At the heart of Brazil’s climate strategy is the amplification of biofuels production, viewed as a pivotal solution to decarbonize transport sectors such as aviation, maritime, and freight without pressuring native biomes. The recent inauguration of a R$314 million technology center in Montes Claros, northern Minas Gerais, dedicated to macaúba palm cultivation represents a significant leap forward. Macaúba, a native Cerrado and semi-arid palm, produces seven to ten times more oil per hectare than soybeans and thrives on degraded land, avoiding competition with food crops. This initiative underpins national ambitions to substantially increase sustainable aviation fuel (SAF) and green diesel supplies.
Studies suggest Brazil can more than double its biofuel output by 2050 by converting portions of its 100 million hectares of degraded pastures, an area four times the size of the United Kingdom, into productive agricultural land. Proposals include allocating 56 million hectares for agriculture, 22.5 million for high-yield pastures, and 20 million for forest recovery, balancing production growth with environmental restoration. Achieving this growth depends on strategic planning and advances in technology, particularly in feedstock selection and processing routes.
The recently approved “Fuel of the Future” law (14.993/24), enacted in October 2024, is expected to catalyze over R$1 trillion in investments within the biocombustibles sector over the next decade. This legislation fosters production incentives for biofuels like ethanol, biodiesel, and green diesel, while formalizing programs that support SAF and biomethane development. Notably, ethanol production is projected to receive 59% of anticipated investments, emphasizing expansion of canaviais (sugarcane fields) and industrial modernization. SAF projects alone are forecasted to attract R$17.5 billion, positioning Brazil as a future leader in sustainable fuels for aviation—a sector responsible for approximately 12% of transport-related emissions worldwide.
Complementing the biofuels agenda, Brazil is progressing in the development of carbon capture and storage (CCS) technologies, viewed as essential for managing ongoing fossil fuel usage and achieving net-zero emissions. Although CCS has been less prominent in Brazil’s climate discourse compared to nature-based solutions, regulatory advances are gaining traction. The government is poised to release a decree during COP30 to formalize CCS operations, seeking to align policy with practices observed in countries like Japan and the United States, where CCS integration has matured over decades. Yet institutional recognition of CCS remains limited within the Ministry of Environment and broader government circles, indicating room for policy and strategic growth.
On the regulatory front, Brazil is actively leading negotiations on creating a global carbon market framework. The intention is to integrate various carbon pricing and emissions trading systems for greater efficiency and standardized practices. The recently established Brazilian Emissions Trading System (SBCE), formalized by Law 15.042/2024, aims to cap emissions and enable credit trading, facilitating Brazil’s compliance with its commitments under the Paris Agreement. The country plans to leverage Article 6 mechanisms to trade internationally recognized carbon credits (ITMOs), potentially capturing one-third of the global demand. Brazil has already attracted broad international participation in its “Open Coalition of Regulated Carbon Markets,” including the European Union, China, and Canada.
In 2024, Brazil registered a significant 16.7% decline in gross greenhouse gas emissions, the largest reduction in 16 years, driven primarily by curbs in deforestation—especially in the Amazon, which saw a 41% fall in emissions—and in the Cerrado and Pantanal biomes. Despite this progress, challenges such as rising emissions from industrial processes and waste remain, alongside concerns about widespread seasonal wildfires.
Leading climate experts underscore Brazil’s unique potential to achieve carbon neutrality by 2040 through a complete transition to clean energy matrices, sustainable agriculture, and large-scale forest restoration. However, success depends on coordinated government policies, investment incentives, and sustained international cooperation.
The COP30 conference thus marks a pivotal moment for Brazil to harmonize its strong nature-based climate initiatives with cutting-edge biofuel and carbon capture technologies, solidifying its position as a global climate leadership contender amid a complex convergence of environmental and development priorities.
This article was curated and published as part of our South American energy market coverage.
