ExpertiseUpdated on 27 May 2025
PHOTODEGRADATION OF SUPRAMEOLECULAR PHOTOCATALYSTS INVESTIGATED BY HPLC
Academic Resreacher at Sirte University, Chemistry Departement, Sciences Faculty, Libya
Sirte, Libya
About
ABSTRACT Light-driven water splitting by (supra)molecular photocatalysts promises efficient conversion and storage of solar energy in chemicals. To improve their performance and stability a detailed understanding of degradation pathways is necessary. This can be investigated by high performance liquid chromatography (HPLC). BACKGROUND & STATE OF THE ART Combustion of fossil fuels such as coal, oil and gas, leads to emission of greenhouse gases like carbon dioxide (CO2) which causes global warming. Green hydrogen gas (H2) – produced with renewable energy – is considered as one of the clean and sustainable energy carriers of the future. Many researchers put tremendous effort in investigating ways to produce H2 in a sustainable manner.
Field
- CHE - Chemistry
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Application of Solar Energy Conversion
- Proposal Idea
Hamid Ahmed
Academic Resreacher at Sirte University, Chemistry Departement, Sciences Faculty, Libya
Sirte, Libya
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PHOTODEGRADATION OF SUPRAMEOLECULAR PHOTOCATALYSTS INVESTIGATED BY HPLC
Hamid Ahmed
Academic Resreacher at Sirte University, Chemistry Departement, Sciences Faculty, Libya
Sirte, Libya
Expertise
Advanced Thermoanalytical Tools and Green Solvent Systems for Food and Biomass Valorization
- CHE - Chemistry
- LIF - Life Sciences
Eduardo Esperanca
Postdoctoral Researcher at University of São Paulo
Sao Carlos, Brazil