Besmaya Power Station / 5000 MW / Iraq

(World's Biggest Gas Power Station built on a single site). A Strategic Project to Supply Baghdad with Electricity

Project Overview:
Mass Holding Group signed a contract with the Iraqi Ministry of Electricity to construct a large-scale power plant operating on a combined cycle system in Bismaya, east of Baghdad, with the aim of supplying the capital with a capacity of 5,000 MW. The project is being implemented under the Build-Own-Operate (BOO) model, and the actual work on-site began in early 2015. The project is divided into four phases:
Phases 1, 2, and 3: Each phase has a capacity of 1,500 MW.
Phase 4: A new addition with a capacity of 500 MW.


Technologies Used:
Gas Turbine Units: Type (9F-Frame), manufactured by GE (General Electric), USA, primarily running on natural gas with the option to use liquid fuel when necessary.
Steam Turbine Units: Type (C-7, D-200), also supplied by GE, USA.
Auxiliary Equipment: Sourced from trusted European manufacturers:
JC (Belgium).
Enexio (Germany).
Transformers: Provided by Siemens (Germany).
Control System: From Emerson (USA).
Gas System: From Petro Gas (Netherlands).


The Combined Cycle System:
This system utilizes the high heat from the exhaust of the gas turbine units to produce additional electricity through steam turbines, delivering several benefits:
Reduced thermal emissions and improved environmental impact.
50% increase in production without consuming additional fuel.

 

Performance and Impact:
The Bismaya Gas Power Plant began operations in early 2017, significantly improving the electricity supply to Baghdad, particularly during peak demand periods such as the summer season.
The units have demonstrated high efficiency, ensuring sustainable energy production throughout the year.


Operation and Maintenance:
The plant adopts modern operational and maintenance techniques to ensure optimal performance.
International health and safety standards are strictly applied, prioritizing the safety of workers and equipment.


Environmental and Social Impact:
Through its advanced combined cycle technology, the project has contributed to environmental improvement by reducing emissions.
The plant has enhanced the stability of Baghdad’s power grid, positively impacting the daily lives of residents.