100% OFF- Towards solar fuels – Insights on NEFERTITI project
Towards solar fuels – Insights on NEFERTITI project , The aim is to achieve a green, sustainable and efficient production of C2+ alcohols using CO2, H2O and sunlight.
What you”ll learn ,
- Explore photochemical systems for solar fuel production.
- Learn catalyst design and anchoring techniques.
- Examine process intensification and sustainability methods.
- Understand the NEFERTITI project and its sustainability goals.
- Understand the project Sustainability Goals of C2+ alcohols using CO2, H2O, and sunlight
Course Description
The present course will provide a general overview of the project NEFERTITI, detailing and describing the expertise and the main task of each partner in the project. The aim of this project is to achieve a green, sustainable and efficient production of C2+ alcohols such as ethanol or propanol, using CO2, H2O and sunlight. Moreover, the project will be based in different process intensification technologies such as flow chemistry, optical set-ups or photosensitizer molecules to increase the efficiency of the system.
During this course, we will go through different chapters:
- Insights on NEFERTITI project – towards solar fuels
- The challenge of photochemical systems – NEFERTITI approach
- Photocatalyst for syngas formation
- Photocatalyst for solar fuels production
- Anchoring techniques for catalysts
- In silico design and characterization of novel catalysts
- Design of photocatalytic flow reactors
- Luminescent solar concentrators
- Next generation of pervaporation membranes for ethanol purification
- Integration, validation and scaling-up
- Safe and sustainability
This course is designed and prepared for early-stage students that are interested in flow chemistry, photochemistry and solar fuels. Thus, it is a great opportunity to learn and discover the insights of these systems and to learn at the same time from an EU funded project.
During the video introduction, we will introduce the NEFERTITI project and summarize each of the parts of the course. We will go through each chapter and try to explain the key factors and understand the difficulty of the process. Moreover, we will understand better the role of each partner in the project and how do they use their own expertise for the benefit of the project.
Who this course is for:
- Early-stage students with an interest in flow chemistry, photochemistry, and renewable energy technologies.
- Individuals eager to learn about green and sustainable solutions for producing solar fuels like ethanol and propanol from CO2, H2O, and sunlight.
- Students or professionals interested in EU-funded projects and seeking insight into collaborative scientific research and process intensification technologies.
- Those passionate about photochemical systems and catalysis who want to explore novel methods for increasing efficiency in solar fuel production.
