Process Engineer

Overview

Lead process safety, optimization, troubleshooting and project support for gas production

Key Responsibilities

• process modelling
• hazop reviews
• process surveillance
• debottlenecking
• risk management
• incident investigation

Tasks

-Provide input to the eMoC process and lead incident investigations (Casual / TOTU), while also driving Process Safety initiatives (FOIP, PSBR) -Continuously grow the transferable skills you need to get ahead. -Participate in safety reviews such as HAZOP, HAZID, and LOPA, and develop mitigations and risk assessments for SCE deviations -Develop and maintain process models (Unisim, PIPESIM), specify operating/integrity envelopes, and predict impacts of process changes with mitigation strategies -Engage in facility leadership (FNGL and St Fergus), regularly visit the onshore facility, and identify improvement opportunities -Review operating incidents, identify root causes, and recommend improvements to prevent deferment, involving other disciplines as needed -Support emergencies and troubleshooting, prepare emergency procedures, and lead facility/pipeline surveillance to optimize production and reduce CO₂ emissions -Manage significant risks via the MTO process/database and resolve operating/integrity envelope exceptions with cross-discipline collaboration -Act as TA3 for process engineering, supervise and coach JG5 engineers, and ensure discipline competencies are maintained and developed (e.g., SGP/SATP progress) -Lead process engineering as a Facility Aligned Engineer (FAE), ensuring alignment with the HSSE plan and managing discipline-related deliverables like PSM, PIDs/PEFS/PSFS/POPMS -Carry out daily process surveillance and troubleshooting for operational issues for the SEGAL process system. -Lead debottlenecking and re-rating, review the Greenhouse Gas and Energy Management Plan, and identify cost/emission reduction opportunities for fuel and flare -Management of gas contaminants and deviation request across the SEGAL system in order to meet product specifications and system operating envelope.

Requirements

• chemical engineering
• chartered engineer
• ta3
• unisim
• asme/api
• analytical

What You Bring

-Good analytical and troubleshooting skills -Bachelor graduate preferably in Chemical Engineering -Good self-motivation, high drive for performance, customer focus, stakeholder engagement and team working skills are essential -Knowledge of engineering standards and methods e.g. DEPs, ASME/API. -Have achieved or be close to achieving TA3 status -Have achieved or be close to achieving Chartered Engineer status -Knowledge of process engineering software tools such as Unisim, Olga, STFlash, Pipesim, Office etc. -Ability to manage, plan and communicate with and deliver through persons from teams with different line responsibility

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Benefits

-Perform at your best with a competitive starting salary and annual performance related salary increase – our pay and benefits packages are considered to be among the best in the world. -Benefit from flexible working hours, and the possibility of remote/mobile working. -Gain access to a wide range of training and development programmes. -Take advantage of paid parental leave, including for non-birthing parents. -Grow as you progress through diverse career opportunities in national and international teams.

About Shell

-Evolved from a merger of two companies, becoming a global energy leader. -Typically involves deep-water oil and gas projects, large-scale LNG, and EV infrastructure. -Organized into key business units, bridging traditional and emerging energy solutions. -Blends traditional fuels with renewable energy sources to diversify offerings. -Strategic pivots include doubling oil and gas production while scaling back some renewables. -Known for bold moves like sponsoring top sports teams and expanding into new markets.

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