|Support type:||Scholarships in Brazil - Master|
|Effective date (Start):||September 01, 2013|
|Effective date (End):||January 11, 2015|
|Field of knowledge:||Engineering - Mechanical Engineering - Thermal Engineering|
|Principal researcher:||José Roberto Simões Moreira|
|Grantee:||Vinicius Eduardo Ribas|
|Home Institution:||Escola Politécnica (EP). Universidade de São Paulo (USP). São Paulo , SP, Brazil|
For decades, solar energy has instigated researches all over the world due to its enormous potential. The growing concern about the environment and the search for renewable power sources promotes the interest in the Sun utilization. Despite the challenges such as the solar intermittence, the seasonality and the hard transportation of this type of energy, the search for storage techniques aims to eliminate these issues. A thermochemical alternative is the solar fuels production - fuels obtained by the use of concentrated solar energy which can be further stocked and transported to where and when there is electric power demand.A high-lighted application in this subject is the biomass steam-gasification to hydrogen production. The steam-gasification aims to rise the biomass energy potential by promoting an endothermic reaction that transfers the solar concentrated energy to the chemical bonds and recombine the atoms in the form of syngas (hydrogen and carbon monoxide). Besides its great heating value, this product has many applications in chemical industry processes. Thus, this research plans the study of the concepts evolved throughout this process and the modeling of a chemical reactor. Comparing the obtained results to the direct combustion of biomass, it is hoped that a significant power generation gain and carbon dioxide emissions reduction are achieved.