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NUCLEAR ENERGY in TEXAS, 1945-1993 By THE LONE STAR AND THE ATOM: NUCLEAR ENERGY IN TEXAS, 1945-1993 by TODD WALKER, B.A., M.A. A DISSERTATION IN HISTORY Submitted to the Graduate Faculty of Texas' Tech University in Partial Fulfillment of the Requirements for the Degree of DOCTOR OF PHILOSOPHY Approved Chairperso/i ot tlie Committee Accepted Dean of the Graduate School August, 2002 ACKNOWLEDGEMENTS I extend my thanks and much appreciation to the many people who helped and encouraged my efforts in completing this dissertation. Certainly, I must thank Dr. Paul Carlson for his guidance and unending patience and for devoting large amounts of his personal time in reviewing and editing my many drafts. His direction and knowledge were invaluable in helping me keep my focus. I also must thank the other members of my doctoral committee: Dr. Donald Walker, Dr. Joseph King, Dr. James Harper, and Dr. Grant Hall. Their suggestions and encouragement helped greatly in preparing this dissertation. All of the faculty and staff in the Department of History were helpful and invaluable. In addition, I thank Steve Porter for allowing access to his papers. They supplied a wealth of information without which this dissertation would have been impossible. No amount of thanks can show my gratitude towards my parents, Thomas and Martha Walker, for their support. Without their encouragement, this dissertation would not have been possible. I would also like to thank my sister and brother and their families who also supported me. Last, but certainly not least, I would like to express my gratitude to my fellow graduate students and friends in the Department of History. Without Les Cullen, Boyd Trolinger, Joe Brown, Ron Power, Scott Sosebee, Dave Weir, Bill Clayson, Steve Short, Dana Magill, Jenny Board and many others, graduate school would not have been as rewarding or entertaining. TABLE OF CONTENTS ACKNOWLEDGEMENTS II ABSTRACT iv LIST OF ABBREVIATIONS vi CHAPTER I. INTRODUCTION 1 II. HISTORICAL OVERVIEW OF NUCLEAR POWER IN AMERICA 23 III. THE DECISION TO BUILD THE COMANCHE PEAK NUCLEAR POWER STATION 58 IV. MISMANAGEMENT AND CONFLICT AT COMANCHE PEAK 95 V. GOVERNMENT INTERVENTION AND THE COMPLETION OF COMANCHE PEAK 138 VI. THE EARLY YEARS OF THE SOUTH TEXAS PROJECT 176 VII. THE DISMISSAL OF BROWN & ROOT 225 VIII. THE COMPLETION OF THE SOUTH TEXAS PROJECT 274 IX. CONCLUSION 315 BIBLIOGRAPHY 328 ABSTRACT Nuclear energy, since its inception in 1945, has been one the United States' most controversial technologies. Even before the well-publicized incidences at Three Mile Island and Chernobyl, nuclear projects encountered a variety of problems and obstacles that decreased their cost-effectiveness. Nuclear power, as time progressed, transformed from a possible answer to the world's energy needs into an economic, social, and political nightmare for many people and regions. The experience of Texas with nuclear energy was no different. This dissertation is the first in-depth study of the development of nuclear power in the Lone Star State. In Texas, utilities did not implement nuclear power until the early 1970s, much later than in many other areas of the country. Because of the state's abundant natural resources, utilities did not foresee an immediate need for alternative energy. The increases in energy requirements in the 1960s created a sudden surge in interest in nuclear power. Texas utilities rushed to develop nuclear projects, but, in doing so, failed to consider many of the unique characteristics of nuclear power. Utilities completed two nuclear projects in Texas: the Comanche Peak Steam Electric Station, near Fort Worth and owned by Texas Utilities, Inc., and the South Texas Project, near Houston and owned by the partnership of Houston Lighting & Power, Central Power & Light, and the cities of San Antonio and Austin. Both projects encountered lengthy delays and tremendous cost iv overruns. Anti-nuclear activists, the Public Utility Commission of Texas, and consumer advocates opposed the projects because of safety and financial concerns. The Nuclear Regulatory Commission issued numerous citations and fines against the projects and, in both cases, came near to canceling the troubled projects. Despite the problems, the owners of Comanche Peak and South Texas persisted in their attempts to implement nuclear power. By the time the projects reached completion, nuclear energy was, however, no longer cost effective nor considered safe by many citizens. After nearly twenty years of construction and licensing, the two nuclear facilities were two of the costliest plants in American history. LIST OF ABBREVIATIONS ACORN - Association of Community Organization for Reform Now ACRS - Atomic A/E - Architect/Engineer AEC - Atomic Energy Commission ASLB - Atomic Safety & Licensing Commission CASE - Citizens' Association for Sound Energy CAT - Construction Appraisal Team CFUR - Citizens for Fair Utility Regulation CPRT - Comanche Peak Response Team CPSES - Comanche Peak Steam Electric Station DP&L - Dallas Power & Light EPA - Environmental Protection Administration ER - Environmental Report FSAR - Final Safety Analysis Report GAP - Government Accountability Project GSU - Gulf States Utilities JCAE - Joint Committee on Atomic Energy LCRA - Lower Colorado River Authority LWA - Limited Work Authorization MAC - Management Analysis Company NRC - Nuclear Regulatory Commission vi NSSS - Nuclear Steam System NUS - Nuclear Utility Services PSAR - Preliminary Safety Analysis Report PUC - Public Utility Commission QA/QC - Quality Assurance/Quality Control REA - Rural Electrification Administration SER - Safety Evaluation Report SPP - Steve Porter Papers STIS - South Texas Interconnected System STP - South Texas Project SWEC - Stone & Webster Engineering Services TESCO - Texas Energy Services Company TMI - Three Mile Island TMPA-Texas Municipal Power Association TP&L - Texas Power & Light TRT - Technical Review Team TU - Texas Utilities TUGCO - Texas Utilities Generating Company TUSI -Texas Utilities Services, Inc. WPPSS - Washington Public Power Supply System VII CHAPTER I INTRODUCTION "Nuclear Reactors Make Good Neighbors" was the titie of a film shown to Austin, Texas, residents in 1973.'' Using the film, utilities hoped to convince area residents that nuclear power was safe, inexpensive, and the answer to their energy needs for the foreseeable future. The citizens of Austin, however, were not persuaded and remained cautious about approving the city's involvement in the South Texas Project. Nonetheless, over the next twenty years, the city joined the nuclear project, but after a number of voter referenda, attempted to withdraw and subsequently got involved in several lawsuits regarding Austin's involvement with the project. The confusion, the uncertainty, and the litigation reflect not only Austin's experience with nuclear power, but also the larger state's experience with nuclear energy as a whole. Atomic energy in the Lone Star state has been controversial and nearly disastrous for those involved. Utility companies completed two large nuclear facilities but not before experiencing nearly every problem possible for a nuclear project. Nuclear power in Texas began slowly and developed amid strong opposition from many areas. The full-scale implementation of the technology, as predicted in the 1950s when atomic energy appeared to be the future, never ^ Texas Obsen/er, November 16, 1973. occurred. The end of the 1970s energy crisis, safety concerns, and decreasing fuel costs removed the greatest reason for nuclear power. Additionally, federal courts and regulatory agencies became increasingly more sympathetic to the concerns of anti-nuclear activists. The larger problem, however, came from the general population. Many people felt nuclear energy was not worth the environmental and safety risks. Opponents, already present to varying degrees wherever nuclear power existed, became more and more vocal. As the development of nuclear power progressed, the opposition organized and found sympathetic licensing boards. The combination of difficulties produced a situation in which the utility companies often felt beleaguered. The resulting situation in turn led to tensions within the utilities and betiween the utility companies and their contractors. Frequent changes of personnel and adjustments in the management organization were symptomatic of the problems.^ Anti-nuclear advocates used the personnel changes as proof of their allegations of mismanagement. In the early stages of the projects, the opponents were not organized enough to impede the initial licensing hearings. Most of the opponents were individuals without the financial resources to challenge legally the projects. Interestingly, the one group that might have ^ Two interesting examinations of the problems encountered by nuclear power are John N. Campbell, Collapse of an Industry: Nuclear Power and the Contradictions of U.S. Po//cy (Ithaca, N.Y.: Cornell University Press, 1988) and James M. Jasper, Nuclear Politics: Energy and the State in the United States, Sweden, and France (Princeton: Princeton University Press, 1990). efl'ectively confronted nuclear development, the major oil and gas concerns within Texas, did not oppose nuclear power publicly. Perhaps the companies never felt threatened by nuclear power. Whatever the case, large-scale nuclear power remains something for the future. The history of nuclear power in Texas is not unlike that of the larger nation, but certain elements make it a unique part of the national story. Moreover, a study of nuclear power development
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