Qual é a nova aposta de combustível verde que será testada na USP?
O RCGI recebeu jornalistas e fotógrafos do jornal Estado de São Paulo. O resultado das entrevistas foi a matéria publicada em 22 de janeiro. A seguir o link da matéria, aqui.
Category: Blog featured
Colloquium with Dr. Erich A. Muller – Imperial College London
RCGI invites you to the colloquium with Prof. Dr. Erich A. Muller of Imperial College London. The talk will take place on Thursday, September 14th, at 1 p.m. at the RCGI under the title: Machine-learned Equations of State for the
Cerimônia de Lançamento da Placa Inaugural da Estação de Reabastecimento de Hidrogênio (Ethanol to H2)
Hoje, quinta-feira 10 de agostos de 2023, o Centro de Pesquisa para Inovação em Gases de Efeito Estufa (RCGI) recebeu o Governador de São Paulo, Tarcício Gomes de Freitas, para a Cerimônia de Lançamento da Placa Inaugural da Estação de
I Seminar on Nature-Based Solutions in Agriculture and Forestry
RCGI invites you to the “I Seminar on Nature-Based Solutions in Agriculture and Forestry: Strategies for Carbon Capture and Reduction of GHG Emissions in Brazil” on September 4 and 5, 2023. At the opening of the event, we will have
Save the date! ETRI 2023
We are pleased to announce the next edition of the flagship RCGI worldwide event, currently in its eighth year: ETRI 2023. This edition will happen on November 7-9, at the CDI USP Auditorium. For more information: ETRI
Carbonic: an RCGI-USP startup that converts smoke into fuel
Interview with Maitê Lippel Gothe, Founder and CTO of Carbonic Bio: She graduated with a Bachelor of Chemistry from the University of São Paulo (2014), with a Science without Borders exchange at the University of York, where she attended the
The RCGI and Nanotechnology: An Interview with Dagoberto Silva, CEO of MOF Tech
MOF Tech is a nanotechnology and advanced materials company with a focus on the development of customized and environmentally responsible metal organic frameworks (MOF’s). With versatile applications such as gas adsorption, carbon capture, and food production, our highly porous MOF’s
Artificial Intelligence model assesses how environmental factors impact the quantity of carbon dioxide captured by the Amazon Rain Forest
Research backed by the RCGI could contribute to Brazil profiting in the future from the carbon dioxide market and to reducing global warming. The Amazon rain forest is responsible for removing 400 million tons of carbon dioxide from the atmosphere
Discovery by Brazilian researchers could contribute to increased volume and lower cost of producing so-called second-generation ethanol
Physiological engineering project, supported by the RCGI, also benefits cattle feeding among livestock Researchers in the Plant Biochemical Laboratory of the State University of Maringá (Bioplan-UEM) and the Ecological Physiology Laboratory of the University of São Paulo (LAFIECO-USP) were able