Key Responsibilities:Specifically assigned to the engineering preparation of Emission Management Programs in the oil & gas and petrochemical industries.Analyze and review client-provided technical drawings, including Piping & Instrumentation Diagrams (P&ID), Process Flow Diagrams (PFD), and Heat & Mass Balance (H&MB) sheets to ensure accurate project scope and requirements.Create a structured inventory of all potential leak sources contributing to Methane (CH4) and Greenhouse Gas emissions, detailing products within the mutually determined project scope.Analyze and process data collected from on-site measurements to identify and quantify emission sources.Quantify calculated emissions using TP Europe’s ATLAS Emission Management Software, ensuring compliance with the Oil and Gas Methane Partnership 2.0 (OGMP 2.0) framework.Collaborate with engineering teams to develop and implement emission reduction control measures, applying best practices such as US EPA Method 21, Leak Detection and Repair (LDAR), Optical Gas Imaging (OGI) cameras, and other advanced monitoring systems.Play a pivotal role in preparing and validating data for detailed engineering reports; coordinated with on-site teams to gather and analyze data, and collaborated with the reporting team to produce final reports. Ensuring accuracy and facilitating successful project audits and client approvals, which strengthened TP Europe's reputation for excellence in emission management.

Key ResponsibilitiesPerformed operational tasks across various oil and gas process units, including Naphtha Hydrotreating (NHT), Light Virgin Naphtha Isomerization (LIU), Continuous Catalytic Reforming (CCRU), Propylene Recovery (PRU), Benzene-Toluene Extraction (BTX), Mixed Xylene (MXU), Sulfur Recovery (SRU), Refinery Fuel Gas Amine Treating (RFGATU), and the Nitrogen Plant.Corrected faulty operations and equipment line-ups, reporting defects for repair, especially in emergency cut-outs, bypass, or shutdown systems.Ensured proper lubrication of turbines, pumps, compressors, and critical equipment.Inspected heaters and furnaces for leaks, hotspots, and burner coking; performed soot blowing to ensure clean burner availability.Collected samples for routine laboratory tests and conducted local tests, ensuring safety and operational compliance.Operated, started, maintained, and shut down equipment per SOPs, ensuring operations within flow, temperature, and pressure limits.Monitored local conditions to detect DCS instrument discrepancies, logged operational parameter changes, reporting abnormalities for correction.Prepared equipment for safe maintenance and turnarounds, ensuring adherence to safety protocols.Managed inventory for lube oils, chemicals, and catalysts, ensuring spare equipment was operational and ready for use.Investigated gas releases to the flare and liquid blowdowns, taking corrective action.Performed basic equipment care by cleaning auxiliaries (gauge glass, valves, fittings) and conducting gas tests for vessel entry during hot work.Collaborated with laboratory, OM&S, Utilities, contractors, and technical teams to ensure efficient operations, cost reduction, and improved product quality.Applied DCS knowledge to enhance refinery control systems and automation.Served on the firefighting team, ensuring readiness of safety equipment for emergencies.Trained and mentored junior operators, fostering a culture of learning and knowledge sharing.

Key Responsibilities: Acted as the focal point for operational activities during turnarounds, coordinating with maintenance teams and contractors to ensure thorough preparation of equipment for maintenance activities.Collaborated with process engineering team to create and execute a detailed turnaround operations plan, encompassing procedures and schedules for equipment shutdown, startup, and commissioning.Assigned work schedules to maintenance staff according to their skills, supervising task completion to ensure adherence to safety, quality, and timeliness standards.Ensured effective mobilization and strict adherence to safety regulations by contractors and subcontractors, including verifying qualifications, permits, and safety practices to maintain a secure working environment.Supervised contractor performance, provided comprehensive technical support, and addressed challenges to ensure overall success in maintenance operations.

Underwent on-the-job training as a Maintenance Mechanical Engineer in a refinery which involves gaining practical experience and knowledge within the context of refinery maintenance operations.Worked alongside with experienced professionals and exposed to various tasks and responsibilities related to maintaining and repairing mechanical equipment and systems in a refinery setting. This can include pumps, compressors, turbines, valves, heat exchangers, boilers, and other machinery.Throughout the on-the-job training, I had the opportunity to work on real-life projects and collaborate with a team of professionals, including engineers, technicians, and supervisors which help me develop important skills such as problem-solving, communication, teamwork, and project management.