Published
19/11/2025 às 13:09
Em November 24th, 2025, Federal University of Rio Grande do Norte (UFRN) will inaugurate BioSiSH2 reactor, a high-tech piece of equipment designed for the production of renewable hydrogen from biogas. The ceremony will be held at Djalma Ribeiro da Silva Research Center, with the presence of authorities such as Rafael Silva Menezes, representative of Ministry of Science, Technology and Innovation (MCTI).
BioSiSH2: cutting-edge technology for green hydrogen
The reactor will integrate the Brazilian System of Hydrogen Laboratories (SisH2-MCTI), consolidating UFRN as a national reference in sustainable technologies. This initiative positions Rio Grande do Norte as a key player in Brazil’s energy transition.
O BioSiSH2 It will consist of two main modules:
- Methane reforming: converts biogas into synthesis gas (syngas), composed of hydrogen and carbon monoxide.
- Fischer-Tropsch synthesisIt transforms syngas into liquid fuels and other high-value-added compounds.
This structure allows for the production of green hydrogen with less environmental impact, using organic waste as a primary source. Technology is strategic for the decarbonization of the national energy matrix.
Furthermore, the reactor will be able to simulate different operating conditions, which expands the possibilities for applied research and the development of new industrial processes.
Green hydrogen as a vector for renewable energy at UFRN
O green hydrogen It is produced through processes that do not emit greenhouse gases, such as water electrolysis using solar or wind energy. In the case of BioSiSH2, the difference lies in the use of… biogas, a byproduct of organic waste, such as sewage and urban waste.
In Brazil, hydrogen has greater potential thanks to the abundance of renewable sources and biomass. UFRN is betting on this global trend to boost research and technological innovation in the Northeast.
Rio Grande do Norte: a strategic hub for renewable energy.
O Rio Grande do Norte It is already one of the national leaders in wind and solar energy generation. With the arrival of BioSiSH2, the state will expand its presence in the sector. renewable energy, now focusing on clean and sustainable fuels.
Furthermore, the project strengthens the region’s scientific infrastructure by promoting:
- Training of qualified human resources
- Partnerships with companies and research centers
- Job creation in high-tech sectors
This synergy between universities, government, and the productive sector is essential for sustainable development.
UFRN and its leading role in renewable hydrogen research.
A UFRN The university has distinguished itself nationally for its work on strategic energy projects. The BioSiSH2 reactor is just one of the ongoing initiatives. The university also contributes with studies and technical debates that advance the… Legal Framework for Green Hydrogen, approved in 2025.
With the support of INCT Klimapólis and research groups such as LabTam (Environmental Technology Laboratory)UFRN contributes to:
- Development of low-carbon technologies
- Studies on the economic viability of hydrogen
- Assessment of environmental and social impacts
This innovation ecosystem transforms knowledge into concrete solutions for climate challenges.
Strategic partnerships and funding for BioSiSH2 at UFRN
The BioSiSH2 project is funded by MCTI and technical support from SisH2-MCTI, which brings together reference laboratories across the country. The initiative can also be linked to the private sector, through agreements with companies interested in the production and use of renewable hydrogen.
Furthermore, UFRN seeks to expand its international cooperation network, focusing on countries that are leading the energy transition, such as Germany, Japan, and Australia. These partnerships are essential to accelerate innovation and attract investment to Rio Grande do Norte.
Talent development for the renewable energy sector
One of the pillars of the project is… training of specialized professionals in clean technologies. UFRN already offers undergraduate and graduate courses focused on environmental engineering, renewable energies, and industrial chemistry.
With BioSiSH2, students will have access to state-of-the-art infrastructure to develop applied research and innovation projects. Investing in education is key to ensuring that Brazil leads the green economy of the future. Despite the advances, there are still challenges to be overcome:
- Cost reduction in green hydrogen production
- Creation of logistics infrastructure for transport and storage.
- Clear regulations and tax incentives for the sector.
However, with initiatives like that of UFRN, Brazil is moving towards a cleaner, safer, and more competitive energy matrix.
BioSiSH2 is a concrete step in that direction. The reactor inauguration BioSiSH2 from UFRNThe event, which will take place on November 24, 2025, represents a milestone for Brazilian science and for the sustainable development of the country. Rio Grande do Norte. Focusing on green hydrogen e renewable energyThe university reaffirms its commitment to innovation, talent development, and building a cleaner future.
