November 28, 2025
COP30 positions sustainable mobility at the center of climate action
From November 10 to 14, Belém hosted the 30th United Nations Climate Change Conference (COP30), bringing together representatives from more than 190 countries to discuss practical responses to the climate crisis. Organized around thematic days, the conference highlighted urban mobility as a critical pillar for building resilient, low-emission cities. As global urban populations grow and transportation becomes a major source of greenhouse gases, rethinking how people move has become essential for meeting national and international climate commitments.
Key COP30 priorities for transforming transportation
COP30 reinforced a set of strategic guidelines that will shape the future of mobility. The decarbonization of transport remains the core objective, driving the reduction of greenhouse gas emissions and the gradual shift away from fossil fuels. Fleet electrification was identified as a central pathway for this transition, especially in public transportation systems. Brazil, for instance, joined global initiatives aimed at lowering energy demand in public transport over the next decade.
The role of biofuels also gained emphasis, particularly for segments where electrification is more challenging, such as heavy road transport. The conference underscored the importance of expanding cleaner modes, including railways and waterways, to reduce the country’s historical dependence on road transport. Strengthening high-capacity public transit systems such as metros, trains, and dedicated bus corridors was highlighted as essential for reducing private vehicle use, a major contributor to urban emissions.
COP30 also encouraged investments in more sustainable infrastructure, promoting the use of low-impact materials in transportation projects and expanding access to climate financing to support the adoption of low-carbon technologies at scale.
Rail-based systems as a key driver of the transition
Throughout the conference, experts and policymakers reaffirmed the central role of rail-based mobility in cutting emissions and improving urban efficiency. Rail systems offer higher passenger capacity, lower energy use per trip, and greater operational predictability. These characteristics make them essential for reorganizing urban space and supporting more sustainable development. Discussions also highlighted that Brazil has the technological foundation and operational expertise needed to accelerate the expansion of its rail network.
Aeromovel: a Brazilian technology ready for the low-carbon era
Within this global context, the Aeromovel system, developed by Aerom, offers a solution fully aligned with COP30 priorities. The system is elevated, automated, and powered by pneumatic propulsion using stationary electric propulsion. This design enables zero emissions along the route and ensures high energy efficiency. Its lightweight structure minimizes construction impacts, reduces the need for major urban interventions, and lowers overall infrastructure costs.
Being an elevated system, the Aeromovel is also less vulnerable to flooding and heavy rainfall, conditions that frequently disrupt ground-level transport and are becoming increasingly common due to climate change. This resilience makes the Aeromovel particularly suited to cities facing climate-related disruptions.
Supporting resilient, low-carbon cities
By combining clean operation, efficient energy use, and low-impact infrastructure, the Aeromovel stands out as a strategic solution for the modernization of public transportation in Brazil. The system directly supports the goals outlined at COP30 and strengthens the path toward low-carbon, climate-resilient urban environments.
Developed in Brazil and ready for global deployment, the Aeromovel demonstrates how national technology can contribute meaningfully to climate commitments while improving mobility, reducing emissions, and preparing cities for the demands of the coming decades.
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