Adilah Soffian

Experience

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  SBM Offshore

  Jul 2018 - Sept 2018

  Process Engineer

  1) Involve in ESDV leak test (Navisworks)- Calculate the leak test isolation volume and determine the isolation boundary based on the given P&IDs for all the production and gas export ESDVs.- Establish procedure for ESDVs leak test by understand the critical valve function testing and apply the knowledge2) Assist engineer in completing Heat and Mass Balance (HYSYS)- Generate or write the output table for Heat &Material Balance for each cases. - Check any error in the table for each stream and manually extract the data from the HYSYS. - Check the output of each stream and compare with the reference from previous review 3) Assist in management of change (MOC) - Check all the changes that has been made in the P&ID and list all of it in the Excel for the line, valve and special piping item.4) Assist in line list review - Line tracing - check all the changes in the P&iD Show less

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  Integrated Process Solutions Sdn Bhd

  Feb 2020 - Oct 2020

  Process Safety Engineer

  1. Surge Analysis by using PIPENET.• Identify the maximum surge pressure developed in the piping system under various operating cases.• Review the suitability of setpoints for the relevant pressure and flow transmitters in the system.2. FIV Study• Identify the potential critical lines i.e., determine the likelihood of failure (LoF) by calculating the kinematic energy and Fv factor for different pipe support arrangement (based on EI guidelines).• Recommend actions to reduce the likelihood of vibration either by acting on the sources of turbulence or the response of the critical lines. 4. HAZID/HAZOP• Prepared Term of Reference (TOR) and Worksheet. • Identified potential hazard and consequences. 5. RAM• Prepare equipment modeling assumptions for all the systems i.e., critical system, degraded system or incipient system, including other assumptions for RAM models i.e., facility life, target availability and etc.• Determine the Mean Time to Failure (MTTF) and Mean Time to Repair (MTTR) for each equipment item based on data collected from OREDA.6. SIL Classification Study• Prepare Term of Reference (TOR) and SIL Worksheet i.e., Probability of Failure on Demand, Target Likelihood, Risk Reduction Factor and etc. • Identify the initiator and the final elements based on Cause-and-Effect Matrix• Screen potential hazard scenarios based on HAZOP review. 7. Dropped Object Study• Prepare Assumptions Register i.e., dropped object criteria, lift data, probability of dropped object and frequency exceedance criteria.• Determine the credible dropped object impact energy and the swung load impact energy8. EERA• Assess the EER facilities against the Performance Goals and Impairment Criteria9. ESSA• Assess the ability of the critical emergency systems on the platform to withstand the incremental impact from MAEs for a sufficient time by performing vulnerability analysis, “fail-safe” analysis, redundancy analysis and diversity analysis. Show less