Control Operator-II

Control Operator-II

Job Description

The Operator is responsible for the safe, reliable, and efficient operation of all Plant equipment under their control in accordance with written plant procedures and under the direction of the Operations Supervisor and Plant Manager. The Operator can at times work with a Maintenance Mechanic on duty, who if needed can help assist with starting and/or stopping plant machinery and equipment. In the absence of specific orders and/or directives, the Operator exercises initiative, using experience and good judgment in Plant operation. Complies with company policies including those concerning safety and environmental.

Responsibilities
The Operator II takes work direction from the Main Operator IV on duty and/or Plant Lead, and reports to the Operations Manager.

The following lists typical duties for the Energy Center Operator’s scope of work.

• Monitor and control the operation of all plant machinery and equipment including boilers, chillers, generators, and cooling towers.
• Monitor and be responsible for the effect on plant operations of all activities occurring in the Plant and in the Distribution System
• Operate–start, run, monitor, adjust, and stop–Plant machinery and equipment in a safe manner.
• Operate following Standard Operating Procedures (SOP), Job Safety Analysis (JSA), Lock Out Tag Out (LOTO), and assist in continual improvement.
• Monitor and record Plant operating parameters.
• Monitor customer consumption levels and demands via SCADA system.
• Perform tests of operating equipment as directed.
• Monitor water chemistry in the various plant water systems and adjust chemical feed systems as required.
• Be responsible for the Control Room’s appearance and housekeeping.
• Upgrade skills and knowledge of Plant systems, equipment, and components as directed or required.
• Have or work to obtain knowledge and/or skill sets held by Maintenance Mechanics
• Be willing to work overtime either scheduled or on short notice.
• Knowledge of pneumatic and electric controls desired
• Additional Duties as assigned.

Working Conditions

The operator will normally work within the control room setting in a thermal plant. Expectations to be able to work within a normal plant environment with stairs and ladders to access difficult spaces. Includes working at heights, high/low ambient temperatures, low light, and high humidity areas within the plant. The operator will work 8-hour shifts normally but can be assigned 12-hour shifts as scheduled by the Operations Supervisor to keep the plant manned as needed and to meet the city of Omaha boiler operating codes. To meet city codes an operator may be required to work overtime on short notice.

Requirements

• High school education
• Mechanical aptitude and skill set required.
• Basic skills to learn complex systems and work under direction, but also to react to emergencies using judgment and intuitive skills.
• Familiar with personal computer operations and any digital equipment controls
• Sufficient physical attributes to be able to work in hot and cold locations, the ability to work on ladders, to lift up to 75 lbs., and to work standing for consecutive hours.
• Valid driver’s license
• Good lab technique for performing water tests.
• Experience desired with Standard Operating Procedures (SOP), Job Safety Analysis (JSA), and Lock Out Tag Out (LOTO) systems.
• Minimum 5 years of experience in the field is preferred.
• Previous experience operating high-pressure boilers, large electrical-driven chillers, large cooling towers, operating steam turbines, steam-driven pumps, dual-drive steam, and electric drive fans preferred.
• Experience in chemical treatment systems including pot feeders, chemical pumps, softeners, reverse osmosis units, demineralizes, and polishers desired.
• City of Omaha 3rd Grade Stationary Engineer licenses are a most, several years of experience is preferred.

Cordia is a comprehensive energy solutions provider. We’re driving change towards a more resilient, sustainable energy future, and empowering people and communities to reach their full potential.

District Energy systems produce steam, hot water, and/or chilled water at a central plant, then deliver the steam and water to individual buildings through a network of underground pipes. This process is considerably more energy efficient than traditional on-site heating and cooling systems, and typically requires less capital investment, risk, and operational costs than individual boilers or air conditioners.