At 10:15

At 10:25

At 11:20

At 12:05

At 14:30

At 15:25

At 15:40

BREAK

10-minute break for coffee, juice

and snack for speakers and

audience with identification.

(Seminar 2):

Activity and stability of catalysts – A first Principles Study.

Two topics. A) is polaron-mediated oxygen evolution reaction activity enhancement on the surface of rutile TiO2, and B) is copper cathodic corrosion during CO2 reduction reaction.

(Seminar 3):

Sustainable hydrogen obtained through the assistance of ethanol: The paths of a technology that can change the vehicle sector.

We study the incorporation of electrodeposited MoS2 into a high area carbon matrix doped with a nitrogen was used in this study. NiFe was prepared by electrodeposition and NiB.

BREAK

1 hour and 55 minutes interval.

(Seminar 4):

Decoupled Water Splitting: Reshaping Water Electrolysis.

(Seminar 5):

Unassisted CO2 conversion promoted by a Cu2WO4 gas diffusion photocathode and a BiVO4 photoanode.

BREAK

We developed alternative processes that decouple the generation of hydrogen and oxygen into two cells with efficiency around 90%. In addition, we divided the oxygen evolution reaction.

We developed alternative processes that decouple the generation of hydrogen and oxygen into two cells with efficiency around 90%. In addition, we divided the oxygen evolution reaction.

10-minute break for coffee, juice and snack for speakers and audience with identification.

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- - - -

- - - -

At 16:30

At 17:15

(Seminar 6):

Charge transport layers engineering in perovskite Solar cells

(Seminar 7):

Eletrodeposição de óxidos nanoestruturados para aplicação como fotoeletrodos.

Photovoltaic (PV) technology is regarded as one of the most promising renewable and clean energy technologies. Perovskite solar cells (PSCs), utilizing metal halide perovskites as ..

Thin films of nanostructured oxides are the key materials in various electronic and optical devices that are essential in modern human life. In particular, those materials have been . .