Topics

T1. Chemistry in the resources' management:
1.1	- Sustainable management of raw materials.
1.2	- Chemistry in energy production (energy from fossil fuels, renewable energies, nuclear energy, etc.).
1.3	- Water sustainable management. Water reuse.
1.4	- Wastes as a source of resources.
T2. Chemistry in the development of sustainable processes and products:
2.1	- Contributions of chemistry and materials science and technology.
2.2	- Advances and applications in biotechnology.
2.3	- Nanotechnology.
2.4	- Clean technologies.
2.5	- Processes control and simulation. Advanced data treatment.
2.6	- Product design and engineering.
T3. Materials and Sustainable development:
3.1	- Materials' recycling. Valorization.
3.2	- Technological management and out-of-use material processes.
3.3	- Materials' recyclability.
3.4	- Socioeconomic aspects.
3.5	- Life cycle analysis.
T4. Wastes and emissions:
4.1	- Characterization of wastes and emissions.
4.2	- Wastes management (industrial, agricultural, radioactive, etc.).
4.3	- Effluent treatments.
4.4	- Atmospheric emissions treatments.
4.5	- Recovery of spaces and contaminated soils.
4.6	- Environmental problems. Global contaminants and climate change.
T5. Chemistry in the improvement of the quality of life:
5.1	- Chemistry and health
5.2	- Health and safety in labour. Prevention of labour risks.
5.3	- The chemistry in the conservation of historic and artistic heritage.
5.4	- The chemistry in the protection of natural spaces.
5.5	- Forensic chemistry.
T6. Chemistry in the education and social communication for sustainable development:
6.1	- Development of educational materials.
6.2	- Training in sustainable chemistry.
6.3	- Social communication.
T7. Environmental management:
7.1	- Socioeconomic aspects.
7.2	- Responsible care.
7.3	- Environmental management systems.
7.4	- Sustainability indicators.
7.5	- Environmental impact evaluation.
7.6	- Ecolabelling.
7.7	- Rules and legislation.