Under the general supervision of the Director or designee, the Operational Co-Generation Engineer I operates the boilers, turbine generators, turbo-motor compressors, and all related auxiliaries of the Co-Generation Facility.
Major Responsibilities:
Responsible for the production of steam, power, electrical power, and refrigeration
Perform repairs to mechanical, electrical, and distribution systems
Operates all high pressure steam boilers with super-heaters, economizes, and auxiliary equipment
Operates all steam turbine generators, condensers, condensing water pumps, and other related auxiliaries, synchronizing the generators when necessary, synchronizing Mass Electric's cables with the generator when necessary. Logs observations. Performs minor electrical functions (changes fuses, bulbs, checks circuit breakers) etc.
Observes power demand and consumption making required adjustments for power factor correction, frequency, and voltage
Operates four (4) electrical power systems, namely, the Uninterrupted Power System (UPS), normal 13,800 volts power distribution system from the utility company, and the Emergency Power System from the standby diesel generator
Operates all centrifugal compressors, motors, condensing steam turbine-driven, condensing water pumps, and other related auxiliaries. Logs observations
Operates a large cooling tower and fans serving the turbine and refrigeration systems
Performs preventive maintenance, cleaning, and repair of all power plant equipment and instrumentation
Ability to take readings on all Power Plant Equipment
While in the performance of routine duties; may be required, as needed to perform all work associated with all maintenance trades of an equal or lower graded classification; where the work or task does not require a specific license.
Perform other duties as required
Required Qualifications:
Must hold a Massachusetts Third Class or higher grade Stationary Engineer's License
1-2 years' experience in modern power plant
Possess the theory and application of good safety practices around high pressure, high voltage systems (13,800 volts), and rotating equipment
Possess the theory, application, and experience in the operation and maintenance of refrigeration and condensing steam turbine-driven centrifugal, compressors, evaporators, condensers, and related equipment
Possess theory, application, and experience in the operation of large condensing, extracting steam turbo-electric generating equipment, and related auxiliaries
Possess the theory, application, and experience of large high pressure boilers equipped with super heaters, economizers dual fuel systems, pneumatic combustion controls, and flame scanners