Lead Process Engineer | EXXON MOBIL at ExxonMobil

Located in our Client’s Engineering office in Lagos (Nigeria).

6 days per week and 10 hours per day.

Scope of role:

-          Follow the activity of client engineering for the development of EPC project. You will be located in the client’s offices as a task force and you will be the main interface between Head quarter engineering offices and the field.
-          Process Simulation Training, i.e., Hysys, Hysim, ProMax, Proll
-          Develop process systems solutions utilizing Company products and technologies, where applicable and cost effective; this would include PFD and P&ID definition, process equipment selection, performance evaluation and sizing
-          Know, apply, and use Company proprietary and licensed process simulation programs for main focus areas, including compact separations, crude treating, gas sweetening membranes, produced water treatment, and mass transfer processes
-          Discern clients’ technical / commercial drivers and respond with appropriate process and economic solutions
-          Take principal responsibility for advanced engineering calculations and utilization of multifaceted simulation models
-          Perform basic engineering calculations such as heat and mass balance, equipment duty specifications, fluid flow and hydraulics, heat exchange, valve and orifice sizing, etc.
-          Understand overall process system and interdependency of various unit operations
-          Assume responsibility of the proposal process and technical specifications evaluation for inquiry packages to include all variations of process solution options – internals, equipment, skid, and / or systems
-          perspective as required by sales personnel, including presentation of technical solutions
-          Manage and control the quality, the costs and the timing of the subcontracted activities ensuring the compliance with project scheduling, goals and with contract requirements.
-          Analyze and validate technical documentation and identify possible improvement areas in terms of cost/time optimization.