In this research axis applied research of hydrodynamics and technology of hydraulic turbomachines is explored. Brazil is one of the most important country where the hydro power plants is the basis of its electricity generation. The focus of the research projects is devoted to the study of the technologies of hydrokinetic turbines (for rivers and…

The Thermal Systems research developed in the Energy and Environment Laboratory employs the concepts of Heat Transfer and Fluid Mechanics, focusing on Free Convection and Multiphase Flows, to approach relevant issues related to energy conversion and heat transport. Applied and fundamental problems are studied using theoretical, numerical, and experimental methods in a complementary way. Among…

In the Smart Grid Laboratory, the technical, economical aspects and the impacts of the insertion of smart grid technologies in the electric network are analyzed. Therefore, a laboratory infrastructure and a pilot which provide the development of research and the dissemination of knowledge has been implemented, and consequently, the formation of manpower in the Brazilian…

The Thermal Systems research developed in the Energy and Environment Laboratory employs the concepts of Heat Transfer and Fluid Mechanics, focusing on Free Convection and Multiphase Flows, to approach relevant issues related to energy conversion and heat transport. Applied and fundamental problems are studied using theoretical, numerical, and experimental methods in a complementary way. Among…

Experimental gasification and torrefaction biomass thermochemical conversion processes are studied in experimental benches and simulation models to identify optimal energy conversion conditions. R&D projects are developed in partnership with Brazilian energy companies (Eletrobras) and Brazilian and International biomass production research centers (Embrapa and Brazilian Forest Institute, and Cirad-France).