Vietnam moves on two wheels. In the dense urban centers of Hanoi and Ho Chi Minh City, the motorcycle—colloquially known by the generic name "Honda" regardless of its maker—is more than a vehicle; it is the vital oxygen of the national economy. However, as the government sets its sights on a 2040 deadline to phase out fossil-fuel transport, the sheer volume of existing internal combustion engines presents a staggering social and economic challenge for the average citizen.
The solution engineered by Ga and his team at the University of Da Nang does not demand that the population discard their machines for expensive electric alternatives. Instead, it provides a conversion kit. By modifying the fuel injection of a standard engine, they have enabled it to run on a combination of hydrogen and bioethanol. The latter is a fuel already woven into the country's geography, distilled from the starch of domestic cassava roots and sugarcane molasses.
The professor’s work extends beyond the congested lanes of the city. The research has also produced small, modular power units that utilize this hybrid technology to generate electricity for rural cooperatives. For these communities, the innovation is not merely an ecological gesture but a source of autonomy. Using renewable hydrogen, these units create a closed loop of energy that does not rely on the vulnerabilities of a distant power grid.
There is a quiet dignity in the trajectory of Bùi Văn Ga. A Chevalier de l'Ordre des Palmes Académiques who served as the nation’s Deputy Minister of Education for seven years, he eventually returned to the laboratory to solve a problem of proximity. He understood that a green future cannot be imposed from above through mandates alone; it must be built from the tools people already possess, ensuring that the transition to a cleaner era does not leave the common traveler behind.