Mitsubishi Heavy Industries Ltd. (MHI) has awarded its President's Award to 23 initiatives that exemplified outstanding results, particularly in implementing its new management policy, Innovative Total Optimization (ITO). This policy, effective since May 2025, aims to maximize the group's potential and achieve sustainable growth through optimization and expansion.
The President's Award recognized projects that demonstrated significant achievements across various sectors, including those that applied ITO principles, developed products addressing social issues, and enhanced productivity and business processes. Among the highlighted projects was the world's first demonstration of 50% hydrogen co-firing at a large-scale gas turbine combined cycle power plant in the U.S., showcasing advancements in decarbonization efforts.
In Indonesia, MHI successfully completed a turnkey project to retrofit other OEM boilers, exceeding performance guarantees and finishing ahead of schedule. This success has opened opportunities for expanding similar after-sales services. MHI Power Engineering introduced a 3D design service that reduces lead times and costs for plant retrofitting by utilizing videos from commercial cameras, enhancing spatial design quality.
Mitsubishi Heavy Industries Environmental & Chemical Engineering Co. developed MaiDAS®, an integrated plant operations system for waste-to-energy plants, which has improved operational efficiency and reduced costs. The system is operational at 20 locations worldwide, offering remote monitoring and automated operations.
Primetals Technologies Germany GmbH launched the Central Operation Cockpit (COC), a centralized control system for modern steel plants, enhancing operational stability and reducing workloads. The COC's modular design allows for application across various industrial sectors.
MHI's new transit system, Prismo, combines high environmental performance with simplified infrastructure. Launched in May 2025, it features driverless vehicles and innovative energy management, attracting interest both domestically and internationally.
In Japan, Mitsubishi Heavy Industries Engine & Turbocharger, Ltd. achieved the highest output for a 100% hydrogen engine, marking a significant milestone in hydrogen technology. The company has established safety guidelines to ensure the safe handling of hydrogen.
MHI Thermal Systems introduced the LXZ / KXZ3 Series of multi-split air-conditioners, which improve energy efficiency and comfort. The new models have been recognized with design awards, enhancing the brand's value.
Other notable projects include the development of automated warehouses by Mitsubishi Heavy Industries – Mahajak Air Conditioners Co., Ltd., which increased production throughput by 40% and reduced costs significantly. MHI's green manufacturing processes have achieved energy savings and reduced CO2 emissions, earning recognition from the Energy Conservation Grand Prize.
MHI has also advanced its MAG Machining method for aircraft manufacturing, reducing costs and environmental impact. Their autonomous mobile collaborative robot platform, FCR-PF, is enhancing manufacturing efficiency and safety.
Additionally, MHI developed ultrasonic testing technologies that reduce inspection times and enhance design flexibility. Their digital technology-based maintenance activities have improved factory infrastructure management, reducing inspection workloads by 60%.
Finally, MHI's company-wide XR platform is accelerating digital transformation in design and production processes, reducing rework and streamlining operations. The initiatives recognized by the President's Award reflect MHI's commitment to innovation and sustainable growth.
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