blasingame, T. A.
(2011).
Reserves Overbooking: The Problem We Are Finally Going To Talk About. SPE Economics and Management.
3(02), 68-78.
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Cheng, Y., Lee, W. J., & McVay, D. A.
(2011).
Advanced Deconvolution Technique for Analyzing Multirate Well Test Data. 133(1), 012901.
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Cheng, Y., Lee, W. J., & McVay, D. A.
(2011).
A New Approach for Computing Pressure Derivative in Well Test Analysis. Petroleum Science and Technology.
29(16), 1659-1674.
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Lee, W. J.
(2011).
The "Reliable Technologies" Rule: What Did the SEC Intend?. SPE Economics and Management.
3(01), 18-21.
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Salazar, J., McVay, D. A., & Lee, W. J.
(2010).
Development of an Improved Methodology to Assess Potential Unconventional Gas Resources. Natural Resources Research.
19(4), 253-268.
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Denney, D.
(2010).
Better Production Forecasting for Unconventional-Gas Wells. JPT, Journal of Petroleum Technology.
62(11), 83-84.
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Sidle, R., & Lee, W.
(2010).
An Update on the Use of Reservoir Analogs for the Estimation of Oil and Gas Reserves. SPE Economics and Management.
2(02), 80-85.
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Cheng, Y., Wang, Y., McVay, D., & Lee, W.
(2010).
Practical Application of a Probabilistic Approach to Estimate Reserves Using Production Decline Data. SPE Economics and Management.
2(01), 19-31.
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Lee, J.
(2010).
What the Oil and Gas Industry Can Do About the SEC's New "Reliable Technology" Rule. SEA TECHNOLOGY.
51(9), 7-7.
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Denney, D.
(2009).
Modernization of the SEC Oil and Gas Reserves Reporting Requirements. JPT, Journal of Petroleum Technology.
61(12), 81-82.
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Lee, W. J.
(2009).
Modernization of the SEC Oil and Gas Reserves Reporting Requirements. SPE Economics and Management.
1(01), 4-10.
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Lee, W. J.
(2009).
Reserves in Nontraditional Reservoirs: How Can We Account for Them?. SPE Economics and Management.
1(01), 11-18.
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Cheng, Y., McVay, D. A., & Lee, W. J.
(2009).
A practical approach for optimization of infill well placement in tight gas reservoirs. Journal of Natural Gas Science and Engineering.
1(6), 165-176.
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Lee, W. J.
(2008).
Journals of Energy Resources Technology, Transactions of the ASME: Guest editorials. 130(4), 0403011.
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Cheng, Y., Lee, W. J., & McVay, D. A.
(2008).
Quantification of Uncertainty in Reserve Estimation From Decline Curve Analysis of Production Data for Unconventional Reservoirs. 130(4), 043201-0432016.
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Lee, W. J.
(2008).
Unconventional Resources. 130(4), 040301.
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Cheng, Y., Lee, W. J., & Mcvay, D. A.
(2008).
Improving Reserves Estimates From Decline-Curve Analysis of Tight and Multilayer Gas Wells. SPE Reservoir Evaluation and Engineering.
11(5), 912-920.
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Cheng, Y., Lee, W. J., & McVay, D. A.
(2008).
Improving reserves estimates from decline-curve analysis of tight and multilayer gas wells. SPE Reservoir Evaluation and Engineering.
11(5), 912-920.
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Akilu, N. Y., McVay, D. A., & Lee, W. J.
(2006).
Inverted hockey stick method quantifies price uncertainty in petroleum investment evaluation. Petroleum Science and Technology.
24(2), 167-185.
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Cheng, Y. M., McVay, D. A., & Lee, W. J.
(2005).
A practical nonlinear regression technique for horizontal well test interpretation. Petroleum Science and Technology.
23(3-4), 341-369.
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Alvarado, M. G., McVay, D. A., & Lee, W. J.
(2005).
Quantification of uncertainty by combining forecasting with history matching. Petroleum Science and Technology.
23(3-4), 445-462.
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Cheng, Y. M., McVay, D. A., & Lee, W. J.
(2005).
BEM for 3D unsteady-state flow problems in porous media with a finite-conductivity horizontal wellbore. Applied Numerical Mathematics.
53(1), 19-37.
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McVay, D. A., Lee, W. J., & Alvarado, M. G.
(2005).
Calibration improves uncertainty quantification in production forecasting. PETROLEUM GEOSCIENCE.
11(3), 195-202.
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Cheng, Y., Lee, W. J., & McVay, D. A.
(2005).
Fast-Fourier-transform-based deconvolution for interpretation of pressure-transient-test data dominated by Wellbore storage. SPE Reservoir Evaluation and Engineering.
8(3), 224-239.
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Lee, W. J., & Holditch, S. A.
(2004).
Application of pseudotime to buildup test analysis of low-permeability gas wells with long-duration wellbore storage distortion. SPE Reprint Series.
141-151.
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Lee, W. J., & Hopkins, C. W.
(1999).
Characterization of tight reservoirs. 107-115.
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Lee, W. J., Kuo, T. B., Holditch, S. A., & McVay, D. A.
(1999).
Estimating formation permeability from single-point flow data. 116-126.
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Spivey, J. P., Aly, A. M., & Lee, W. J.
(1998).
Effects of permeability anisotropy and layering on well test interpretation. Petroleum Engineer International.
71(2), 60-65.
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Spivey, J. P., Ayers, W. B., Pursell, D. A., & Lee, W. J.
(1997).
Selecting a reservoir model for well test interpretation. Petroleum Engineer International.
70(12),
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Aly, A., Chen, H. Y., & Lee, W. J.
(1996).
Development of a mathematical model for multilayer reservoirs with unequal initial pressures. Petroleum Science and Technology.
20(1), 61-92.
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Gao, C., Jones, J. R., Raghavan, R., & Lee, W. J.
(1994).
Responses of Commingled Systems With Mixed Inner and Outer Boundary Conditions Using Derivatives. 9(04), 264-271.
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Gao, C., Jones, J. R., Raghavan, R., & Lee, W. J.
(1994).
Supplement to SPE 22681, interpretation of responses of commingled systems with mixed inner and outer boundary conditions using derivatives
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LEE, W. J., & HOPKINS, C. W.
(1994).
CHARACTERIZATION OF TIGHT RESERVOIRS. JPT, Journal of Petroleum Technology.
46(11), 956-964.
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GAO, C., JONES, J. R., RAGHAVAN, R., & LEE, W. J.
(1994).
RESPONSES OF COMMINGLED SYSTEMS WITH MIXED INNER AND OUTER BOUNDARY-CONDITIONS USING DERIVATIVES. SPE Formation Evaluation.
9(4), 264-271.
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ALKAABI, A., & LEE, W. J.
(1993).
USING ARTIFICIAL NEURAL NETS TO IDENTIFY THE WELL-TEST INTERPRETATION MODEL. SPE Formation Evaluation.
8(3), 233-240.
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JOHNSTON, J. L., & LEE, W. J.
(1992).
IDENTIFICATION OF PRODUCTIVE LAYERS IN LOW-PERMEABILITY GAS-WELLS. JPT, Journal of Petroleum Technology.
44(11), 1240-1248.
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Rollins, J. B., Holditch, S. A., & Lee, W. J.
(1992).
Characterizing average permeability in oil and gas formations. SPE Formation Evaluation.
7(1), 99-105.
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Lane, H. S., Lee, W. J., & Watson, A. T.
(1991).
An Algorithm for Determining Smooth, Continuous Pressure Derivatives From Well-Test Data. SPE Formation Evaluation.
6(04), 493-499.
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Olarewaju, J. S., Lee, W. J., Onur, M., Serra, K. V., & Reynolds, A. C.
(1991).
Type curve and decline curve analysis using composite models
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Olarewaju, J. S., Lee, W. J., & Lancaster, D. E.
(1991).
Type- and Decline-Curve Analysis With Composite Models. SPE Formation Evaluation.
6(01), 79-85.
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Watson, A. T., Gatens, J. M., Lee, W. J., & Rahim, Z.
(1990).
An Analytical Model for History Matching Naturally Fractured Reservoir Production Data. SPE Reservoir Engineering.
5(03), 384-388.
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Al-Kaabi, A. U., McVay, D. A., & Lee, W. J.
(1990).
Supplement to SPE 18158, using an expert system to identify a well-test-interpretation model
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Olarewaju, J. S., & Lee, W. J.
(1990).
Supplement to SPE 18544, rate performance of a layered reservoir with unsteady-state interlayer crossflow
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Al-Kaabl, A., McVay, D. A., & Lee, W. J.
(1990).
Using an expert system to identify a well-test-interpretation model. JPT, Journal of Petroleum Technology.
42(5),
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Olarewaju, J. S., & Lee, W. J.
(1990).
Rate performance of a layered reservoir with unsteady-state interlayer crossflow. SPE Formation Evaluation.
5(1), 46-52 18544.
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Rahim, Z., & Lee, W. J.
(1989).
A New Technique for Analyzing Buildup Tests From Hydraulically Fractured Wells. SPE Formation Evaluation.
4(04), 535-540.
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Lane, H. S., Watson, A. T., & Lee, W. J.
(1989).
Algorithm for determining smooth, continuous pressure derivatives from well-test data. 227-236 20112.
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Rahlm, Z., & Lee, W. J.
(1989).
New technique for analyzing buildup tests from hydraulically fractured wells. SPE Formation Evaluation.
4(4), 535-540 15929.
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Lee, W. J.
(1989).
Postfracture formation evaluation. SPE Monograph Series (Society of Petroleum Engineers of AIME).
12, 317-340.
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Shaw, J. S., Gatens, J. M., Lancaster, D. E., Lee, W. J., Avary, K. L., & Terry, D. P.
(1989).
Reservoir and Stimulation Analysis of a Devonian Shale Gas Field. 4(04), 450-458.
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Shaw, J. S., Gatens, J. M., Lancaster, D. E., Lee, W. J., Avary, K. L., & Terry, D. P.
(1989).
Reservoir and stimulation analysis of a Devonian shale gas field. SPE Production Engineering.
4(4), 450-458 15938.
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Schettler, P. D., Parmely, C. R., & Lee, W. J.
(1989).
Gas storage and transport in Devonian shales. SPE Formation Evaluation.
4(3), 371-376 17070.
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Olarewaju, J. S., & Lee, W. J.
(1989).
New pressure-transient analysis model for dual-porosity reservoirs. SPE Formation Evaluation.
4(3), 384-390 15634.
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Olarewaju, J. S., & Lee, W. J.
(1989).
Pressure Behavior of Layered and Dual-Porosity Reservoirs in the Presence of Wellbore Effects. SPE Formation Evaluation.
4(03), 397-405.
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Olarewaju, J. S., & Lee, W. J.
(1989).
Pressure behavior of layered and dual-porosity reservoirs in the presence of wellbore effects. SPE Formation Evaluation.
4(3), 397-405 17302.
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Olarewaju, J. S., & Lee, W. J.
(1989).
Comprehensive application of a composite reservoir model to pressure-transient analysis. SPE Reservoir Engineering.
4(3), 325-331 16345.
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Blasingame, T. A., & Lee, W. J.
(1989).
Pressure-Buildup Test Analysis Variable-Rate Case: A New Approach. SPE Formation Evaluation.
4(02), 273-280.
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GATENS, J. M., LEE, W. J., LANE, H. S., WATSON, A. T., STANLEY, D. K., & LANCASTER, D. E.
(1989).
ANALYSIS OF EASTERN DEVONIAN GAS SHALES PRODUCTION DATA. JPT, Journal of Petroleum Technology.
41(5), 519-525.
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Gatens, J. M., Lee, W. J., Lane, H. S., Watson, A. T., Stanley, D. K., & Lancaster, D. E.
(1989).
Analysis of eastern Devonian gas shales production data. JPT, Journal of Petroleum Technology.
41(5), 519-525 17059.
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Harris, D. E., & Lee, W. J.
(1989).
New method for analyzing well tests with inadequate early-time data. SPE Formation Evaluation.
4(1), 73-80 17050.
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MCVAY, D. A., HILL, N. C., LANCASTER, D. E., LEE, W. J., & HOLDITCH, S. A.
(1988).
INTERACTIVE WELL-TEST ANALYSIS USING MICROCOMPUTERS. JPT, Journal of Petroleum Technology.
40(9), 1227-1231.
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Holgate, K. E., Lancaster, D. E., & Lee, W. J.
(1988).
Analysis of Prestimulation Test Data in Devonian Shale Reservoirs. SPE Formation Evaluation.
3(02), 364-370.
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Ayan, C., & Lee, W. J.
(1988).
The Effects of Multiphase Flow on the Interpretation of Pressure Buildup Tests. SPE Formation Evaluation.
3(02), 459-466.
-
Al-Kaabi, A. U., Lee, W. J., & McVay, D. A.
(1988).
Using an expert system to identify the well test interpretation model
-
Al-Kaabi, A. U., Lee, W. J., & McVay, D. A.
(1988).
Using an expert system to identify the well test interpretation model
-
Zuber, M. D., Lee, W. J., & Gatens, J. M.
(1987).
Effect of Stimulation on the Performance of Devonian Shale Gas Wells. SPE Production Engineering.
2(04), 250-256.
-
LEE, W. J.
(1987).
PRESSURE-TRANSIENT TEST DESIGN IN TIGHT GAS FORMATIONS. JPT, Journal of Petroleum Technology.
39(10), 1185-1195.
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Olarewaju, J. S., & Lee, W. J.
(1987).
An analytical model for composite reservoirs produced at either constant bottomhole pressure or constant rate
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ROBINSON, B. M., HOLDITCH, S. A., & LEE, W. J.
(1986).
A CASE-STUDY OF THE WILCOX (LOBO) TREND IN WEBB AND ZAPATA COUNTIES, TX. JPT, Journal of Petroleum Technology.
38(13), 1355-1364.
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Robinson, B. M., Holditch, S. A., & Lee, W. J.
(1986).
CASE STUDY OF THE WILCOX (LOBO) TREND IN WEBB AND ZAPATA COUNTIES, TX. JPT, Journal of Petroleum Technology.
39(13), 1355-1364.
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HOLDITCH, S. A., LEE, W. J., & GIST, S. R.
(1983).
AN IMPROVED TECHNIQUE FOR ESTIMATING PERMEABILITY, FRACTURE LENGTH, AND FRACTURE CONDUCTIVITY FROM PRESSURE-BUILDUP TESTS IN LOW-PERMEABILITY GAS-WELLS. JPT, Journal of Petroleum Technology.
35(5), 981-990.
-
HOLDITCH, S. A., LEE, W. J., LANCASTER, D. E., & DAVIS, T. B.
(1983).
EFFECT OF MUD FILTRATE INVASION ON APPARENT PRODUCTIVITY IN DRILLSTEM TESTS IN LOW-PERMEABILITY GAS FORMATIONS. JPT, Journal of Petroleum Technology.
35(2), 299-305.
-
LEE, W. J., & HOLDITCH, S. A.
(1982).
APPLICATION OF PSEUDOTIME TO BUILDUP TEST ANALYSIS OF LOW-PERMEABILITY GAS-WELLS WITH LONG-DURATION WELLBORE STORAGE DISTORTION. JPT, Journal of Petroleum Technology.
34(12), 2877-2887.
-
LEE, W. J., & HOLDITCH, S. A.
(1981).
FRACTURE EVALUATION WITH PRESSURE TRANSIENT TESTING IN LOW-PERMEABILITY GAS-RESERVOIRS. JPT, Journal of Petroleum Technology.
33(9), 1776-1792.
-
Lee, W. J., & Holditch, S. A.
(1981).
APPLICATION OF PSEUDO-TIME TO BUILDUP TEST ANALYSIS OF LOW PERMEABILITY GAS WELLS WITH LONG DURATION WELLBORE STORAGE DISTORTION. 541-552.
-
Holditch, S. A., Lee, W. J., & Gist, R.
(1981).
IMPROVED TECHNIQUE FOR ESTIMATING PERMEABILITY, FRACTURE LENGTH AND FRACTURE CONDUCTIVITY FROM PRESSURE BUILDUP TESTS IN LOW PERMEABILITY GAS WELLS. 493-508.
-
Lee, W. J., & Holditch, S. A.
(1979).
Fracture Evaluation With Pressure Transient Testing In Low-Permeability Gas Reservoirs. Part I: Theoretical Background. Annals of the New York Academy of Sciences.
181-186.
-
Lee, W. J., & Holditch, S. A.
(1979).
FRACTURE EVALUATION WITH PRESSURE TRANSIENT TESTING IN LOW-PERMEABILITY GAS RESERVOIRS - 1. THEORETICAL BACKGROUND. Annals of the New York Academy of Sciences.
-
Holditch, S. A., & Lee, W. J.
(1979).
FRACTURE EVALUATION WITH PRESSURE TRANSIENT TESTS IN LOW-PERMEABILITY GAS RESERVOIRS - 2. FIELD EXAMPLES. Annals of the New York Academy of Sciences.
-
LEE, W. J., HENRY, A. J., FRANK, R. D., NEFF, H. O., & LOHEC, R. E.
(1977).
MATHEMATICAL-MODEL OF HAWKINS WOODBINE RESERVOIR. JPT, Journal of Petroleum Technology.
29(DEC), 1545-1549.
-
Lee, W. J., Harrell, R. R., & McCain, W. D.
(1975).
Analysis Procedure for Variable-Rate Pressure Drawdown Data. JPT, Journal of Petroleum Technology.
27(01), 115-116.
-
Chu, H., Zhang, J., Zhang, L., Ma, T., Gao, Y., & Lee, W. J.
(2023).
A new semi-analytical flow model for multi-branch well testing in natural gas hydrates. Advances in Geo-Energy Research.
7(3), 176-188.
-
book
-
Spivey, J., & Lee, W.
(2013).
Applied Well Test Analysis. Society of Petroleum Engineers.
-
Lee, J., Rollins, J. B., & Spivey, J. P.
(2003).
Pressure Transient Testing
-
Lee, W. J., & Wattenbarger, R. A.
(1996).
Gas Reservoir Engineering. Society of Petroleum Engineers.
-
Lee, W. J., & Services, S.
(1992).
Characterizing Formations with Well Tests
-
Lee, W. J.
(1985).
Pressure Buildup and Drawdown Analysis
-
Lee, W. J.
(1982).
Well Testing. Society of Petroleum Engineers.
-
Lee, W. J., Strubhar, M. D., & Balckburn, J. S.
(1972).
Production Operations Course 2 Well Diagnosis. Society of Petroleum Engineers.
-
Spivey, J., & Lee, W.
(2013).
Applied Well Test Analysis. Society of Petroleum Engineers.
-
chapter
-
Lee, W.
(2016).
Fluid Flow and Alternative Decline Models. Seidle, J. P. (Eds.),
SPEE Monograph 4.
Society of Petroleum Evaluation Engineers.
-
Dong, Z., Holditch, S. A., & Lee, W. J.
(2016).
WORLD RECOVERABLE UNCONVENTIONAL GAS RESOURCES ASSESSMENT. UNCONVENTIONAL OIL AND GAS RESOURCES HANDBOOK: EVALUATION AND DEVELOPMENT.
(pp. 53-70).
Elsevier.
-
Dong, Z., Holditch, S. A., & Lee, W. J.
(2015).
RESOURCE ESTIMATION FOR SHALE GAS RESERVOIRS. FUNDAMENTALS OF GAS SHALE RESERVOIRS.
(pp. 301-323).
Wiley.
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Lee, W.
(2007).
Fluid Flow Through Permeable Media. Lake, L. W. (Eds.),
Petroleum Engineering Handbook.
Society of Petroleum Engineers.
-
Lee, W.
(1993).
Pressure Transient Testing. Morton-Thompson, D., & Woods, A. M. (Eds.),
Development Geology Reference Manual.
(pp. 477-481).
American Association of Petroleum Geologists.
-
Lee, W.
(1989).
Post-Fracture Formation Evaluation. Gidley, J. L. (Eds.),
Recent Advances in Hydraulic Fracturing.
Society of Petroleum Engineers.
-
Lee, W.
(2016).
Fluid Flow and Alternative Decline Models. Seidle, J. P. (Eds.),
SPEE Monograph 4.
Society of Petroleum Evaluation Engineers.
-
conference paper
-
Sheikh, H., Lee, W. J., Jha, H. S., & Ahmed, S.
(2022).
Establishing Flow Regimes for Multi-Fractured Horizontal Wells in Low-Permeability Reservoirs
-
Jha, H. S., & Lee, W. J.
(2022).
New Model Improves Secondary Phase Production Forecasts
-
Lee, W. J., & Jha, H. S.
(2022).
Scaling Improves Type Well Construction
-
Jha, H. S., & Lee, W. J.
(2022).
Statistical and Machine Learning Methods Help Us Identify Analogous Wells for Enhanced Type Well Construction
-
Moridis, N., Lee, W. J., Sim, W., & Blasingame, T.
(2021).
Gaussian Quadrature GQ Used to Accurately Approximate the Relative Weights of Reserves, Contingent Resources, and Prospective Resources Through A Cumulative Distribution Function
-
Sheikh, H., Lee, W. J., & Jha, H. S.
(2021).
Modeling Boundary-Dominated Flow in Hydraulically-Fractured Wells
-
Pratikno, H., Lee, W. J., & Torres, C. K.
(2021).
Application of Multiple Diagnostic Plots to Identify End of Linear Flow in Unconventional Reservoirs
-
Jha, H. S., Khanal, A., & Lee, W. J.
(2021).
Effect of Errors in Initial Pressure Measurement on Rate-Transient Analysis in Unconventional Reservoirs
-
Morales, E., & Lee, W. J.
(2020).
SEC and PRMS Proved Reserves: Differences Due to Varying Interpretations of Final Investment Decision
-
Mayol, J. C., Moridis, N., McVay, D. A., & Lee, W. J.
(2020).
Assessment of Oil and Gas Resources in the Vaca Muerta Shale, Neuqun Basin, Argentina
-
Moridis, N., Lee, W. J., Sim, W., & Blasingame, T.
(2020).
Understanding the Spatial Relationships that Trigger Movements in Regulatory Frameworks Through Time
-
Gomez, D., McVay, D., & Lee, J.
(2020).
Technical Revisions Reveal Overconfidence in US and Canadian Reserves Estimates. SPE Reservoir Evaluation and Engineering.
783-798.
-
Moridis, N., Quist, M., Lee, W. J., Sim, W., & Blasingame, T.
(2019).
Defining and Deriving the Proper Order of Movements from Prospective Resources, to Contingent Resources, to Reserves and Back
-
Moridis, N., Lee, W. J., Sim, W., & Blasingame, T.
(2019).
Gaussian Quadrature Accurately Approximates the Relative Weights of Each Reserves Category of the PRMS Matrix Through a Cumulative Distribution Function
-
Eleiott, A. C., Lee, W. J., & Moridis, N.
(2019).
Modified Fetkovich Type Curve Enhances Type Well Construction for Horizontal Wells with Multiple Fractures
-
Moridis, N., Lee, W. J., Jochen, V., Sim, W., & Blasingame, T.
(2019).
Estimating Reserves and Tracking the Classification of Reserves and Resources Other Than Reserves (ROTR) in Unconventional Reservoirs
-
Moridis, N., Lee, W. J., Sim, W., & Blasingame, T.
(2019).
Tracking Procedures for Reserves and Resources Other than Reserves ROTR for Internal Reporting Processes
-
Yu, S., Jiang, Z., & Lee, W. J.
(2018).
Reconciling Empirical Methods for Reliable EUR and Production Profile Forecasts of Horizontal Wells in Tight/Shale Reservoirs
-
Chaudhary, N. L., & Lee, W. J.
(2017).
Constructing Enhanced Type Wells Using Cluster-Weighted Modeling
-
Jha, H. S., & Lee, W. J.
(2017).
Modifications for Fracture Damage and Changing Pressure Drawdown to Improve Accuracy of Duong Decline Model
-
Jha, H. S., & Lee, W. J.
(2017).
Problems With Application of Material Balance Time to Transient Flow Data in Diagnostic Plots
-
Khoshghadam, M., Khanal, A., Rabinejadganji, N., & Lee, W. J.
(2017).
Producing Gas-Oil Ratio Behavior of Unconventional Volatile-Oil Reservoirs, and Its Application in Production Diagnostics and Decline Curve Analysis
-
Apte, S. S., & Lee, W. J.
(2017).
Elliptical flow regimes in horizontal wells with multiple hydraulic fractures. 605-614.
-
Khoshghadam, M., Khanal, A., Yu, C., Rabinejadgangi, N., & Lee, W. J.
(2017).
GOR of Liquid-Rich Shale Reservoirs and its Application in Decline Curve Analysis
-
Khoshghadam, M., Khanal, A., Yu, C., Rabinejadgangi, N., & Lee, W. J.
(2017).
GOR of liquid-rich shale reservoirs and its application in decline curve analysis
-
Makinde, I., & Lee, W. J.
(2016).
A New Approach to Forecasting Production from Liquid Rich Shale Reservoirs
-
Zhang, H. E., Nelson, E., Olds, D., Rietz, D., & Lee, W. J.
(2016).
Effective Applications of Extended Exponential Decline Curve Analysis to both Conventional and Unconventional Reservoirs
-
Chaudhary, N. L., & Lee, W. J.
(2016).
An Enhanced Method to Correct Rate Data for Variations in Bottom-Hole Pressure
-
Sidle, R., & Lee, W. J.
(2016).
An Update on Demonstrating "Reliable Technology" - Where are We Now?
-
Chaudhary, N. L., & Lee, W. J.
(2016).
Detecting and Removing Outliers in Production Data to Enhance Production Forecasting
-
Makinde, I., & Lee, W. J.
(2016).
Forecasting Production of Shale Volatile Oil Reservoirs Using Simple Models
-
Makinde, I., & Lee, W. J.
(2016).
Production Forecasting in Shale Volatile Oil Reservoirs
-
Khanal, A., Khoshghadam, M., & Lee, W. J.
(2016).
Accurate Forecasting of Liquid Rich Gas Condensate Reservoirs with Multiphase Flow
-
Khoshghadam, M., Khanal, A., Rabinejadganji, N., & Lee, W. J.
(2016).
How to Model and Improve Our Understanding of Liquid-Rich Shale Reservoirs with Complex Organic/Inorganic Pore Network
-
Sharma, A., & Lee, W. J.
(2016).
Improved Workflow for EUR Prediction in Unconventional Reservoirs
-
Makinde, I., & Lee, W. J.
(2016).
Production Forecasting in Shale Volatile Oil Reservoirs Using Reservoir Simulation, Empirical and Analytical Methods
-
Apte, S., & Lee, W. J.
(2016).
Transitional Flow Regimes in Multi-Fractured Horizontal Wells
-
Khanal, A., Khoshghadam, M., Makinde, I., & Lee, W. J.
(2015).
Modeling Production Decline in Liquid Rich Shale (LRS) Gas Condensate Reservoirs
-
Khoshghadam, M., Khanal, A., Makinde, I., Lee, W. J., & Rabinejadganji, N.
(2015).
Numerical Study of Production Mechanisms in Unconventional Liquid-Rich Shale Volatile Oil Reservoirs
-
Khoshghadam, M., Khanal, A., & Lee, W. J.
(2015).
Numerical Study of Production Mechanisms and Gas-Oil Ratio Behavior of Liquid-Rich Shale Oil Reservoirs. 6127-6151.
-
Khanal, A., Khoshghadam, M., & Lee, W. J.
(2015).
Effect of Well Spacing On Productivity Of Liquid Rich Shale (LRS) Reservoirs With Multiphase Flow: A Simulation Study
-
Khanal, A., Khoshghadam, M., & Lee, W. J.
(2015).
Optimal Decline Curve Analysis (DCA) Models for Liquid Rich Shale (LRS) Gas Condensate Reservoirs
-
Khanal, A., Khoshghadam, M., & Lee, W. J.
(2015).
Stochastic Study of Reservoir and Completion Parameters in Liquid Rich Shale
-
Khoshghadam, M., Khanal, A., & Lee, W. J.
(2015).
Impact of Fluid, Rock and Hydraulic Fracture Properties on Reservoir Performance in Liquid-Rich Shale Oil Reservoirs
-
Khoshghadam, M., Khanal, A., & Lee, W. J.
(2015).
Numerical Study of Impact of Nano-Pores on Gas-Oil Ratio and Production Mechanisms in Liquid-Rich Shale Oil Reservoirs
-
Khoshghadam, M., Lee, W. J., & Khanal, A.
(2015).
Impact of Fluid, Rock and Hydraulic Fracture Properties on Reservoir Performance in Liquid-Rich Shale Oil Reservoirs
-
Khoshghadam, M., Lee, W. J., & Khanal, A.
(2015).
Numerical Study of Impact of Nano-Pores on Gas-Oil Ratio and Production Mechanisms in Liquid-Rich Shale Oil Reservoirs
-
Rastogi, A., & Lee, W. J.
(2015).
Methodology for construction of type wells for production forecasting in unconventional reservoirs
-
Rincones, M. D., Lee, W. J., & Rutledge, J. M.
(2015).
Production forecasting for shale oil: Workflow
-
Morales, E., & Lee, W. J.
(2014).
Interpretation of Recent SEC Reserves Reporting Guidance. 502-514.
-
Morales, E., & Lee, W. J.
(2014).
Lease Fuel, Fuel Gas or Fuel Consumed in Operations- Is it Reserves?. 454-464.
-
Indras, P., & Lee, W. J.
(2014).
Utility of Hybrid Forecasting Models and Diagnostic Plots in Liquid Shales. 530-549.
-
Harris, S., & Lee, W. J.
(2014).
A Study of Decline Curve Analysis in the Elm Coulee Field. 686-708.
-
Dong, Z., Holditch, S. A., Ayers, W. B., & Lee, W. J.
(2014).
Probabilistic Estimate of Global Coalbed Methane Recoverable Resources. 511-529.
-
Dong, Z., Holditch, S. A., McVay, D. A., Ayers, W. B., Lee, W. J., & Morales, E.
(2014).
Probabilistic Assessment of World Recoverable Shale Gas Resources. 796-816.
-
Jones, A., Denelle, F. R., Lee, W. J., MacDonald, D. G., & Seiller, B. J.
(2014).
The use of reservoir simulation in estimating reserves. 1166-1179.
-
Morales, E., & Lee, W. J.
(2013).
Probabilistic reserves addition within a project. 1038-1045.
-
Morales, E., & Lee, W. J.
(2013).
Undeveloped reserves and the five-year time limit: Can different interpretations co-exist?. 1388-1395.
-
Gong, X., Tian, Y., McVay, D. A., Ayers, W. B., & Lee, W. J.
(2013).
Assessment of Eagle Ford Shale Oil and Gas Resources. 263-282.
-
Yu, S., Lee, W. J., Miocevic, D. J., Li, D., & Harris, S.
(2013).
Estimating Proved Reserves in Tight/Shale Wells Using the Modified SEPD Method. 1487-1501.
-
Gong, X., Tian, Y., McVay, D. A., Ayers, W. B., & Lee, W. J.
(2013).
Assessment of Eagle Ford shale oil and gas resources. 1335-1360.
-
Akbarnejad-Nesheli, B., Valk, P. P., & Lee, W. J.
(2012).
Relating Fracture Network Characteristics to Shale Gas Reserve Estimation. 184-201.
-
Sidle, R., & Lee, W.
(2011).
Qualifying Seismic as a "Reliable Technology"An Example of Downdip Water-Contact Location. SPE Economics and Management.
163-172.
-
Kang, S., Datta-Gupta, A., & Lee, W. J.
(2011).
Impact of Natural Fractures in Drainage Volume Calculations and Optimal Well Placement in Tight Gas Reservoirs. 684-695.
-
Sehbi, B. S., Kang, S., Datta-Gupta, A., & Lee, W. J.
(2011).
Optimizing Fracture Stages and Completions in Horizontal Wells in Tight Gas Reservoirs Using Drainage Volume Calculations. 751-763.
-
Sidle, R. E., & Lee, W. J.
(2011).
Demonstrating Reasonable Certainty under Principles-based Oil and Gas Reserves Regulations. 1758-1765.
-
Dobson, M. L., Lupardus, P. D., & Lee, W. J.
(2011).
Practical Justification for an Empirical Approach to Probabilistic Undeveloped Reserve Bookings In Resource Plays. 4978-4982.
-
Lee, W. J., Sidle, R. E., & McVay, D. A.
(2011).
Reservoir Simulation: A Reliable Technology?. 1740-1747.
-
Valk, P. P., & Lee, W. J.
(2010).
A Better Way to Forecast Production from Unconventional Gas Wells. 1860-1875.
-
Sidle, R. E., & Lee, W. J.
(2010).
Qualifying Seismic as a Reliable Technology An Example of Downdip Water Contact Location. 1907-1922.
-
Lee, W. J.
(2010).
The "Reliable Technologies" Rule: What Did the SEC Intend. Annual Offshore Technology Conference.
160-167.
-
Sidle, R., & Lee, W. J.
(2010).
An Update on the Use of Reservoir Analogs for the Estimation of Oil and Gas Reserves. 48-56.
-
Sidle, R., & Lee, W.
(2010).
The Demonstration of a "Reliable Technology" for Estimating Oil and Gas Reserves. 57-64.
-
Lee, W. J., & Sidle, R. E.
(2010).
Gas Reserves Estimation in Resource Plays. 1-10.
-
Ali, T., Cheng, Y., McVay, D. A., & Lee, W. J.
(2010).
A Practical Approach for Production Data Analysis of Multilayer Commingled Tight Gas Wells. 170-179.
-
Lee, W. J.
(2009).
Reserves in unconventional reservoirs: Effect of new SEC rules. 603-611.
-
Lee, W. J.
(2009).
Modernization of the SEC Oil and Gas Reserves Reporting Requirements. 358-367.
-
Cheng, Y., Lee, W. J., & McVay, D. A.
(2009).
A New Approach for Reliable Estimation of Hydraulic Fracture Properties Using Elliptical Flow Data in Tight Gas Wells. SPE Reservoir Evaluation and Engineering.
254-262.
-
Lee, W. J.
(2009).
Reserves in Unconventional Reservoirs: Effect of New SEC Rules
-
Cheng, Y., Lee, W. J., & McVay, D. A.
(2007).
Improving Reserves Estimates From Decline Curve Analysis of Tight and Multilayer Gas Wells. 251-259.
-
Cheng, Y., Lee, W. J., & McVay, D. A.
(2007).
A New Approach for Reliable Estimation of Hydraulic Fracture Properties in Tight Gas Wells. 120-131.
-
Salazar, J., McVay, D. A., & Lee, W. J.
(2007).
Development of an Improved Methodology to Assess Potential Unconventional Gas Resources. 387-399.
-
Cheng, Y., Lee, W. J., & Mcvay, D. A.
(2007).
Quantification of uncertainty in reserves estimation from decline curve analysis of production data for unconventional reservoirs. 885-893.
-
Ogele, C., Daoud, A. M., McVay, D. A., & Lee, W. J.
(2006).
Integration of Volumetric and Material Balance Analyses Using a Bayesian Framework To Estimate OHIP and Quantify Uncertainty. 959-978.
-
Cheng, Y., McVay, D. A., & Lee, W. J.
(2006).
Optimal Infill Drilling Design for Marginal Gas Reservoirs Using a Simulation-Based Inversion Approach. 256-269.
-
Aprilia, A. W., Li, Z., McVay, D. A., & Lee, W. J.
(2006).
Quantifying Uncertainty in Original-Gas-in-Place Estimates With Bayesian Integration of Volumetric and Material Balance Analyses. 461-472.
-
Cheng, Y., Lee, W. J., & McVay, D. A.
(2005).
Application of Fast Fourier Transforms to Deconvolution of Multirate Well Test Data. 2237-2246.
-
Cheng, Y., Lee, W. J., & McVay, D. A.
(2005).
Determination of Optimal Window Size in Pressure-Derivative Computation Using Frequency-Domain Constraints. 2209-2220.
-
Olsen, G. T., McVay, D. A., & Lee, W. J.
(2005).
Inverted Hockey Stick Method Reveals Greater Uncertainty in Petroleum Investment Evaluations. 563-570.
-
Cheng, Y., Wang, Y., McVay, D. A., & Lee, W. J.
(2005).
Practical Application of Probabilistic Approach to Estimate Reserves Using Production-Decline Data. 2107-2118.
-
Olsen, G. T., Fariyibi, F. L., Lee, W. J., & McVay, D. A.
(2005).
Price Uncertainty Quantification Models Advance Project Economic Evaluations. 133-141.
-
Cheng, Y., Lee, W. J., & McVay, D. A.
(2003).
A Deconvolution Technique Using Fast-Fourier Transforms. 3707-3721.
-
El-Banbi, A. H., Aly, A. M., Lee, W. J., & McCain, W. D.
(2000).
Investigation of waterflooding and gas cycling for developing a gas-condensate reservoir. 525-530.
-
Iakovlev, S. V., & Lee, W. J.
(2000).
Multi-phase flow in several layers limits the applicability of conventional buildup analysis. 681-694.
-
Fan, L., Lee, W. J., & Spivey, J. P.
(2000).
Semi-analytical model for thermal effect on gas well pressure-buildup tests. SPE Reservoir Evaluation and Engineering.
480-491.
-
Kazemi, H., Lee, W. J., Blasingame, T. A., Alman, R., Bassiouni, Z., Bowman, C. H., ... Tiedemann, H.
(2000).
The Fifth SPE Colloquium on Petroleum Engineering Education - An Industry Perspective
-
Lee, W. J., Kazemi, H., Blasingame, T. A., Allman, R., Bassiouni, Z., Bowman, C. H., ... Tiedemann, H.
(2000).
Petroleum Engineering Education: The Road Ahead - A Summary of Major Actions at CPEE 2000
-
El-Banbi, A. H., Aly, A. M., Lee, W. J., & McCain, W. D.
(2000).
Investigation of waterflooding and gas cycling for developing a gas-condensate reservoir
-
Fan, L., Lee, W. J., & Spivey, J. P.
(1999).
Semi-analytical model for thermal effect on gas well pressure buildup tests. 199-214.
-
Xu, S., & Lee, W. J.
(1999).
Two-phase well test analysis of gas condensate reservoirs
-
Spivey, J. P., & Lee, W. J.
(1999).
Variable wellbore storage models for a dual-volume wellbore. 243-251.
-
Spivey, J. P., & Lee, W. J.
(1999).
Application of the Diagnostic Plot Using a Derivative Based on Shut-In Time
-
Aly, A., Lee, W. J., Datta-Gupta, A., Mowafi, K., Prida, M., & Latif, M.
(1999).
Application of Geostatistical Modeling in an Integrated Reservoir Simulation Study of the Lower Bahariya Reservoir, Egypt. 73-78.
-
Xu, S., & Lee, W. J.
(1999).
Gas condensate well test analysis using a single-phase analogy
-
Lee, W. J., & Spivey, J. P.
(1998).
Numerical and analytical well test analysis: A case history. 153-159.
-
Lee, W. J., & Spivey, J. P.
(1998).
Numerical and analytical well test analysis: a case history. 857-863.
-
Aly, A. M., Bastian, P. A., & Lee, W. J.
(1998).
Techniques for coping with missing data in pressure transient tests. 389-398.
-
Aly, A. M., McCain, W. D., Hill, N. C., & Lee, W. J.
(1997).
Reservoir evaluation of a gas condensate reservoir using pressure transient analysis
-
Aly, A., & Lee, W. J.
(1996).
Characterizing Multi-Layered Reservoirs Using A New, Simple, Inexpensive and Environmentally Sensitive Pre-Production Well Test. 519-534.
-
Aly, A., & Lee, W. J.
(1995).
Computational modeling of multi-layered reservoirs with unequal initial pressures: development of a new pre-production well test. 393-403.
-
Jochen, V. A., Lee, W. J., & Semmelbeck, M. E.
(1994).
Determining permeability in coalbed methane reservoirs. 203-215.
-
Liao, Y., & Lee, W. J.
(1994).
New solutions for wells with finite-conductivity fractures including fracture-face skin: constant well pressure cases. 455-459.
-
Aly, A., Chen, H. Y., & Lee, W. J.
(1994).
New technique for analysis of wellbore pressure from multilayered reservoirs with unequal initial pressures to determine individual layer properties. 181-195.
-
Ryou, S., Frantz, J. H., & Lee, W. J.
(1994).
New, simplified methods for modeling multilayer reservoirs performing at pseudo-steady state. 257-264.
-
Chao, G., Lee, W. J., Spivey, J. P., & Semmelbeck, M. E.
(1994).
Modeling Multilayer Gas Reservoirs Including Sorption Effects
-
Liao, Y., & Lee, W. J.
(1994).
Depth of investigation for elliptical flow problems and its applications to hydraulically fractured wells. 581-597.
-
Lio, L., & Lee, W. J.
(1994).
Depth of investigation for hydraulically fractured wells: Field applications. 381.
-
Gao, C., Jochen, J. E., & Lee, W. J.
(1994).
Interpretation of field pressure and production data with a new analytical layered reservoir simulator. 413-418.
-
Aly, A., & Lee, W. J.
(1994).
New pre-production well test for analysis of multilayered commingled reservoirs withy unequal initial pressures. 867-881.
-
Aly, A., Chen, H. Y., & Lee, W. J.
(1994).
Pre-production pressure analysis of commingled reservoir with unequal initial pressures. 911-926.
-
Gao, C., & Lee, W. J.
(1993).
Modeling commingled reservoirs with pressure-dependent properties and unequal initial pressure in different layers. 625-639.
-
Liao, Y., & Lee, W. J.
(1993).
New solutions for wells with finite-conductivity fractures including wellbore storage and fracture-face skin. 221-242.
-
Jochen, V. A., & Lee, W. J.
(1993).
Reservoir Characterization of an Openhole Cavity Completion Using Production and Well Test Data Analysis. 269-278.
-
Liao, Y., & Lee, W. J.
(1993).
Equivalent drawdown time for pressure buildup test analysis for hydraulically fractured wells. 405-421.
-
Ning, X., Fan, J., Holditch, S. A., & Lee, W. J.
(1993).
Measurement of matrix and fracture properties in naturally fractured cores. 555-570.
-
Liao, Y., & Lee, W. J.
(1993).
Production performance of hydraulically fractured gas wells. 533-541.
-
Rollins, J. B., Holditch, S. A., & Lee, W. J.
(1992).
Characterizing Average Permeability in Oil and Gas Formations. SPE Formation Evaluation.
99-105.
-
Spivey, J. P., Gatens, J. M., Semmelbeck, M. E., & Lee, W. J.
(1992).
Integral Type Curves for Advanced Decline Curve Analysis. 91-100.
-
Johnston, J. E., Lee, W. J., & Blasingame, T. A.
(1991).
Estimating the stabilized deliverability of a gas well using the Rawlins and Schellhardt method. An analytical approach. 253-260.
-
Rushing, J. A., Blasingame, T. A., Johnston, J. L., & Lee, W. J.
(1991).
Slug Testing in Multiple Coal Seams Intersected by a Single, Vertical Fracture
-
Rushing, J. A., Blasingame, T. A., Poe, B. D., Brimhall, R. M., & Lee, W. J.
(1991).
Analysis of Slug Test Data From Hydraulically Fractured Coalbed Methane Wells. 105-118.
-
Gao, C., Jones, J. R., Raghavan, R., & Lee, W. J.
(1991).
Interpretation of responses of commingled systems with mixed inner and outer boundary conditions using derivatives. 223-238.
-
Johnston, J. L., & Lee, W. J.
(1991).
Interpreting short-term buildup tests from low-productivity gas wells using deconvolution. 237-246.
-
Zuber, M. D., Deters, J. C., & Lee, W. J.
(1991).
Practical approach for analysis of a pressure transient test from a horizontal well in a gas storage reservoir. 165-176.
-
Olarewaju, J. S., Schlumberger, D., & Lee, W. J.
(1991).
Rate behavior of composite dual-porosity reservoirs. 655-672.
-
Gatens, J. M., Lee, W. J., Hopkins, C. W., & Lancaster, D. E.
(1991).
The Effect of Permeability Anisotropy on the Evaluation and Design of Hydraulic Fracture Treatments and Well Performance. 211-222.
-
Zuber, M. D., Sparks, D. P., Lee, W. J., & Holditch, S. A.
(1990).
Design and interpretation of injection/falloff tests for coalbed methane wells. 425-434.
-
Johnston, J. L., & Lee, W. J.
(1990).
Identification of productive layers in low-permeability gas wells. 89-102.
-
Al-Kaabi, A. U., & Lee, W. J.
(1990).
An Artificial Neural Network Approach To Identify the Well Test Interpretation Model: Applications
-
Semmelbeck, M. E., & Lee, W. J.
(1990).
Well Test Requirements for Evaluation of Coalbed Methane Development Potential. 521-532.
-
Al-Kaabi, A. U., & Lee, W. J.
(1990).
Using artificial neural networks to identity the well test interpretation model. 77-88.
-
Olarewaju, J. S., & Lee, W. J.
(1989).
Effects of phase segregation on buildup test data from gas wells. 443-456 19100.
-
Olarewaju, J. S., & Lee, W. J.
(1989).
New analytical model of finite-conductivity hydraulic fracture in a finite reservoir. 363-376 19093.
-
Blasingame, T. A., Johnston, J. L., Lee, W. J., & Raghavan, R.
(1989).
The Analysis of Gas Well Test Data Distorted by Well bore Storage Using an Explicit Deconvolution Method. 423-442 19099.
-
Blasingame, T. A., Johnston, J. L., & Lee, W. J.
(1989).
Type-Curve Analysis Using the Pressure Integral Method
-
Olarewaju, J. S., & Lee, W. J.
(1989).
New Pressure-Transient Analysis Model for Dual-Porosity Reservoirs. SPE Formation Evaluation.
384-390.
-
Harris, D. E., & Lee, W. J.
(1989).
A New Method for Analyzing Well Tests With Inadequate Early-Time Data. SPE Formation Evaluation.
73-80.
-
Watson, A. T., Gatens, J. M., Lee, W. J., & Rahim, Z.
(1989).
An Analytical Model for History Matching Naturally Fractured Reservoir Production Data. 295-306.
-
Olarewaju, J., & Lee, W. J.
(1989).
Pressure buildup behavior of partially completed wells in layered reservoirs. 445-461.
-
Rushing, J. A., & Lee, W. J.
(1989).
Use of an automatic history-matching technique to analyze pressure buildup data affected by wellbore phase segregation: Case histories. 169-185.
-
Olarewaju, J. S., & Lee, W. J.
(1988).
Rate performance of a layered reservoir with unsteady-state interlayer crossflow. 217-233 18544.
-
Al-Kaabi, A. U., McVay, D. A., & Lee, W. J.
(1988).
Using an expert system to identify the well test interpretation model. 503-517 18158.
-
Blasingame, T. A., & Lee, W. J.
(1988).
The Variable-Rate Reservoir Limits Testing of Gas Wells. 43-56#17708.
-
Ayan, C., & Lee, W. J.
(1988).
Multiphase Pressure Buildup Analysis: Field Examples. 127-139.
-
Olarewaju, J. S., & Lee, W. J.
(1988).
STUDY OF PRESSURE BEHAVIOR OF LAYERED AND DUAL-POROSITY RESERVOIRS IN THE PRESENCE OF SKIN, WELLBORE STORAGE, AND PHASE SEGREGATION. 281-297.
-
Schettler, P. D., Parmely, C. R., & Lee, W. J.
(1987).
GAS STORAGE AND TRANSPORT IN THE DEVONIAN SHALES
-
Olarewaju, J. S., & Lee, W. J.
(1987).
TYPE CURVE AND DECLINE CURVE ANALYSIS USING COMPOSITE MODELS
-
Olarewaju, J. S., & Lee, W. J.
(1987).
An Analytical Model for Composite Reservoirs Produced at Either Constant Bottomhole Pressure or Constant Rate. 217-230.
-
Sullivan, R. B., Lee, W. J., & Holditch, S. A.
(1987).
Pressure Transient Response in Multilayer Gas Reservoirs Containing Hydraulic Fractures. 91-102.
-
Olarewaju, J. S., & Lee, W. J.
(1987).
A Comprehensive Application of a Composite Reservoir Model to Pressure Transient Analysis
-
Olarewaju, J. S., & Lee, W. J.
(1987).
A comprehensive application of a composite reservoir model to pressure transient analysis. 227-243.
-
Fraim, M. L., Lee, W. J., & Gatens, J. M.
(1986).
ADVANCED DECLINE CURVE ANALYSIS USING NORMALIZED-TIME AND TYPE CURVES FOR VERTICALLY FRACTURED WELLS
-
Holgate, K. E., Lancaster, D. E., & Lee, W. J.
(1986).
ANALYSIS OF DRILLSTEM TEST DATA IN DEVONIAN SHALE RESERVOIRS. 97-108.
-
Ayan, C., & Lee, W. J.
(1986).
EFFECTS OF MULTIPHASE FLOW ON THE INTERPRETATION OF PRESSURE BUILDUP TESTS
-
Rahim, Z., & Lee, W. J.
(1986).
ITERATIVE TECHNIQUE TO DETERMINE RESERVOIR AND FRACTURE PROPERTIES USING BUILDUP DATA FOR HYDRAULICALLY FRACTURED WELLS. 129-140.
-
Hazlett, W. G., Lee, W. J., Narahara, G. M., & Gatens, J. M.
(1986).
PRODUCTION DATA ANALYSIS TYPE CURVES FOR THE DEVONIAN SHALES. 165-176.
-
Shaw, J. S., Gatens, J. M., Lancaster, D. E., Lee, W. J., Avary, K. L., & Terry, D. P.
(1986).
RESERVOIR AND STIMULATION ANALYSIS OF A DEVONIAN SHALE GAS FIELD. 207-220.
-
Spivey, J. P., & Lee, W. J.
(1986).
A comparison of the use of pseudotime and normalized time for gas well buildup analysis in various geometries
-
Watson, A. T., & Lee, W. J.
(1986).
A new algorithm for automatic history matching production data. 235-242.
-
Fraim, M. L., Lee, W. J., & Gatens, J. M.
(1986).
Advanced decline curve analysis using normalized-time and type curves for vertically fractured wells
-
Gatens, J. M., Olarewaju, J. S., & Lee, W. J.
(1986).
An integrated reservoir description method for naturally fractured reservoirs. 323-332.
-
McVay, D. A., Hill, N. C., Lancaster, D. E., Lee, W. J., & Holditch, S. A.
(1986).
INTERACTIVE WELL TEST ANALYSIS USING MICROCOMPUTERS. 243-250.
-
Hazlett, W. G., Lee, W. J., Narahara, G. M., & Gatens, J. M.
(1986).
Production data analysis type curves for the Devonian Shales. 165-176.
-
Blasingame, T. A., & Lee, W. J.
(1986).
Properties of Homogeneous Reservoirs, Naturally Fractured Reservoirs, and Hydraulically Fractured Reservoirs From Decline Curve Analysis. 279-294.
-
Blasingame, T. A., & Lee, W. J.
(1986).
Properties of homogeneous reservoirs, naturally fractured reservoirs, and hydraulically fractured reservoirs from decline curve analysis. 279-291.
-
Spivey, J. P., & Lee, W. J.
(1986).
The use of pseudotime: Wellbore storage and the middle time region. 245-251.
-
Blasingame, T. A., & Lee, W. J.
(1986).
VARIABLE-RATE RESERVOIR LIMITS TESTING. 361-373.
-
Blasingame, T. A., & Lee, W. J.
(1986).
Variable-rate reservoir limits testing. 361-369.
-
Gatens, J. M., Lee, W. J., & Rahim, Z.
(1985).
APPLICATION OF AN ANALYTICAL MODEL TO HISTORY MATCH DEVONIAN SHALES PRODUCTION DATA. 173-185.
-
Zuber, M. D., Lee, W. J., & Gatens, J. M.
(1985).
EFFECT OF STIMULATION ON THE PERFORMANCE OF DEVONIAN SHALE GAS WELLS. 161-172.
-
Lee, W. J., & Gatens, J. M.
(1985).
Analysis of Eastern Devonian Gas Shales Production Data. 141-152.
-
Lee, W. J., & Gatens, J. M.
(1985).
Analysis of eastern devonian gas shales production data. 141-147.
-
Gatens, J. M., Lee, W. J., & Rahim, Z.
(1985).
Application of an analytical model to history match devonian shales production data. 173-180.
-
Lee, W. J., Retna, T., Holditch, S. A., & Whitehead, W. S.
(1984).
Analyzing Gas Well Buildup Tests With Changing Wellbore Storage in Tight Gas. 147-162.
-
Lee, W. J., Kuo, T. B., Holditch, S. A., & McVay, D. A.
(1984).
Estimating Formation Permeability From Single-Point Flow Data. 175-185.
-
Lee, W. J., Retna, T., Holditch, S. A., & Whitehead, W. S.
(1984).
Analyzing gas well buildup tests with changing wellbore storage in tight gas. 147-152.
-
Lee, W. J., Kuo, T. B., Holditch, S. A., & McVay, D. A.
(1984).
Estimating formation permeability from single-point flow data. 175-181.
-
Robinson, B. M., Holditch, S. A., & Lee, W. J.
(1983).
CASE STUDY OF THE WILCOX (LOBO) TREND IN WEBB AND ZAPATA COUNTIES, TEXAS. 17-28.
-
Holditch, S. A., Lee, W. J., Lancaster, D. E., & Davis, T. B.
(1981).
EFFECT OF MUD FILTRATE INVASION OF APPARENT PRODUCTIVITY IN DRILL STEM TESTS IN LOW PERMEABILITY GAS FORMATIONS. 139-155.
-
Lee, W. J., & Holditch, S. A.
(1979).
FRACTURE EVALUATION WITH PRESSURE TRANSIENT TESTING IN LOW-PERMEABILITY GAS RESERVOIRS - 1. THEORETICAL BACKGROUND. Annals of the New York Academy of Sciences.
-
Holditch, S. A., & Lee, W. J.
(1979).
FRACTURE EVALUATION WITH PRESSURE TRANSIENT TESTS IN LOW-PERMEABILITY GAS RESERVOIRS - 2. FIELD EXAMPLES. Annals of the New York Academy of Sciences.
-
Moridis, N., Soltanpour, Y., Medina-Cetina, Z., Lee, W. J., & Blasingame, T. A.
A Production Characterization of the Eagle Ford Shale, Texas - A Bayesian Analysis Approach
-
Sheikh, H., Lee, W. J., Jha, H. S., & Ahmed, S.
(2022).
Establishing Flow Regimes for Multi-Fractured Horizontal Wells in Low-Permeability Reservoirs
Teaching
teaching activities
- ITDE685 Directed Studies Instructor
- ITDE691 Research Instructor
- PETE408 Probabilistic Reserves Eval Instructor
- PETE418 Deterministic Reserves Eval Instructor
- PETE435 Tech Presentations Ii Instructor
- PETE489 Sptp: Probalistic Resv Eval Instructor
- PETE489 Sptp:dtrmn & Prblst Resc Eval Instructor
- PETE612 Unconventional Oil Gas Instructor
- PETE651 Probabilistic Reserves Eval Instructor
- PETE652 Deterministic Reserves Eval Instructor
- PETE684 Professional Internship Instructor
- PETE685 Directed Studies Instructor
- PETE689 Sptp: Tech Pres Grad Stud Pete Instructor
- PETE689 Sptp:deterministic Resv Eval Instructor
- PETE689 Sptp:detr & Prob Rscrs Eval Instructor
- PETE691 Research Instructor
- PETE691 Research: In-ab Instructor
- PETE692 Professional Study Instructor
Background
education and training
- Ph.D. in Chemical Engineering, Georgia Institute of Technology - (Atlanta, Georgia, United States) 1963
- M.S. in Chemical Engineering, Georgia Institute of Technology - (Atlanta, Georgia, United States) 1961
- B.S. in Chemical Engineering, Georgia Institute of Technology - (Atlanta, Georgia, United States) 1959
awards and honors
- World Oil Gulf Energy Information Excellence - Lifetime Achievement Award, conferred by CME Group (United States) - (Chicago, Illinois, United States), 2023
- Guest Professor in 111 Project, conferred by China University of Petroleum, Beijing - (Beijing, China), 2021
- Guest Professor in 111 Project, conferred by China University of Petroleum, Beijing - (Beijing, China), 2020
- Hill Society Award, conferred by Georgia Institute of Technology - (Atlanta, Georgia, United States), 2018
- Guest Professor in 111 Project, conferred by China University of Petroleum, Beijing - (Beijing, China), 2018
- Honorary Life Member Award, conferred by Society of Petroleum Evaluation Engineers - (Houston, Texas, United States), 2017
- Guest Professor in 111 Project, conferred by China University of Petroleum, Beijing - (Beijing, China), 2016
- Gulf Coast Section Engineer of the Year Award, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 2015
- Excellence in Teaching Award, Cullen College of Engineering, conferred by University of Houston - (Houston, Texas, United States), 2015
- Gulf Coast Section Engineer of the Year Award, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 2014
- Gulf Coast Section Engineer of the Year Award, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 2013
- Distinguished Service Award, conferred by Society of Petroleum Evaluation Engineers - (Houston, Texas, United States), 2012
- Law and Policy Award, conferred by United States Securities and Exchange Commission - (Washington D.C., District of Columbia, United States), 2009
- Academic Engineering Fellow, conferred by United States Securities and Exchange Commission - (Washington D.C., District of Columbia, United States), 2007
- Regents Professor Award, conferred by Texas A&M University - (College Station, Texas, United States), 2007
- Member, conferred by Russian Academy of Natural Sciences - (Moscow, Russia), 2006
- Distinguished Lecturer, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 2006
- Distinguished Lecturer, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 2005
- DeGolyer Distinguished Service Medal, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 2004
- Anthony F. Lucas Gold Medal Recipients, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 2003
- Mineral Industry Education Award, conferred by American Institute of Mining, Metallurgical, and Petroleum Engineers - (Englewood, Colorado, United States), 2002
- Honorary Member, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 2001
- AIME Honorary Membership, conferred by American Institute of Mining, Metallurgical, and Petroleum Engineers - (Englewood, Colorado, United States), 2001
- Association of Former Students University-Level Distinguished Achievement Award, The, conferred by Texas A&M University - (College Station, Texas, United States), 2001
- Texas Society of Professional Engineers “Dream Team” Award, conferred by Texas Society of Professional Engineers - (Austin, Texas, United States), 2001
- John Franklin Carll Award Recipients, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 1995
- Academy of Distinguished Engineering Alumni Award, conferred by Georgia Institute of Technology - (Atlanta, Georgia, United States), 1994
- Distinguished Author Series, Invited Paper, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 1994
- Membership, conferred by National Academy of Engineering - (Washington D.C., District of Columbia, United States), 1993
- Distinguished Service Award, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 1992
- Distinguished Member Award, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 1987
- Regional Service Award, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 1987
- Distinguished Author Series, Invited Paper, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 1987
- Reservoir Engineering Award, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 1986
- Tenneco Award for Meritorious Teaching of Engineering, conferred by Texas A&M University - (College Station, Texas, United States), 1983
- Association of Former Students College-Level Teaching Distinguished Achievement Award, The, conferred by Texas A&M University - (College Station, Texas, United States), 1983
- Distinguished Faculty Achievement Award, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 1982
- Texas A&M Student Engineers Council Outstanding Achievement Award in Teaching, conferred by Texas A&M University - (College Station, Texas, United States), 1982
- Halliburton Faculty Fellow, conferred by Texas A&M University - (College Station, Texas, United States), 1982
- Distinguished Lecturer, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 1978
- Continuing Education Program, Lecturer, conferred by American Association of Petroleum Geologists - (Tulsa, Oklahoma, United States), 1977
- Continuing Education Program, Lecturer, conferred by Society of Petroleum Engineers - (Richardson, Texas, United States), 1970
Contact
first name
- W. John
has last name
- Lee
mailing address
-
Texas A&M University
Petroleum Engineering
3116 TAMU
College Station, TX 77843-3116
USA
Other
- john-lee@tamu.edu