Combined-Cycle Power Plant at Kashagan, Kazakhstan
KH Engineering led the design, management, and construction of the Combined-Cycle Power Plant at Kashagan, Kazakhstan, with a total capacity of 238 MW, utilizing innovative technologies to ensure stable, reliable, and efficient electricity generation.
The power plant is based on 4 GE Frame 6 gas turbines combined with 2 Nuovo-Pignone steam turbines, optimizing energy use and enhancing the plant’s operational efficiency. Using combined-cycle technology, the plant reduces fuel consumption and achieves maximum energy output, while reducing harmful emissions and improving environmental sustainability.
Project Scope:
✅ Engineering Design and Full Project Management (EPC) – Engineering, procurement, and plant construction.
✅ Installation of 4 GE Frame 6 gas turbines – For optimal energy utilization.
✅ Integration of 2 Nuovo-Pignone steam turbines – To optimize thermal cycle and increase output.
✅ Implementation of Combined-Cycle Technology – To improve energy efficiency and reduce emissions.
With advanced engineering solutions and high-level project management, the Kashagan power plant provides stable and reliable energy, supporting the industrial development of the region while minimizing environmental impact.
Project Details:
- Client: AGIP KCO
- Location: Kashagan, Atyrau Province, Kazakhstan
- Project Completion: 2010
- Project Value: Approx. $460 million
- Field of Expertise: EPC
