| TECHNOLOGIES TO REDUCE POLLUTION |
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Air emissions mitigation: Reduction of greenhouse gases and air pollutants.
Advanced treatment of drinking water and wastewater.
Reduction of pollution and improvement of energy efficiency in production systems.
Methodologies for analyzing emissions and pollutants.
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| CLEAN AND RENEWABLE ENERGY |
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Systems based on renewable hydrogen and membrane technology.
Solar energy systems.
Energy storage systems.
Development of clean fuels.
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| SUSTAINABILITY ASSESSMENT |
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Economic, environmental, and social analysis of technologies for sustainability.
Analysis of material circularity and criticality.
Spatial assessment and planning of impacts and opportunities associated with the deployment of renewable energy technologies.
Assessment of natural solutions and green and blue infrastructure.
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| ADVANCED MATERIALS |
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Catalytic materials for chemical, energy, and environmental processes.
Materials for decarbonization and energy efficiency.
Biomaterials and materials for biomedical engineering.
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| CIRCULAR ECONOMY |
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Recycling and recovery of polymeric and composite materials.
Chemical, thermochemical, and biological processes for waste recovery.
Biotechnological processes for the production of bioproducts.
Processes for the capture and recovery of waste gases.
Resource recovery for sustainable food production.
Recovery of value-added compounds from waste sources and industrial byproducts.
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