Expanders for Oil and Gas Operations

Murari P. Singh, Ph.D., is the President of Safe Technical Solutions, Inc. (SAFETSOL). He has been involved in the design, development, and analysis of industrial turbomachinery for more than 40 years with Turbodyne Corporation, Dresser Industries, Dresser Rand Company, GE CONMEC, and most recently, GE Oil & Gas as Consulting Engineer. Michael J. Drosjack, Ph.D., joined Shell Oil in 1975 as a member of the central Machinery Engineer Department in Houston, Texas. He retired from Shell in 2009 and since then has been a private machinery consultant. Through a variety of assignments over his Shell career, Dr. Drosjack was responsible for providing technical support for rotating and reciprocating machinery to Shell operations both upstream and downstream primarily in the U.S. but with responsibilities that extended around the world. He was chairman of the Shell U.S. Machinery Technical Network for many years. David H. Linden is President of D.H. Linden Associates, Inc. He has 37 years of turbomachinery experience in a wide variety of areas that include hot gas expanders, steam turbines, axial compressors, power turbines, reliability, field engineering, and consulting. A renowned expert on FCC expanders, nitric acid expanders, and expander installations and applications, Linden has held positions as at steam turbine design engineer at Westinghouse Electric Corp, expander engineering supervisor and manager at Ingersoll-Rand, and founding partner of CONMEC, Inc.

Ch 1. Historical Background on the Design and Use of FCCU Hot Gas Expanders
Ch 2. Design Features Including Design Criteria
Ch 3. Auxiliary Systems
Ch 4. Applications
Ch 5. Process Applications and Overview
Ch 6. Troubleshooting Guide
Ch 7. Statistical Analysis and Life Assessment
Ch 8. “Cold” and “Warm” Expander Overview
Ch 9. Design Features Including Design Criteria
Ch 10. Auxiliary Systems
Ch 11. Historical Background on the Design and Use of Ethylene Oxide and Nitric Acid Hot Gas Expanders
Ch 12. Design Features Including Design Criteria
Ch 13. Auxiliary Systems
Ch 14. Applications
Ch 15. Process Applications and Overview
Ch 16. Troubleshooting Guide
Ch 17. Design Features Including Design Criteria
Ch 18. Auxiliary Systems
Ch 19. Historical Background on the Design and Use of Cold Gas Expanders
Ch 20. Design Features Including Design Criteria
Ch 21. Auxiliary Systems
Ch 22. Applications
Ch 23. Process Applications and Overview
Ch 24. Troubleshooting Guide
Ch 25. Design Features Including Design Criteria
Ch 26. Auxiliary Systems
Ch 27. Statistical Analysis and Life Assessment
Ch 28. “Cold” and “Warm” Expander Overview