Sugarcene biorefinery: unlocking the potential of the pyrolytic process to convert waste biomasses into value-added products

Abstract: The sugarcane industry generates significant amounts of waste, such as bagasse (SCB) and sugarcane straw (SCS), which can be reused as raw materials to produce a wide range of renewable chemicals. This study, employing an approach that integrates kinetic studies and comprehensive product characterization, assessed the potential of pyrolysis Leia mais…

Utilization of biofuels co-productiproducts for reduction carbono footprint of materials for civil construction: an overview

Abstract: The production of construction materials stands as a pivotal industrial sector in Brazil and worldwide, wielding significant economic influence. However, it also significantly contributes to greenhouse gas emissions and natural resource depletion. Thus, developing new bio-based construction materials emerges as a strategy to mitigate the carbon footprint and environmental Leia mais…

Optimization of the bio-oil stabilization process to minimize hydrogen consumption

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…

Production of hydrogen-rich synthesis gas through the optimization of termal reforming

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 biomass to generate potential energy sources and biofuels for the future. In this context, the process of biomass gasification followed by reforming reactions Leia mais…

Production of hydrogen-rich synthesis gas through the optimization of termal reforming

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…

Monitoramento da validade dos resultados para medição de corrente de fuga em equipamentos eletromédicos

Referência: BERRUEZO, Eduardo; MUNIZ, Thiago Accurso; ANGELO, Joao Henrique; TORRES, Fabricio Gonçalves. Monitoramento da validade dos resultados para medição de corrente de fuga em equipamentos eletromédicos. In: CONGRESSO BRASILEIRO DE ENGENHARIA BIOMÉDICA, 29., 2024, Ribeirão Preto. Pôster… 1 slide. Acesso aos slides da apresentação da Palestra em PDF: https://escriba.ipt.br/pdf/179086.pdf

Analysis of the impact on ignition timing anda ir-fuel ratio on indicated efficiency fpr biogás engines

Abstract: This article examines the impact of the air-fuel ratio, measured by lambda probe, and the ignition timing on the indicated efficiency of an internal combustion engine using biogas as fuel. Through analysis, it’s seen that the indicated efficiency increases as the air-fuel ratio leans towards a stoichiometric value, and Leia mais…

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