This event is expired!
International Conference on Carbon Dioxide Utilization and Chemical Engineering ICCDUCE on January 28-29, 2023 in Dubai, United Arab Emirates
Submit Your Paper
- Short Name: ICCDUCE
- Event Type: Conference
- Website URL: https://waset.org/carbon-dioxide-utilization-and-chemical-engineering-conference-in-january-2023-in-dubai
- Program URL: https://waset.org/conferences-in-january-2023-in-dubai/program
- Contact URL: https://waset.org
- Location: Dubai, United Arab Emirates
- Date: January 28-29, 2023
- Final Submission: December 15, 2022
- Notification: February 27, 2022
- Organization: World Academy of Science, Engineering and Technology
- Conference Tags: chemical engineering carbon carbon dioxide
CO2 as oxidant and C1+ dry-reforming
CO2 conversion into chemicals (homogeneous, heterogeneous, enzymatic, hybrid catalysis)
CO2 as co-monomer for new polymeric materials (carbonates, urethans, acrylates, others)
Biotechnological CO2 conversion (natural and man-made photosynthetic approaches)
Electrochemical conversion
Photo-chemical and photo-electro-chemical conversion
Plasma and microwave technology
CO2 hydrates and their applications
Dense phase CO2 technologies (use of supercritical or liquid CO2 in extraction or as reaction solvent)
CO2 Enabling/ Sustainable Technologies
CO2 as oxidant and C1+ dry-reforming
CO2 conversion into chemicals (homogeneous, heterogeneous, enzymatic, hybrid catalysis)
CO2 as co-monomer for new polymeric materials (carbonates, urethans, acrylates, others)
Biotechnological CO2 conversion (natural and man-made photosynthetic approaches)
Electrochemical conversion
Photo-chemical and photo-electro-chemical conversion
Plasma and microwave technology
CO2 hydrates and their applications
Dense phase CO2 technologies (use of supercritical or liquid CO2 in extraction or as reaction solvent)
CO2 Enabling/ Sustainable Technologies
CO2 conversion into chemicals (homogeneous, heterogeneous, enzymatic, hybrid catalysis)
CO2 as co-monomer for new polymeric materials (carbonates, urethans, acrylates, others)
Biotechnological CO2 conversion (natural and man-made photosynthetic approaches)
Electrochemical conversion
Photo-chemical and photo-electro-chemical conversion
Plasma and microwave technology
CO2 hydrates and their applications
Dense phase CO2 technologies (use of supercritical or liquid CO2 in extraction or as reaction solvent)
CO2 Enabling/ Sustainable Technologies
CO2 as oxidant and C1+ dry-reforming
CO2 conversion into chemicals (homogeneous, heterogeneous, enzymatic, hybrid catalysis)
CO2 as co-monomer for new polymeric materials (carbonates, urethans, acrylates, others)
Biotechnological CO2 conversion (natural and man-made photosynthetic approaches)
Electrochemical conversion
Photo-chemical and photo-electro-chemical conversion
Plasma and microwave technology
CO2 hydrates and their applications
Dense phase CO2 technologies (use of supercritical or liquid CO2 in extraction or as reaction solvent)
CO2 Enabling/ Sustainable Technologies
Name: World Academy of Science, Engineering and Technology
Website: https://waset.org/
Address: UAE