ENERGY AND SUSTAINABILITY
Please, select the research line of your interest to have detailed information about it.
| Ref. | University | Area; Subarea | Key words | Supervisor in research group | |
|---|---|---|---|---|---|
| UNIZAR-JC | University of Zaragoza | Chemical Science and Technology: chemical engineering. | Membrane materials (silicates; zeolites; MOFs, graphene); nanomaterials; hybrid materials (polymer/nanoparticle); energy-efficient separation; gas separation; nanofiltration; pervaporation; osmotic distillation; greenhouse emissions; water purification; micropullants; gas separation (H2/CO2 and CO2/N2 mixtures); CO2 reduction; sustainability; economical rates; membranes scale-up. | Joaquin Coronas | Apply |
| UNIZAR-FFA | University of Zaragoza | Chemical Science and Technology; chemistry. | Homogeneous catalysis; organometallic compounds; sustainable chemical processes; hybrid catalysts; nanostructed materials; graphene oxide; carbon nanotubes; immobilized molecular catalyst (silica); chemical transformation of greenhouse gases; sustainability. | Francisco J. Fernández Álvarez | Apply |
| UNIZAR-MBN | University of Zaragoza | Materials Science and Technology; materials for energy and environment. | Nanomaterials synthesis; photoactive organometallic complexes; nanostructured materials; composite materials; lighting; energy; photocatalysis. | Maria Bernechea Navarro | Apply |
| UNIZAR-MHR | University of Zaragoza | Energy and Transport; energy. | Nanostructured electrodes; energy storage; solar energy conversion into electrochemical energy; light irradiation; supercapacitors; batteries; material science; nanoscience. | Marta Haro Remón | Apply |
| UNIZAR-EJP | University of Zaragoza | Materials Science and Technology; Materials for Energy and Environment. | Nanomaterials synthesis; novel catalysts; energy; environment; security; photocatalysis; solar cells and sensors; advanced microscopy analysis; energy harvesting and storage; perovskite solar cells. | Emilio J. Juarez-Pérez | Apply |
| UR-DSR | University of La Rioja | Chemical Science and Technology; chemistry. | Photochemistry; Molecular photoswitches; photoprotection; energy storage; light and matter interactions; solar energy storage; computational techniques; experimental process; functionalized chromophores; innovative plastics; thermal energy; indoor conditioning; industrial applications. | Diego Sampedro Ruiz | Apply |
| UDL-LFC | University of Lleida | Energy and Transport; energy. | Thermal energy; Energy engineering; sustainability; LCA; thermal energy storage; heat exchange; lab & pilot experiments; technology scale-up; modelling. | Luisa F. Cabeza | Apply |
| UDL-JO | University of Lleida | Agricultural and Agri-food Sciences; agriculture and forestry. | Community ecology; Forest pathology; High-throughput sequencing; Pathogenicity trials; Soil experiments; Soil microbiota; Climate change ; Response to drought. | Jonàs Oliva | Apply |
| UDL-CF | University of Lleida | Energy and transport; energy. | Artificial intelligence, intelligence control, control strategies, predictive control, deep-learning. | César Fernández | Apply |
| UDL-SDM | University of Lleida | Environmental science and technology; Biodiversity. Agricultural and Agri-food sciences; earth and water sciences, climate and atmosphere, environmental technology, agriculture and forestry. | Global forest; ecosystems; biodiversity loss; fire; open data; economic impact; climate change; remote sensing (airborne and satellite LiDAR, imagery); spatial analysis; data science; statistical modelling; big data; multiple scale management (large scale to global level analysis); programming languages (R and Python); artificial intelligence | Sergio de Miguel | Apply |
| UDL-GAS | University of Lleida | Agricultural and Agri-food Sciences; agriculture and forestry. | Crop ecophysiology; Mediterranean crops; physiological attributes; genetic bases for yield; betaglucans; crop improvement; extensive crops; barley; wheat. | Gustavo A. Slafer | Apply |
| UPNA-AG | Public University of Navarre | Chemical Science and Technology; chemical engineering. | Catalytic performance of metal nanomaterials, photocatalysis, pollutants removal, porous and surface properties of solids, nanoclays, gas adsorption, energy storage, environmental technologies, industrial waste valorization. | Antonio Gil | Apply |
| UPNA-IE | Public University of Navarre | Information and Communication Technologies; communication technologies | Electromagnetism; THz inspection; solar cells; radiative cooling; metamaterials; metasurfaces; parameter retrival; energy applications; photovoltaic industry. | Iñigo Ederra | Apply |
