Six years in refinery utilities operations, followed by studies connecting steam, power, operating cost and plant reliability.
Feasibility study, project objectives and scope definition, and multidisciplinary coordination for the acquisition of a new 5 MWe turbogenerator.
Two studied configurations: an extraction-condensing turbogenerator and a gas turbine with HRSG, with electricity, steam, fuel and cooling-water balances.
Study estimates and selected design scenario; benefits are not presented as measured post-commissioning results.
Economic evaluation supporting the comparison of steam / power scenarios.
Boilers, steam turbines, instrument air, industrial water and cooling systems. Commissioning, performance tests, troubleshooting, root-cause analysis and start-up support.
Troubleshooting, technical guidance and optimization of utilities systems, with responsibility for operational safety and equipment integrity.
Coordinate production, maintenance, safety, laboratory, purchasing and quality teams.
Manage and mentor a team of 40 operators and technicians.
Excess-air optimization across boilers and fired heaters.
Energy-study potential, rather than independently verified realized savings.