Advanced power-generation projects integrating gas-turbine and steam-turbine technologies to increase efficiency, recover thermal energy, and strengthen electricity-generation infrastructure.
Combined cycle power plants are among the most advanced generation technologies in the energy industry. By combining gas-turbine and steam-turbine systems, they use fuel-derived energy more effectively, reduce energy losses, and support higher overall power plant efficiency.
A sequential generation process that captures and uses thermal energy from gas-turbine exhaust.
Fuel provides the primary energy source required to drive the gas-turbine generation cycle.
The gas turbine converts fuel energy into mechanical power and produces the first stage of electricity.
Hot exhaust gases are transferred to the HRSG to produce steam from recovered thermal energy.
The produced steam enters the steam turbine and generates additional electricity for higher overall output.
Coordinated implementation requires technical planning, equipment control, construction management, and operational readiness.
Initial assessment of technical viability, generation requirements, project conditions, and development parameters.
Preparation of integrated engineering designs for generation units, auxiliary systems, control, and interconnection infrastructure.
Technical sourcing and evaluation of major equipment, supporting systems, and project-critical components.
Execution of civil, mechanical, electrical, and instrumentation installation activities under coordinated project control.
Testing, system integration, performance verification, and operational preparation across all generation systems.
Establishing monitoring, maintenance, and operational processes for stable and efficient power plant performance.
Raham Groups applies its technical knowledge and experience across energy and industrial sectors to participate in the design, development, and execution of combined cycle power plant projects. The focus is on modern technologies, engineering standards, coordinated project delivery, and the advancement of efficient electricity-generation infrastructure.
