Project Name:
Jingling Power Project

Facility:
Single Shaft Combined Cycle Power Plant, China

Project Scope:
Control System Engineering and design scope for the entire balance of plant mechanical and electrical systems controlled with the Distributed Control System. Designed / engineered the control logic configuration with responsibilities maintained throughout the DCS factory acceptance testing. The facility produces a total of 760 MW utilizing two (2) GE Frame 9FA Combustion Turbines, two (2) HRSGs, and one (1) GE Steam Turbine.

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Project Name:
Control System Standards

Facility:
Cogeneration & Combined Cycle Power Plants

Project Scope:
Develop Fully Engineered Standard Control Design Provided complete engineering services for the development of new Control System Standards for General Electric’s 207FA Combined Cycle Configuration for use in a cogeneration or electric generation. Project included control system loops and logic development and a fully Automatic Start/Stop Sequence Control Standard. The standards have been utilized as the design basis for many installations.

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Project Name:
Kwangyang Combined Cycle Cogeneration Plant

Facility:
Pohang Iron & Steel Company, South Korea

Project Scope:
Distributed Control System Engineering and Design. Responsible for control system engineering, design, configuration, auto sequencing, and plant field instrumentation specification. This included complete control system logic development and control loop design. The facility produces a total of 500 MW and 300,000 lb/hr process steam utilizing two (2) GE Frame 7 Combustion Turbines, two (2) Heat Recovery Steam Generators, and one (1) GE Steam Turbine.

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Project Name:
TermoPernambuco Power Project

Facility:
Combined Cycle Power Plant, Brazil

Project Scope:
Complete control system engineering and design scope for the Distributed Control System, Automatic Start/Stop Sequencing, and Continuous Emissions Monitoring system for the Termopernambuco Plant. Designed / engineered the control logic configuration and control loops for the plant. Responsibilities maintained throughout the construction, start-up, and commissioning schedule. The facility produces a total of 500 MW utilizing two (2) GE Frame 7 Combustion Turbines, two (2) HRSGs, and one (1) GE Steam Turbine.

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Project Name:
Quinnipiac Power Project

Facility:
English Station, New Haven, CT

Project Scope:
Distributed Control System Replacement Provided complete engineering and design
for the replacement of the Distributed Control System at English Station. Performed all field investigations, Developed system logic and loop diagrams, and completed DCS configuration/programming. The project was part of a complete plant retrofit to upgrade and re-power two existing 50 MW rankine cycle units into a combined cycle facility with cogeneration capabilities to serve a local manufacturer.

Projects: Power Control and Electrical (More Projects)