UFSM develops hydrogen technology to ensure clean energy in critical situations

The Federal University of Santa Maria (RS) is spearheading an innovative project that aims to transform the way energy is generated and used in emergency situations and hard-to-reach regions. The initiative, coordinated by Professor Luciane Silva Neves of the Department of Electromechanics and Power Systems, combines scientific research, technological innovation, and partnerships with the private sector to offer a sustainable alternative to the use of fossil fuels in critical moments.

Clean Energy, Strategic Partnership, and Social Impact

The project, entitled "Modular Transportable Green Hydrogen Production and Storage Unit for CO2 Reduction and Power Generation to Meet Critical Loads and Energy Supply on Demand," is based on the production of low-carbon hydrogen from the electrolysis of water with renewable energy. This hydrogen is converted into electricity through fuel cells, a process that generates potable water as a byproduct. The proposal replaces conventional diesel generators, offering advantages such as low noise, zero pollutant emissions, and logistical independence in settings ranging from field hospitals to areas hit by natural disasters.

The partnership with STW emerged following the floods in Rio Grande do Sul, which exposed the energy vulnerability of communities and businesses. With the support of the Center of Excellence in Energy and Power Systems (CEESP), which has accumulated three decades of experience in decarbonization technologies, the project is advancing with the construction of prototypes and validation stages until it reaches technological maturity levels enabling commercialization. In addition to strengthening the country's energy and industrial infrastructure, the initiative positions UFSM as a national leader in the hydrogen sector and contributes to training new specialists in a field strategic for Brazil's energy future.