This book serves as a comprehensive resource on metals and materials selection for the petrochemical industrial sector. The petrochemical industry involves large scale investments, and to maintain profitability the plants are to be operated with minimum downtime and failure of equipment, which can also cause safety hazards. To achieve this objective proper selection of materials, corrosion control, and good engineering practices must be followed in both the design and the operation of plants. Engineers and professional of different disciplines involved in these activities are required to have some basic understanding of metallurgy and corrosion. This book is written with the objective of servings as a one-stop shop for these engineering professionals. The book first covers different metallic materials and their properties, metal forming processes, welding, and corrosion and corrosion control measures. This is followed by considerations in material selection and corrosion control in three major industrial sectors, oil & gas production, oil refinery, and fertilizers. The importance of pressure vessel codes as well as inspection and maintenance repair practices have also been highlighted. The book will be useful for technicians and entry level engineers in these industrial sectors. Additionally, the book may also be used as primary or secondary reading for graduate and professional coursework.

Provides basic information on various metals and alloys and considerations in selection of materials Discusses crystalline structure of metals and its role on strength, toughness, shaping and welding of metals Describes material degradation mechanisms due to corrosion, high temperature attack, metallurgical degradation and methods for their prevention Covers in detail the selection of materials in oil and gas, refining and fertilizer industries and preventive measures taken to enhance equipment life Gives outlines of some advanced non-destructive examination and repair techniques used to restore the code requirement and reliability of equipment Includes supplementary material: sn.pub/extras Includes supplementary material: sn.pub/extras

Autorentext
Dr Amiya Kumar Lahi ri is presently a freelance consultant in materials, corrosion and inspection providing services to process industries. He has devoted himself to the cause of development and implementation of corrosion science for more than 60 years. Having graduated in Metallurgy in 1953 from Banaras Hindu University, he obtained his Ph.D from the same university. Dr Lahiri started his career at National Metallurgical Laboratory Jamshedpur, and established a strong Corrosion Group. The specific areas of specialization of Dr Lahiri include research and development in stress corrosion cracking, high temperature oxidation and acid inhibition. An all India plan on atmospheric corrosion was prepared and implemented throughout India based on which Corrosion Map of India was prepared. In recognition of his work on corrosion at the National Metallurgical Laboratory, he was awarded in 1970 National Metallurgist Day Award by Govt. of India, Ministry of Steel and Heavy Industry. Dr Lahiri joined Engineers India Ltd, a leading global engineering consultancy and EPC company, in 1972. During his tenure in EIL, he has to his credit completion of several assignments which included selection of material of construction and corrosion control measures in grass root refineries, petrochemicals and oil & gas processing projects; assisting operating plants in upgrading metallurgy, introducing or modifying corrosion control measures and recommending inspection and repair techniques of stationary equipment, and failure investigation. He was also team leader for the UNDP Project for development of maintenance and inspection system at Homs Refinery, Syria. He was assigned as UNIDO expert in Kuwait and Philippines to set up Corrosion Control and Monitoring Laboratory and assistance in setting up a Core Group to help industry, respectively. After retirement from EIL in 1989, Dr Lahiri has been providing consultancy to the hydrocarbon industry in India and Middle East.He has undertaken health assessment of a petrochemical plant in India and two refineries in Germany and USA against corrosion damage and review of MOC for the purposes of their relocation. Further he has worked as consultant to the World Bank aided Component Integrity Evaluation Program at National Metallurgical Laboratory. He has also been consultant to Nickel Institute. Dr. Lahiri throughout his carrier has been active in increasing awareness about metallurgy and corrosion and has organized short courses and conducted over 80 training programs on Applied Metallurgy, Corrosion, and Materials Failure Analysis in India, Middle East and Malaysia. He has published / presented over 30 technical papers in National and International Journals and Conferences. Dr Lahiri had been a member and Accredited NACE Corrosion Specialist, Fellow of Institute of Metallurgists, London and Fellow of The Institution of Corrosion Science and Technology, UK. He has also undertaken Advance Corrosion Training in UK and USA under Colombo Plan and US Aid Program respectively. In recognition of his selfless service to the industry in the field of corrosion, NACE International India Section conferred on Dr Lahiri the Lifetime Achievement Award on behalf of the entire professional fraternity on the occasion of the 5th National Convention on Corrosion in 1999.

Inhalt

Chapter 1: Introduction.- Chapter 2: Classification of Metallic Engineering Materials.- Chapter 3: Production and Working of Metals and Alloys.- Chapter 4: Structure of Metals and Alloys.- Chapter 5: Mechanical Behaviour of Metals and Alloys.- Chapter 6: Heat Treatment.- Chapter 7: Metallurgical Aspects of Welding.- Chapter 8: Material Degradation.- Chapter 9: Material Selection and Performance in Oil and Gas Industry.- Chapter 10: Material Selection and Performance in Refining Industry.- Chapter 11: Material Selection and Performance in Fertilizer Industry.- chapter 12: Damage Assessment and Repair of Stationary Equipment.- Chapter 13: Failure Analysis .