GCGW2023 | Global Conference on Global Warming
GCGW2023 | Global Conference on Global Warming
| TOPICS | ||||
| Analysis | Policies, Management and Economics | Renewable Energies and Sustainability | Global Warming and Environment | Digitalization |
| Basic and applied thermodynamics | Economics of climate change | Clean transportation | Atmospherical changes | Distributed generation |
| Computational Thermo-Fluid Dynamics (CFD). | Energy policies & strategies | Energy storage | Carbon capture & storage | Digitalization in the energy sector |
| District heating/cooling | Energy policy and planning | Hydrogen use in energy systems | Climate change impacts | Smart grids and renewables integration |
| Exergy-based analysis: Applications and eaching in academia | Waste management | Fuel cells. | Climate observation | Smart Grids |
| Energy use in the industrial, residential, transportation, agricultural sectors | Water resources & management | Energy-water nexus, desalination, waste water treatment. | Ecosystem & biodiversity | Big data, artificial intelligence in the energy sector |
| Fuels, combustion & gasification | Weather forecast & cenario | Energy, materials, waste and water: Resources and footprints | Environmental impact of energy systems | Process integration, process simulation, |
| Thermodynamic analysis | Sustainability, resilience, & circular economy | Health effects of climate change | Optimization, process monitoring & control | |
| Power generation and Combined Heat and Power (CHP) plants. | Hydrogen & fuel cells | CO2 and GHG mitigation. | ||
| Refrigeration and heat pumps | Green buildings | Global warming modeling | ||
| Renewable energy | Greenhouse gas reduction | |||
| Sustainability | Social aspects of climate change | |||
