March 23 - February 26, 2025 | Natal, Brazil
The role of electrochemistry in sustainable energy and the environment: electrochemistry has great potential to contribute to the generation of clean and renewable energy as well as to the environment in processes such as: the production of green hydrogen, green gasoline, batteries, fuel cells, photovoltaic systems, pollution detection and remediation, reduction of CO2 to fuels or syngas and ammonia production by nitrogen reduction.
Presentation on Mesoporous TiO2-SiO2 Composite for 'Reversible Ion Insertion from Aqueous Solutions' - by Debargha Chakravorty in the session about 'Clean, renewable and new energy systems'
The role of electrochemistry in sustainable energy and the environment: Electrochemistry has great potential to contribute to the generation of clean and renewable energy as well as to the environment in processes such as: the production of green hydrogen, green gasoline, batteries, fuel cells, photovoltaic systems, pollution detection and remediation, reduction of CO2 to fuels or syngas and ammonia production by nitrogen reduction.
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