Antonio Otavio PATROCINIO, PhD in Chemistry (Brazil)

Antonio Otavio Patrocinio

Antonio holds a PhD in Chemistry from the University of Sao Paulo, Brazil. In his research, he investigates molecular approaches to solar energy conversion, with the hope of finding ways to boost the conversion efficiency of devices such as dye-sensitized solar cells and artificial photosynthetic devices.

Current position: Adjunct Professor at Federal University of Uberlandia, Brazil

Research focus: Development of new materials and devices for solar energy conversion into electricity and fuel

He explores electron transfer processes and investigates how the chemical and physical properties of various materials affect the efficiency of solar light conversion into electricity or fuel.

Antonio was awarded a Green Talent in 2012 due to his attempt to make chemistry greener using local solutions, and his dedication to raise awareness about the sustainable energy challenge. The award’s high visibility paved the way for fruitful collaborations with German scientists in high level research institutions and universities, resulting in multidisciplinary studies on solar energy conversion that have been published in high impact scientific journals.

2010 Awarded Brazil's Best Doctoral Thesis in Chemistry


CV as submitted for the Green Talents award (2012):

Universidade Federal de Uberlândia (UFU), Brazil

Research focus: Photo-induced molecular devices for solar energy conversion

Antonio Otavio Patrocinio, Assistant Professor of Inorganic Chemistry at the Universidade Federal de Uberlândia, has his sights set on making green chemistry even greener with local solutions and developing a generation of researchers willing and qualified to take on the energy challenge.

Green Talents winner Antonio Otavio de Toledo Patrocinio has spent the last several years investigating molecular approaches to solar energy conversion in hopes of finding ways to boost the conversion efficiencies of devices such as dye-sensitised solar cells and artificial photosynthetic devices. One important step is understanding electron transfer processes and how the chemical and physical properties of various materials affect their efficiencies.

Patrocinio took this step and immediately turned heads, winning the award for Brazil's best doctoral thesis in Chemistry in 2010. “I’ve synthesized and characterized photoactive ruthenium and rhenium complexes,” he explains. “I have also used molecules from berry extracts and other Brazilian fruits as sensitizers in solar cells.” This is important to Patrocinio, now a Chemistry professor, who sees local solutions as a keystone to green growth.

“You also need to develop qualified human resources willing to take on the energy issue,” says Patrocinio, who sees this as one of his responsibilities. Himself a member of a university-based R&D group devoted to developing new inorganic materials, Patrocinio encourages his students at all levels to creatively contribute to the development of green solutions.
Patrocinio was selected by the jury for his work in photoelectrochemistry and the promise it holds in driving solar energy technologies forward. The jury also noted Patricinio's research in his field as “most impressive”.