Energia

Referência: STEINWEG, Henri; FUNKE, Axel; MOREIRA, Renata; DAHMEN, Nicolaus. Unlocking the lost carbono potential in existing sugarcane biorefinery: retrofitting residual biomass pyrolysis and syngas-fermentation. In: CONFERENCE 2024, DREAM RECATION OF CO2: CAPTURE, CONVERSION AND BEYOND, 2024, Dinamarca. Lecture… Acesso aos slides da apresentação da Palestra em PDF: https://escriba.ipt.br/pdf/179163.pdf

Referência: TELIS, Naiara; MEYER, Denis Correa; RAFFELT, Klaus; SOARES, Ricardo R.; DAHMEN, Nicolaus. Stabilization step within hydrotreatment of fast pyrolysis bio-oil. In: EUROPEAN BIOMASS CONFERENCE AND EXHIBITION, 32, 2024, Marseille. Lecture… 24 slides. Acesso aos slides da apresentação da Palestra em PDF: https://escriba.ipt.br/pdf/179141.pdf

Referência: STEINWEG, Henri; JANBEN, Marcel Marín; FUNKE, Axel; MOREIRA, Renata; DAHMEN, Nicolaus. Retrofitting residual biomass pyrolysis and syngas-fermentaaation to existing surgane biorefinery: a conceptual study. In: GERMAN-BRAZILIAN SYMPOSIUM FOR SUSTAINABLE DEVELOPMENT TOWARDS A RESILIENT AND SAFE FUTURE, 11., 2024, Stuttgart, Germany.  Pôster… 1 slide. Acesso ao Pôster apresentada na Palestra Leia mais…

Referência: FRAGA, Mariana M. Campos; HIRAYAMA, Danilo Eiji; TELLIS, Naiara R.; MOREIRA, Renata; SCHMITT, Caroline C.; RAFFELT, Klaus; DAHMEN, Nicolaus. Between Nb2O5 and sugarcane biomass: valorization of brazilian natural resources. In: NORDIC SYMPOSIUM ON CATALYSIS, 20., 2024, Stavanger, Norway. Lecture… 22 slides. Acesso aos slides da apresentação da Palestra em Leia mais…

Abstract: Sugarcane bagasse (SCB) is widely explored in alternative processes for generating steam and electrical energy [1]. The aim is to apply it in innovative solutions capable of converting it into new products that contribute to circular delivery systems. SCB fast pyrolysis bio-oil (FPBO) enhanced by catalytic hydrogenation (HDO) appears Leia mais…

Abstract: The annual growth in demand for renewable energy sources and the recycling of solid agroindustrial waste have driven research into thermochemical pathways capable of utilizing residual biomassto generate potential energy sources and biofuels for the future. In this context, the process of biomassgasification followed by reforming reactions has significant Leia mais…