About Biomass, Biogas and Green Hydrogen
The State of Paraná has great potential for the production of biomass and biogas. As one of the largest grain producers in the country, it ends up generating agricultural residues in the same order of magnitude, in addition to having one of the largest and most competitive forest plantation areas in the world.
In addition, the State is among the largest national producers and exporters of chicken, and also among the largest pork producers in Brazil, which generates huge amounts of biogas.
Additionally, the population of Paraná generates more than 10 million tons of Urban Solid Waste daily, which represents an environmental liability, but which can be used to generate electricity.
Despite Paraná being the holder of a thriving agricultural market, world record productivity, having climate and land with extremely favorable conditions, the State registers a timid national participation in the production of biomass for energy generation. In this way, the promotion of taking advantage of these excellent agricultural conditions meets the interests of the State, Copel itself and society, considering:
a) The enormous potential for generating electricity in Paraná from biomass;
b) The trend of change in the Brazilian energy matrix, incorporating a significant amount of wind and run-of-river hydraulic generation, of an intermittent nature, resulting in the need for thermal generation to establish the National Interconnected System – SIN;
c) That biomass is a clean, renewable energy fuel and, when compared to other fossil fuels, it is quite interesting because it is less polluting with low emission of gases, including those that cause the greenhouse effect;
d) The natural conditions of climate and soil favorable to the production of biomass existing in Paraná, in order to assume a prominent position in the national scenario in the production and use as an energy resource;
e) The fact that Paraná has a thriving agricultural market, a world record in productivity, which generates residues in the same proportion;
f) The commitments assumed by Brazil in the Paris Agreement, during COP21, to reduce greenhouse gases (reduction of 37% by 2025 and 43% by 2030) and to increase the share of renewable energy sources in the matrix energetic;
g) The growth prospects of the distributed generation market in Paraná;
h) The global trend towards the decarbonisation of economies.
In order to take advantage of this potential, Copel, through its Business Development Department – DDN, frequently expresses to the market, through Public Calls, its interest in analyzing and developing business opportunities in energy generation from biomass (bagasse sugarcane, forestry, agro-industry residues) and biogas and biomethane (agricultural desires, agro-industrial residues, MSW).
Green hydrogen, in turn, is obtained from renewable sources through electrolysis, separating the hydrogen from the oxygen that makes up the molecule, thus avoiding the emission of carbon dioxide and thus avoiding the emission of millions of tons. of CO2 every year.
The viability of green hydrogen, however, has some disadvantages, such as: the high cost of production, transport and distribution; safety (volatile and flammable element); and higher energy expenditure for production.
Public Calls
CP 002/2020 – Forming Partnerships with a View to Participation in Electric Energy Generation, Transmission and Distribution Ventures in the Years 2020 and 2021:-
CP 003/2020 – Acquisition of Electric Energy Generation and Transmission Ventures in the Project, Implementation or Commercial Operation Phase and Electricity Distribution Business Opportunity:
In addition, Copel maintains a dedicated team in prospecting and developing business in biomass and biogas and, in recent years, has actively participated in actions to promote the bioenergy sector, acting in the elaboration of the Regulatory Milestone for Biogas and Biomethane in Paraná, in execution of the Entre Rios do Oeste P&D Project, in addition to having members on the Boards of Directors of the Brazilian Biogas Association – ABIOGÁS and the International Center for Renewable Energies – CIBIOGÁS.
Production of Renewable Hydrogen from Biogas
The Biogas-to-H2 Paraná Consortium (B2H2), led by Copel Geração e Transmissão (Copel GT) and comprising institutions such as the Federal University of Paraná (UFPR), was selected among the five projects that make up Brazil’s investment plan for the Climate Investment Funds – Industry Decarbonization (CIF-ID).
The consortium’s central proposal is aligned with the principles of the circular economy, promoting the reuse of organic waste for the generation of clean energy. The project uses biogas from sewage treatment plants as raw material for the production of low-carbon renewable hydrogen through catalytic reforming and purification processes.
Technology and Sustainable Innovation
The technology employed involves converting biogas into synthesis gas, followed by the separation and purification of hydrogen. This hydrogen is classified as low-carbon and will be applied in local production chains, such as in the manufacture of hydrogen peroxide, replacing the fossil fuel currently used.
The initiative represents a significant advance in the recovery of urban waste, especially that generated in sewage treatment plants and university restaurants, such as that of the UFPR Polytechnic Center. The pilot plant, scheduled to open this year, is the result of a Research and Development (R&D) project by Copel-Aneel, in partnership with companies such as Gas Futuro, Apreno, and Senai-PE.
Scalability and Regional Impact
With an initial estimated production of 100 tons of renewable hydrogen per year, the project demonstrates high scalability potential. The partnership with Sanepar, which operates 232 sewage treatment plants in Paraná, could enable the production of up to 7,000 tons per year, consolidating the metropolitan region of Curitiba as a strategic hub for the hydrogen economy.
In addition to Copel GET and UFPR, the consortium includes institutions such as Unioeste, CIBiogás, Fundação Parque Tecnológico Itaipu-Brasil, Instituto Senai de Inovação em Eletroquímica, and Novo Arranjo de Pesquisa e Inovação em Hidrogênio (Napi Hidrogênio).