Page 412 - Pipeline Risk Management Manual Ideas, Techniques, and Resources
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Referencesi387
               66.  Norman,  R.  S.  “PE  Technology  Developments  Aid   79.  Smart,  J.  S.,  and  Smith, G. L.,  “Pigging  and Chemical
                 Industry  Safety,  Cost  Control,”  Pipeline  Industry,   Treatment Pipelines,” presented  at  Pipeline Pigging and
                 September 1994.                            Inspection  Technology  Conference,  Houston,  TX,
               67.  Office  of  Gas  Safety,  “Guide  to  Quantitative  Risk   February47,1991.
                 Assessment  (QRA),”  Standards  Australia  ME-038-01   80.  Southey, R. D., Dawalibi, F. P., and Donoso, E A. “Sharing
                 (Committee  on  Pipelines:  Gas  and  Liquid  Petroleum),   the  ROW  can Affect  Line  Integrity,” Pipeline and  Gas
                 Risk and Reliability Associates Pty Ltd., April 2002.   Journal, October 1993.
               68. “One-Call Systems,” Pipeline Digest, March 1991, p. 15.   81.  Stansbeny, R. R., “Usually Sensitive Areas: A Definition
               69.  Pipeline   Industries   Guild,   Pipelines:   Design,   for  Pipeline  Operators,”  presented  at  API  Pipeline
                 Construction,  and  Operation,  London,  New  York:   Conference, Environmental Session, Dallas, TX, 1995.
                 Construction Press, Inc., 1984.          82.  Stephens,  M.,  and  Nessim,  M.,  “Pipeline  Integrity
               70.  Playdon,  D.  K.,  “Risk  Mitigation  Strategy  Study  for   Maintenance  Optimization-A   Quantitative  Risk-Based
                 Alliance  Pipeline,”  Edmonton,  Alberta:  Centre  for   Approach,” presented at API Pipeline Conference, Dallas,
                 Engineering Research, May 1997.            TX, 1995.
               70a.Porter, M., A.  Baumgard, and K. W.  Savigny, “A  Hazard   83.  Stephens, M.  J., “A  Model for Sizing High Consequence
                 and  Risk  Management  System  for  Large  Rock  Slope   Areas  Associated  with  Natural  Gas  Pipelines,”  C-FER
                 Hazards  Affecting  Pipelines  in  Mountainous  Terrain,”   Topical  Report  99068,  prepared  for  Gas  Research
                 Proceedings  of  IPC  2002:  4th  International  Pipeline   Institute, Contract 8 174, October 2000.
                 Conference, Calgary, Canada, September 2002.   84.  Sutherland, V.,  and Cooper, C., Stress and Accidents in the
               70b.Porter, M., and K. W.  Savigny, “Natural Hazard and Risk   Offshore  Oil  and  Gas  Industy,  Houston,  TX:  Gulf
                 Management for South American Pipelines,” Proceedings   Publishing Co., 1991.
                 of  IPC  2002:  4th  International  Pipeline  Conference,   85. Tuler, S., et al. “Human Reliability and Risk Management
                 Calgary, Canada, September 2002.           in the Transportation of Spent Nuclear Fuel,” in Reliability
               71.  Proceedings  of  the International  Workshop of  Offshore   on the Move: Safety and Reliability in Transportation (G.
                 Pipeline Sqfety  (D. V.  Morris,  Ed.),  New  Orleans,  LA,   B. Guy, Ed.), London: Elsevier Applied Science, 1989, pp.
                 December  46,  1991,  College  Station:  Texas  A&M   167-193.
                 University.                              86.  URS Radian Corporation, “Environmental Assessment of
               72.  Prugh, R. W.,  and Johnson,  R. W., Guidelines for Vapor   Longhorn Partners Pipeline,” report prepared for US. EPA
                 Release  Mitigation,  New  York:  American  Institute  of   and DOT, September 2000.
                 Chemical Engineers, 1988.                87.  U.S. Department of Transportation, Research and Special
               73.  Riordan,  M.  A,, “The  IR  Drop  Paradigm  Calls  for  a   Programs  Administration,  Office  of  Pipeline  Safety,
                 Change,”PipeLine Industy, March 1991, p. 31-32.   “Annual Report of Pipeline Safetyxalendar Year  1988,”
               74. RiskAssessment in the Federal Government: Managing the   400 Seventh St., S.W., Washington, DC 20590.
                 Process,  Washington,  DC:  National  Research  Council,   88. Vick, Reagan, et al., 1989.
                 National Academy Press, 1983.            89. Vick, S. G., Degrees ofBelief  Subjective Probability and
               75.  Rohrmann,  B.,  “Verbal  Qualifiers  for  Rating  Scales:   Engineering Judgment, Reston, VA: ASCE Press, 2002.
                 Sociolinguistic  Considerations  and Psychometric  Data,”   90.  Vincent-Genod, J., Fundamentals ofpipeline Engineering.
                 Project  Report,  Melbourne,  Australia:  University  of   Paris: Gulf Publishing Co., 1984.
                 Melbourne, September 2002.               91.  Weber,  B.,  DW, personal  communications  and various
               76.  Rusin,  M.,  and  Sawides-Gellerson,  E.,  The  Safety  of   past project studies.
                 Interstate  Liquid  Pipelines: An  Evaluation  of  Present   92.  Wheeler,  D.  J.,  and  Lyday,  R.  W.,  Evaluating  the
                 Levels  and  Proposals for Change, Research  Study 040,   Measurement Process,  2nd ed., Knoxville, TN: SPC Press,
                 Washington,  DC:  American  Petroleum  Institute,  July   1989.
                  1987.                                   93.  Williams,  P.  J.,  Pipelines  and  Permafrost:  Ph.vsica1
               77.  Siegfried, C., “Multiple Uses of ROW for Pipelines,” pre-   Geography and Development in the Circumpolar North,
                 sented  at  American  Gas  Association  Transmission   Reading, MA: Longman, 1979.
                 Conference, May 18,1971.                 94.  Wright, T., Colonial Pipeline Company, Atlanta. GA, per-
               78.  Simiu, E., Reliability ofoffshore Operations: Proceedings   sonal communications.
                 of an International Workshop, NIST  Special Publication   95. Zimmerman,  T.,  Chen,  Q.,  and  Pandey,  M,  “Target
                 833, Gaithersburg,  MD: National  Institute  of Standards   Reliability Levels for Pipeline Limit States Design,” pre-
                 and Technology.                            sented at ASME International Pipeline Conference, 1996.
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