SUSTAINABILITY, CLIMATE, ENERGY MARKETS & INDUSTRIAL OPTIMIZATION
10:00 – 11:30
Session C5 – Climate Physics, Energy Modelling & Market Dynamics
- Climate system models (PDE + stochastic processes)
- Atmospheric chemistry interactions
- Energy grid modelling (load, stability, transient physics)
- Simulation of market behaviour with physics-based models
- Integration with AI/quantum forecasting
Mathematical content:
- Advection–diffusion equations
- Stochastic volatility models
- Coupled climate–energy PDE systems
- Grid stability eigenvalue analysis
Scientific Value: integrate physics, energy, and finance for forecasting and resilience.
12:00 – 13:30
Session C6 – Sustainable Industrial Systems & Thermodynamic Optimization
- Energy-efficient industrial design
- Exergy analysis & thermodynamic limits
- Carbon reduction via advanced modelling
- Multi-objective optimization for chemicals & materials
- Circularity with physics-based life-cycle models
Equations & frameworks:
- Exergy efficiency metrics
- Thermodynamic cycle equations
- Multi-objective Pareto optimization
- Topological optimization for material structures
Scientific Value: physical engineering design for sustainable industrial systems.
