COP30 Highlights Amazon Science Innovations for Sustainability and Emissions Reduction
Researchers and innovators of COP30 showcase technological advances for Amazon sustainability and carbon emissions cutbacks, emphasizing rapid action and community integration.
- • Urgent action urged to combat Amazon deforestation via Amazônia 4.0 project.
- • Integration of traditional knowledge with digital tools aids Amazon education and income.
- • BioLumé solar project powers 13,000 people, replacing diesel generators.
- • RHIIRA device cuts emissions in fossil fuel vehicles by up to 96%.
- • Scientific pavilion faced lack of diplomatic engagement at COP30.
Key details
At the 30th United Nations Climate Conference (COP30) held in Belém, Pará, Brazil, significant attention was given to innovative scientific and technological solutions focused on sustainable development in the Amazon and broader climate change mitigation. Scientist Ismael Nobre from Instituto Amazônia 4.0 emphasized the urgent need to rapidly combat deforestation through initiatives like the Amazônia 4.0 project, promoting a new economic model that values both the forest and its inhabitants. Discussions highlighted the crucial integration of traditional knowledge with digital tools to improve education, land management, and income generation for Amazonian communities, alongside enhanced transparency in supply chains and biodiversity monitoring through scientific data. However, the absence of diplomatic presence at the scientific pavilion, where these debates occurred, raised concerns given the critical importance of science-driven decision-making in curbing global emissions (ID 146063).
Parallel to these efforts, researchers from Pará showcased promising technologies at COP30. Evelyn Mesquita, president of Enactus UFPA, presented the BioLumé project which implements solar-powered posts made from PVC pipes to supply clean energy to remote riverside communities. Over 121 installations already provide sustainable energy access to about 13,000 people, replacing costly and polluting diesel generators. Additionally, Tati Yamamoto introduced RHIIRA, a device designed to reduce carbon black and CO₂ emissions from combustion vehicles by up to 96%, a crucial advancement as Brazil still has 127 million fossil fuel-powered vehicles. Both innovators highlighted that securing funding and establishing partnerships are vital to scaling their solutions and amplifying their impact worldwide (ID 146069).
This article was synthesized and translated from native language sources to provide English-speaking readers with local perspectives.