Shubhangi Samrit Email & Phone Number

Houston, Tx, Us

North Sydney, Nsw, Au

Projects: Carbon Capture Project; South Texas Direct Air Capture (STDAC), Shell Geismar Expansion • Perform hydraulic calculations and develop hydraulic models for vapor and liquid services to evaluate the line sizes and pressure losses in the system using AFT Fathom and Arrow.• Develop and mark-up PFDs, UFDs, & P&IDs in Bluebeam sessions. Projects: Carbon Capture Project; South Texas Direct Air Capture (STDAC), Shell Geismar Expansion • Perform hydraulic calculations and develop hydraulic models for vapor and liquid services to evaluate the line sizes and pressure losses in the system using AFT Fathom and Arrow.• Develop and mark-up PFDs, UFDs, & P&IDs in Bluebeam sessions. • Populate the process information in the I&C Datasheets and Pipe Line List.• Perform equipment and Control Valve sizing calculations and prepare the respective datasheets.• Coordinate with the various Engineering discipline for completion of project deliverables.• Participate in hazard and 3D Model reviews.• Populate the process information in the I&C Datasheets and Pipe Line List.• Perform equipment and Control Valve sizing calculations and prepare the respective datasheets.• Coordinate with the various Engineering discipline for completion of project deliverables in Pre-FEED, FEED, and Detailed Design.

Vadodara, Gujarat, In

Projects: ExxonMobil Baton Rouge - Development of Small Capital Projects; Blowdown Drum Study; Safety Relief Review (SRR) Study.• Coordinate in the development of Project Design Basis (PDB) for BRRF and BRCP projects.• Perform hydraulic calculations and develop hydraulic model to evaluate the pressure losses in the system.• Develop and update the process discipline data in the Pipe Line List for the development of PDB.• Evaluate the adequacy of Blowdown Drum for the controlling overpressure scenarios.• Perform Flare header network analysis and Blowdown Drum rating (hold-up time and particle separation) using Siemen’s PSPPM Flare tool.• Analyze system over pressure scenarios and perform pressure relief devices (PSV) sizing calculations.• Develop the findings list and issue for risk assessment for all the deviations from current ExxonMobil design requirements.• Maintain effective communication with interdisciplinary team members for project deliverables.

North Sydney, Nsw, Au

Projects: ExxonMobil Baton Rouge Refinery- Safety Relief Review (SRR) Study, Marathon Petroleum, Catlettsburg Refinery – Relief System Improvement Project.• Analyzed system over pressure scenarios and perform pressure relieving devices (PSVs) sizing and calculations for fluid and vapor services using Siemen’s PPM and PSPPM tools.• Prepared SRR reports to describe the detailed analysis of the overpressure contingency and proposed the mitigation options to help client save 20% of budget for new installation and maintenance.• Performed Mass and Energy Balance using H&MB simulation models PRO/II, and ProMax.• Calculated and rationalized the Flare load to reduce the load by 30% of the original Flare capacity considering all applicable rationalization credits.• Developed the Heat Exchanger model on HTRI using variables from PRO/II and HYSYS EDR.• Developed pump hydraulics model on JE HYDRA tool for hydraulic calculations.• Coordinated in developing Engineering documents, PFDs, P&IDs, and Equipment Specifications.

• Conducted Risk-Based Process Hazard Analysis (PHA) for the refinery, natural gas, and chemical process industries, document PHA reports, and support the resolution of PHA actions.• Analyzed data and provided engineering support for PSV sizing & calculations. • Lead Hazard reviews using HAZOP, LOPA, What-If Analysis, and Checklist methodologies.• Performed Facilitative leadership in PHA and coordinated the MOC process.• Visited plant and provided technical support to troubleshoot DCS and Control issues.

Prairie View, Tx, Us

Project: sulfur poisoning of metal membranes for hydrogen separation. • Studied Pd-Cu, Pd-Ag alloys that used for hydrogen purification purposes.• Calculated solubility, diffusivity, and permeability of hydrogen in each palladium alloy. • Developed equations and models for the calculation of hydrogen flux.