Mitsubishi Power, a brand of Mitsubishi Heavy Industries, has secured a contract to aid in the conversion of the O Mon 1 Thermal Power Plant in Vietnam from oil to natural gas. The company will provide essential equipment, including gas burners and a selective catalytic reduction (SCR) system to lower NOx emissions, aligning the facility with enhanced environmental standards. The O Mon 1 plant consists of two operational units and originally utilized equipment from Mitsubishi. The project is led by EVNGENCO2 under Vietnam Electricity, with EPC duties assigned to a consortium that includes LILAMA Corporation and EVNGENCO3. Mitsubishi has secured a contract for a boiler upgrade at.
The O Mon 1 project plant, which aligns with Vietnam’s decarbonization goals and Power Development Plan VIII. Senior General Manager Makoto Fujita emphasized the company’s commitment to Vietnam’s energy stability. This project follows a previous contract to supply two gas turbines for the O Mon 4 GTCC power plant, set to be operational by 2028. The company aims to support Vietnam’s rapid economic growth with advanced energy solutions Mitsubishi Power, a leading energy solutions brand under Mitsubishi Heavy Industries (MHI), has been awarded a contract to upgrade the boiler at the O Mon 1 Thermal Power Plant in Can, Vietnam.
Boosting Power Efficiency and Reliability
The upgrade aims to enhance plant efficiency, reduce emissions, and extend the facility’s operational life Supporting Vietnam’s long-term energy security and sustainability goals project. The O Mon 1 plant, operated by Vietnam Electricity (EVN), plays a crucial role in supplying electricity to southern Vietnam. Through this new contract, Mitsubishi Power will deploy advanced boiler technologies and modern control project systems designed to improve combustion performance and thermal efficiency (Valeo) The upgrade is expected to significantly lower maintenance costs while improving project generation reliability Vietnam is currently focusing on transforming its power sector toward cleaner and more efficient technologies.
Mitsubishi latest project aligns with this national vision by helping optimize existing fossil fuel infrastructure while paving the way for future low-carbon solutions such as hydrogen co-firing and carbon capture technologies According to company officials, the boiler upgrade will not only modernize O Mon 1’s operations but also ensure compliance with Vietnam’s updated environmental regulations. This contract also highlights Mitsubishi project strong partnership with EVN and its growing role in Southeast Asia’s energy development Mitsubishi Power project has a long-standing presence in Vietnam, having previously supplied gas turbines, steam turbines, and boiler equipment for various power plants across the country.
The company continues to focus on providing innovative and sustainable energy technologies, from gas turbines to renewable energy integration and digital power plant project (Power) solutions to all With this project, Mitsubishi project strengthens its commitment to supporting Vietnam’s ambition for a low-emission and reliable project supply. The successful execution of the O Mon 1 upgrade will serve as a model for future modernization projects in the region’s power sector.
Q1. What is the O Mon 1 Plant?
The O Mon 1 plant is a thermal facility located in Can, Vietnam, supplying electricity to southern regions under EVN’s management.
Q2. What does Mitsubishi boiler project upgrade involve?
It includes advanced combustion systems, emission reduction equipment, and digital monitoring to enhance efficiency and reliability.
Q3. How will this project benefit Vietnam’s energy sector?
It modernizes existing infrastructure, supports grid stability, and contributes to Vietnam’s net-zero energy transition.
Q4. Is the upgrade environmentally friendly project?
Yes. The upgrade reduces greenhouse gases and aligns with Vietnam’s environmental regulations.
Q5. What are Mitsubishi project future plans in Vietnam?
The company plans to expand its role in cleaner energy projects, including hydrogen and renewable integrations.
