• A Professional with 10 years of experience in Piping Design/Stress engineering for various Plants (Oil & Gas, Refineries, Fertilizers, Power)
• Stress Analysis of system according to the ASME B 31.1 & ASME B 31.3 Std. whether by guidelines of company or Client standard
• Stress analysis of various critical systems to qualify the stress & nozzle load requirements of lines connected to equipment like Centrifugal Pumps, Heat Exchangers, Column, Fire Heater, Turbine, Air Compressor, Air-Coolers, Pressure vessels and Storage Tanks, etc.
• Pipe rack/Tech Structure's Line analysis and transferring load to Civil and structural department.
• Well familiar with API-610, API-617, API-618, API-650, API-661, NEMA-SM23
• Well versed and familiar with flange leakage by Pr. Equivalent, NC 3658.3 and detail flange leakage by Sec VIII Div. 1 Appendix 2 method.
• Experienced about buried piping analysis by using method of American lifelines alliance, CEASRII Basic Model.
• Good experienced in dynamic (spectrum analysis) of piping system for slug flow line and seismic spectrum analysis.
• Expertise in Acoustic Induced Vibration analysis.
• Selection and Design of Special Piping supports (spring, Strut).
• Carrying out PSV reaction force calculation, Trunion calculation, Slug force calculation
& Expansion Loop calculation etc.
• Prepare Critical Line list and stress design basis.
• Prepare Datasheets for spring supports, Rigid Strut & Low friction plates.
• Study of P&IDs, Process Design Package and PFDs and implementation of Process Philosophy for Stress Analysis.
• Preparation of stress analysis documents/Reports.
• Skilled in reading and interpreting technical drawings and specifications.
• Correspondence & coordination with Client regarding review and approval of stress documents.
• Providing feasible piping layouts and alterations of Piping Layouts based on stress considerations and route optimization.
• Maintaining design integrity and quality within the asset team.