Home BusinessMitsubishi Power receives contract to upgrade existing boiler equipment at the O Mon 1 Thermal Power Plant in Vietnam

Mitsubishi Power receives contract to upgrade existing boiler equipment at the O Mon 1 Thermal Power Plant in Vietnam

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TOKYO – Mitsubishi Power, a power solutions brand of Mitsubishi Heavy Industries, Ltd.  (MHI), has received a contract to support the oil-to-natural gas fuel conversion project at the O Mon 1  Thermal Power Plant in Can Tho in southern Vietnam. 

Mitsubishi Power will provide the main equipment, such as the gas burners for the boiler at the core of the system, leveraging its technological capabilities as the OEM (original equipment manufacturer) of the existing boiler to carry out the fuel conversion, and contribute to reductions in CO₂ emissions. In addition,  Mitsubishi Power will install a selective catalytic reduction (SCR) system to detoxify the NOx (nitrogen 

oxides) contained in exhaust gases, allowing the plant to meet stricter environmental regulations in the  future. 

The O Mon 1 Thermal Power Plant comprises Units 1 (330 megawatts (MW)) and Unit 2 (330 MW), which started operation in 2009 and 2015, respectively. The total output is 660 MW, with the existing main equipment provided by Mitsubishi Power. 

The fuel conversion project is being conducted by Power Generation Corporation 2 (EVNGENCO2), a part of Vietnam Electricity Corporation (EVN) Group. The contractor for engineering, procurement, and construction (EPC) is a consortium of LILAMA Corporation, a construction company under Vietnam’s  Ministry of Construction, and Power Generation Corporation 3 (EVNGENCO3), also part of EVN Group.  Mitsubishi Power received the contract for the main equipment from this consortium. Mitsubishi Power  Asia Pacific Pte. Ltd., a part of MHI Group based in Singapore, will carry out the EPC engineering support and dispatch personnel to provide technical assistance. 

Commenting on the contract award, Makoto Fujita, senior general manager, Steam Power Business  Division, Energy Systems at MHI, said, “Since the start of operations for Unit 1 in 2009, the O Mon 1 Thermal Power Plant has played an important role in the development of the Mekong Delta region. As the OEM of the existing power plant, we are extremely proud to be able to contribute to the stable supply of energy and decarbonization in Vietnam through our participation in this fuel conversion project. We will  devote our full effort to completing this project and provide support for the long-term, stable operation of  the plant.” 

In August this year, Mitsubishi Power received a contract to supply two advanced J-Series Air-Cooled  (JAC) gas turbines as the core equipment for the O Mon 4 Thermal Power Plant, a gas turbine combined cycle (GTCC) facility with a designed capacity of 1,155 MW, which is adjacent to the O Mon 1 Thermal  Power Plant. 

The project is scheduled for completion in 2028. Vietnam has formulated the Power  Development Plan VIII (PDP8), which calls for diversifying the energy mix, reducing coal dependency, and expanding natural gas and renewable energy. Mitsubishi Power, in addition to providing GTCC technology for the O Mon 4 Thermal Power Plant, will further strengthen its support for Vietnam’s energy plan by providing boiler fuel conversion technology for the O Mon 1 Thermal Power Plant, contributing to Vietnam’s national target of achieving net zero emissions by 2050. 

Akihiro Ondo, CEO and managing director of Mitsubishi Power Asia Pacific Pte. Ltd., said, “Vietnam boasts the highest real GDP growth rate among the ASEAN-5 nations. We are committed to contributing to  Vietnam’s economic development by leveraging cutting-edge technology and providing meticulous  services.” 

Mitsubishi Power will further enhance its efforts for the widespread adoption of technologies with high performance and reliability, contributing to the stable supply of electric power essential for economic development around the world, and supporting the conservation of the global environment by promoting energy decarbonization.

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