The conference is organised with the support of the National Bulgarian Science Fund. It has several tracks of contributions following the stages of development of science-based technology solutions:
- Conceptual development and modelling – including scientific hypotheses, rigorous mathematical modelling, performance targeting, algorithms
- Technological solutions and prototyping
- Practical implementations and management
Aims and Scope
The CLES-CE 2022 conference is an international, transdisciplinary platform focusing on cleaner ways of sourcing, transforming, transporting, delivering and using energy and useful products. Embedded in the scope is also the concept of Circular Economy – in terms of energy efficiency of systems with circular material flows as well as the energy recovery and reuse in industrial and processes within supply chains, urban and regional process networks. The Cleaner Energy Systems journal serves as a platform for addressing and discussing theoretical and practical issues concerning energy systems related to the reduction and elimination of negative impacts on the environment and human health, as well as the potential increase of natural and human capital.
Conference Topics
| 1. Sustainable energy use and consumption | 16. Chemical engineering recovery of materials |
|---|---|
| 2. Efficient and clean energy transportation and conversion | 17. Engineering of Carbon emissions capture and utilization |
| 3. Energy efficiency of industrial and business processes | 18. Low-emission technologies |
| 4. Nexuses of energy and other resources and their potential use as synergy mechanisms | 19. Cleaner Furnaces, burners, turbines, engines |
| 5. Integration of renewable energy sources into product and energy supply systems | 20. Cleaner Electrochemistry |
| 6. Energy storage enabling renewables and environmental footprint minimisation | 21. Cleaner Biochemical engineering |
| 7. Reduction of environmental and health footprints of transportation, product or energy supply networks | 22. Cleaner Fuel and Materials synthesis and processing |
| 8. Energy-related metrics for sustainability performance and their relation to other sustainability indicators | 23. Reduction of Particle matter |
| 9. Sustainable practices and footprint minimisation in upstream operations and primary energy sourcing | 24. Cleaner Industrial engineering |
| 10. Energy- and footprint-aware regional development | 25. Cleaner Reaction engineering |
| 11. Cleaner energy systems promoting policies | 26. Cleaner Separation technologies |
| 12. Promoting cleaner energy systems | 27. Promoting cleaner chemical engineering in industry |
| 13. Experimental chemical engineering research | 28. Cleaner Chemical engineering applications in areas of Chemicals, Pharmaceuticals, Minerals, Energy and Fuels, Water, Environment, Food |
| 14. Numerical modelling | 29. Thermochemical energy storage |
| 15. Thermo-chemical processing of fuels | 30. Electrochemical energy storage |
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