Curitiba inaugurates renewable hydrogen pilot plant on the UFPR campus: innovation, clean energy and a project for sustainable generation in Paraná
This Friday, October 17th, 2025, Curitiba took a decisive step towards sustainable energy transition by inaugurating the pilot plant renewable hydrogen on the campus of the Polytechnic Center of UFPR.
The project, part of the Biogas-to-H2 (B2H2) Consortium, represents a pioneering initiative in Brazil for the production of green hydrogen from biogas, reinforcing the commitment of the capital of Paraná to renewable energy and technological innovation.
UFPR Project Overview: Innovation and Sustainability
A pilot plant installed in Federal University of Paraná (UFPR) is the result of a partnership between public and private institutions, with emphasis on Copel GT, a subsidiary of the Paraná Energy Company, and the support of the Ministry of Mines and Energy.
The project was selected to integrate Brazil’s investment plan within the scope of Climate Investment Funds – Decarbonization of Industry (CIF-ID).
The main objective is to produce green hydrogen with low carbon emissions, using biogas generated in sewage treatment plants as raw material.
This process is made possible through catalytic reforming, an advanced technology that transforms biogas into synthesis gas, the basis for generating hydrogen.
Curitiba as a national reference in green hydrogen
Curitiba consolidates itself as a hub of energy innovation, by hosting one of the country’s first pilot plants dedicated to the production of renewable hydrogen in a university setting. The initiative reinforces the city’s role as a model of sustainable development and smart urban planning.
Furthermore, the plant’s strategic location on the UFPR campus favors the integration between academic research and practical application, allowing students and researchers to actively participate in the development of cutting-edge energy solutions.
UFPR and science applied to energy transition
A UFPR plays a central role in the project, providing infrastructure, technical expertise, and scientific support for the plant’s operation. The university is a member of the B2H2 consortium and contributes to studies on catalytic reforming, energy efficiency, and the environmental impacts of green hydrogen production.
The presence of the pilot plant in the academic environment encourages the training of qualified professionals, in addition to fostering applied research in areas such as chemical, environmental, and energy engineering. This synergy between academia and industry is essential to accelerating the transition to a cleaner, more resilient energy matrix.
Green hydrogen: fuel of the future
O green hydrogen It is considered one of the pillars of global decarbonization. Produced from renewable sources such as biogas, solar, or wind energy, it does not emit greenhouse gases during its production or use.
In Brazil, the National Hydrogen Program (PNH2) establishes guidelines for the development of the low-emission hydrogen production chain. Curitiba pilot plant aligns with these goals, acting as a laboratory for testing and validating technologies that can be replicated on an industrial scale.
Biogas as a vector of sustainability and innovation
The use of biogas as an input for the production of green hydrogen is a smart and sustainable solution. Generated from the decomposition of organic waste, especially in sewage treatment plants, biogas is an abundant and renewable source.
Turning waste into clean energy is a clear example of a circular economy, where what was previously discarded becomes energy-efficient. This approach reduces dependence on fossil fuels, improves urban waste management, and contributes to climate change mitigation.
Environmental and economic benefits for Curitiba and Paraná
The implementation of pilot plant It brings direct benefits to the state of Paraná. Environmentally, it contributes to reducing pollutant gas emissions and improving the use of organic waste.
Economically, paves the way for the creation of skilled jobs, attracting investments and developing new technologies.
Furthermore, the project strengthens Paraná’s image as a state committed to innovation and sustainability, and can serve as a model for other regions of the country.
Challenges and future prospects for green hydrogen
Despite the advances, the production of green hydrogen still faces technical and economic challenges. Production costs, distribution infrastructure, and secure storage are critical issues that require innovative solutions.
However, the inauguration of the pilot plant in Curitiba represents a concrete step in overcoming these obstacles, by allowing testing in a controlled environment and the development of technologies adapted to the Brazilian reality.
The expectation is that, in the coming years, new plants will be installed in different regions, expanding the national capacity for renewable hydrogen production and consolidating Brazil as a leader in the energy transition.
Transformative potential of the pilot plant at UFPR
The opening of the green hydrogen pilot plant on the campus of UFPROn Curitiba, marks a historic moment for clean energy in Brazil. The project combines technological innovation, environmental sustainability, and academic integration, positioning Paraná as a leader in the production of renewable energy.
Transform biogas into hydrogen It’s more than an innovation: it’s an energy revolution. With institutional support, public investment, and scientific collaboration, Brazil is moving toward a cleaner, more efficient, and sustainable future.
Curitiba shows that it is possible to combine science, the environment and economic development in the same project. The pilot plant is just the beginning of a journey that could transform the national energy matrix and inspire other cities to follow suit.
READ the latest news shaping the hydrogen market at Hydrogen Central
Curitiba inaugurates renewable hydrogen pilot plant on the UFPR campus: innovation, clean energy and a project for sustainable generation in Paraná, source
