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Material Degradation and Hydrogen Assisted Crack Growth in First Generation Hydroprocessing Reactor Vessels by A. J. Bagdasarian, E. L Bereczky, Unocal Corporation; T. Ishiguro, K Kimura, T. Tahara, The Japan Steel Works, Ltd.

Understanding the properties, Fabrication and Application of the New Generation Cr-Mo Steels - M. Prager, The Materials Properties Council, Inc.

Evaluation of Advanced Plate Steels for Resistance to HIC and SOHIC by R. D. Kane, M. S. Cayard, CLI International

ASME Boiler and Pressure Vessel Code Steels for Petroleum Industry Service by D. A. Canonico, ABB C-E Power Products Mfg

Specifying 1 Cr- Mo Steels for Freedom From Cracking in Hydroprocessing Service by C. Lundin, K. Khan, P. Uu, C. Qiao, G. Zhou, University of Tennessee; M. Prager, The Materials Properties Council, Inc.

Diffusible Hydrogen Content in Submerged Arc Welding (SAW); a New Method For Hydrogen Determination by C. Casciaro, P. Marinelli, Beileli Ricerche Scpa; A. Solina, R. Valentini, Universita di Pisa

Application of Low Temperature PWHT to Advanced Cr-Mo Steel by T. Sakai, M. Yamada, K. Akasaka, T. Fukada and S. Nose, Kobe Steel, Ltd.

Hydrogen in Heavy Wall Saw-Joints of 2 Cr-1Mo Steel After Different Dehydrogenation Heat Treatments by S. Dittrich, Thyssen Schweisstechnik GmBH; G. Grote, Woeckner WHhelmsberger; A. Heuser, BASF; Dedicated to Prof. Dr. Dietman Werner, BASF

Hydrogen Induced Cracks in 2 Cr-1Mo Welds by G. R. Prescott, Metallurgical Consultant Evaluation of SSC Initiation and Propagation Properties of High Strength Steels for Pressure Vessels by J. Kobayashi, H. Ouchi, H. Mabuchi, T. Kikutake, Nippon Steel Corporation

Evaluating Toughness of X60 Pipeline Steel and Weldments Under Hydrogen Charging Conditions by H. Pisarski,The Welding Institute; S. Ibarra, Amoco Corporate Research

Progress on Metallurgical Investigation of HIC Phenomena and Development of HIC Resistant Steel by A. Ikeda, T. Kushida, M. Sawamura, Sumitomo Metal Industries Ltd

Characterization of Hydrogen Charging Severity in Simulated Wet H2S Environments by R. D. Kane, D. Abayarathna, CLI International

The Full Ring Test for the Assessment of Pipeline Steels for Sour Service by C. M. Fowler, CAPCIS Ltd.

Repair and Fabrication Practices for 1 Cr- Mo Steel by C. D. Lundin, University of Tennessee, M. Prager, The Materials Properties Council, Inc.

Resistance to Hydrogen Induced Disbonding of Hot Rolled Heavy Gauge Clad Steel for Application in Petroleum Industry Pressure Vessels by H. Kimura, M. Suwa and S. Yamamoto, NKK Corporation

Hydrogen Induced Disbonding in Weld-Clad Products: the Influence of Microstructure byC. Casciaro,P. Marinelli, Belleli Ricerche Scpa; A Solina,R. Valentini, Universita di Pisa

Electron Beam Welding of Chromium-Molybdenum Steels for Petrochemical Applications by Ph. Bourges and A Cheviot, Creusot-Loire Industrie

Russian Steelmaking Practice for Heavy Wall Petroleum Processing Reactors for Use In Hydrogen Technologyby G. P. Karzow, G. N. Fillimonov, CRISM Prometey; A V. Gribanov, J. E. Medvedev, and A R. Ishakov, VNIINefteMas

The Production and Properties of Composite Tubes for Petrochemical Applications by P. J. Ennis, H. van Bergen, N. Zheng and H. Nickel, Forschungszentrum Julich GmbH; R. Datta and H. Clausmeyer, MAN-Gutenhoffnungshutte

Computer Based Assessment Of Weldability by B. Buchmayr, Graz University of Technology

History and Basis for Prediction of Hydrogen Attack of C- Mo Steel: A State-Of-The-Art Review by G.R. Prescott, Metallurgical Consultant

Study of Hydrogen Attack Susceptibility of 2 Cr-1Mo Steel by C. Lundin, K Khan, P. Liu, University of Tennessee; M. Prager, The Materials Properties Council, Inc.

Effect of Metallurgical Factors on Hydrogen Attack Resistance in C-0.5Mo Steel by T. Ishiguro, K. Kimura, T. Hatakeyama, and T. Tahara, The Japan Steel Works, Ltd.; K Kawano, Idemitsu Engineering Co., Ltd.

Evaluation and Metallurgical Upgrade Program Implemented at the Amuay Refinery to Avoid the Risk of High Temperature Hydrogen Attack by B.E Hopkinson and L E. Penuela, Lagoven S.A.

High Parameter Hydrogen Effects on Creep Rupture Strength

of Advanced 3Cr-Mo-V Steel Used for Pressure Vessels of Cracking Reactors by G. P. Karzow, G. N. Filimonov, CRISM Prometey; J. I. Archskov, NPO LenNefteKhim; A. V. Gribanov, J. E. Medvedev, AO VNIINefteMas

Effect of Minor Elements on Hydrogen Attack of a Low Alloy Steel by T. Nomura, K. Murayama, Japan Energy Corp.; T. Imanaka, Non-Destructive Inspection Co., Ltd.

Quenched and Tempered Steels for H2S Containing Pressure Vessels by L Coudreuse, C. Zmudzinski, P. Bocquet, Creusot-Loire Industrie

Mechanism of Stress Oriented HIC in High Strength Micro-Alloyed Steels by K. Amano, F. Kawabata, H. Abe, Kawasaki Steel Corporation

HIC Susceptibility Parameters and Purchase Acceptance Criteria for Steels in Sour Service by C.W. Petersen,Exxon Production Research; S. E. Mahmoud, MTL Engineering, Inc.

Factors Controlling SSC Susceptibility in Weldments of HSL Steels by Y. Watanabe, H. Ishikawa, H. Tamehiro, H. Ogawa,Nippon Steel Corporation

An Approach to Controlling Ultrasonic Inspection Intervals by Monitoring Hydrogen Permeation in Refinery Vessels by C. Christensen, P. B. Mortensen, FORCE Instituttet, C. Payk, Kuwait Petroleum A/S

Test Procedures for Evaluation of Resistance of Steels to Cracking in Wet H2S Environments by R. D. Kane and M. S. Cayard, CU International; M. Prager, The Materials Properties Council, Inc

Advanced Methods for Heavy Reactor Fabrication Aimed to Minimize Hydrogen Content and Welding Flaws Experience on Cr-Mo-V Steels by S. Bertolini, NuovoPignone

Restoration of Damaged 2%Cr-1Mo Vessel by J. S. Lee, E. Upitis and D. G. Miller, Chicago Bridge Iron Co.; C. D. Lundin, University of Tennessee

Corrosion Resistant Clad Plates for High Pressure Vessels in Hydrogen and Off-Shore Environment by M. Dupoiron, L Coudreuse, D. Jobard, J. Charles, Creusot-Loire Industrie

Evaluation of Stainless Steel Explosion Clad for High Temperature, High Pressure Hydrogen Service by J. G. Banker, Explosive Fabricators, Inc.; M. S. Cayard, CU International

Development of High-Strength Hydrogen Resistant Alloy with Homogenization Technique by A. Wang, K. Yang, Y. U, Academia Sinica

Ultrasonic Detection of Hydrogen Attack in Hydroprocessing Equipment by T. Nomura, K. Murayama, Japan Energy Corp.; T. Imanaka, Non-Destructive Inspection Co. Ltd.

Hydrogen Cracking Thresholds in Segregation Bands of Heavy Forgings of Low Alloy Steels by M. Tvrdy, V. Vodarek, B. Molinek and J. Purmensky, Vitkovice, a.s.

Application of Advanced Cr-Mo Pressure Vessel Steel for High Temperature Service by T. Tahara, T. Ishiguro, H. Iga, and A. Motoo, The Japan Steel Works, Ltd.

Design Margins in 3Cr-1Mo-V Vessel Built to ASME Sec. VIII, Div. 2 by J. Andersson, Husky Oil Co.; M. Prager, The Materials Properties Council, Inc.

The New 2 Cr and 3Cr-1 Mo- Steels for Pressure Vessels Operating in Hydrogen Environment by A. Berzolla, ATB CakJereria; A. Bertoni, Belleli SpA; P. Bocquet, Creusot-Loire Irdustrie; G. Hauck, Thyssen Schweisstechnik

The Application of Modified 9Cr-1Mo Steel in Elevated Temperature Service for Petroleum Industry Pressure Vessels by D. A. Canonico, ABB C-E Power Products Mfg.

Metallurgical, Design Fabrication Aspects of Modern Hydroprocessing Reactors by L P. Antalffy, Fluor Daniel; P. N. Chaku, ABB Lummus Crest Inc.

Development of Pressure Vessel Steel Series for Wet H2S Refinery Service by A. Streisseiberger, V. Schwinn, Dillinger Hutte GTS

New Test Specimen and Methodology for Evaluation of Steels for Resistance to SOHIC by R. D. Kane, CU International; M. Prager, The Materials Properties Council, Inc.

Susceptibility to Stress-Oriented HIC of an X65 UOE Line Pipe Evaluated by Full Ring Test and Small Scale Tests by A. Takahashi, T. Hara, H. Ogawa, Nippon Steel Corporation

Large Scale Wet H2S Behavior: Evaluation of Mechanical, Metallurgical and Welding Variables by M. S. Cayard and R. D. Kane, CU International; R. J. Horvath, Shell Development Company; M. Prager, The Materials Properties Counci, Inc.

Hydrogen Uptake and Transport in Low Alloy Steels by A. J. Griffiths, R. B. Hutchings, A. Turnbull, National Physical Laboratory

Nature and Mitigation of Wet Hydrogen Damage in Refinery Equipment by P.F. Timmins, Caltex Services Corporation

Pressurization Temperature of Pressure Vessels Made of Cr-Mo Steels, T. Iwadate, Japan Steel Works Lid

Fracture Mechanics Concepts in the Case of Hydrogen Charged Materials by L Coudreuse, A. Ponsot, P. Bocquet, Creusot-Loire Industrie

Stress Assisted Hydrogen Attack Cracking in 2.25Cr-1Mo Steels at Elevated Temperatures by Long-Ching Chen and P. Shewmon, Ohio State University; M. Prager, The Materials Properties Council, Inc.

Evaluation of NDE Techniques for Detecting and Monitoring Wet H2S Cracking in Steel Vessels by M. S. Cayard and R. D. Kane, CU International; L Kaley, DNV Industry, Inc.; G. M. Buchheim, BP Oil Co.; M. Prager, The Materials Properties Council, Inc.

Fitness for Service Evaluation of Hydrogen Process Vessels by D. Osage, G. M. Buchheim, BP Oil Company; W. R. Warke, Amoco Corp.; M. Prager, The Materials Properties Counci, Inc.;

G. Chell, Southwest Research Institute; T. Anderson, Texas AM University