While at Texas A&M, he taught 97 courses and served on more than 175 graduate committees during his tenure. Holditch received several awards from Texas A&M. He was elected into the Petroleum Engineering Academy of Distinguished Graduates in 1998, named a Texas A&M Distinguished Alumni in 2014, and named to the Corps of Cadet’s Hall of Honor in 2016. An endowed chair was also created to honor him in 2012 by many of his former students, the Stephen A. Holditch ’69 Department Head Chair in Petroleum Engineering, which is currently held by Jeff Spath.
Holditch held various leadership positions in SPE, including vice president–finance, member of the Board of Directors from 1998-2003, and SPE president in 2002. He received numerous awards in recognition of his technical achievements and leadership. In 1995 he was elected to the National Academy of Engineering at the age of 49, and in 1997 he was inducted into the Russian Academy of Natural Sciences. He was elected as an SPE and AIME Honorary Member in 2006. He received some of SPE’s highest technical awards, including the Lester C. Uren Award, John Franklin Carll Award, and Anthony F. Lucas Medal. He published over 150 technical papers.
From 1999-2003, Holditch was a Schlumberger Fellow where he was a Production and Reservoir Engineering advisor to the top managers within Schlumberger. Holditch was President of S. A. Holditch & Associates, Inc. from 1977-99, a full service petroleum engineering consulting firm. His firm provided petroleum engineering technology involving the analysis of low permeability gas reservoirs and the design of hydraulic fracture treatments for various industrial and government clients. Holditch also has been a production engineer at Shell Oil Company in charge of workover design and well completions
Holditch received his B.S. in 1969, a M.S. in 1970 and Ph.D. in 1975 all in Petroleum Engineering from Texas A&M University.
Stephen A. Holditch, "Tight Gas Reservoirs", Tight Gas Reservoirs, Stephen A. Holditch, John Spivey, John Y. Wang
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Tight gas is the term commonly used to refer to low-permeability reservoirs that produce mainly dry natural gas. Tight gas reservoirs have one thing in common—a vertical well drilled and completed in a tight gas reservoir must be successfully stimulated to produce at commercial gas flow rates and produce commercial gas volumes. Normally, a large hydraulic fracturing treatment is required to produce gas economically. In some naturally fractured tight gas reservoirs, horizontal wells and/or multilateral wells can provide the stimulation required for commerciality.
To optimize the development of a tight gas reservoir, the geoscientists and engineers must optimize the number of wells drilled, as well as the drilling and completion procedures for each well. Often, more data and more engineering manpower are required to understand and develop tight gas reservoirs than are required for higher-permeability, conventional reservoirs. On an individual-well basis, a well in a tight gas reservoir will produce less gas over a longer period of time than one expects from a well completed in a higher-permeability, conventional reservoir. As such, many more wells must be drilled (or smaller well spacing must be attained) in a tight gas reservoir to recover a large percentage of the original gas-in-place (OGIP) when compared to a conventional reservoir.
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