Scientific-Technical Areas
Thematic lines
The objective of this line is to use solar energy to significantly contribute to the transition towards clean energy that protects the environment, especially in regions of the planet abundant in this resource.
Its research focuses on the development of technologies, processes, and devices that enable better harnessing of solar heat, both for its application in solar thermal concentration technologies (STE-Solar Thermal Electricity- or CSP-Concentrated Solar Power-) for electricity production, as well as for other non-electrical industrial energy applications, particularly desalination and water treatment.
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Development of models, scenarios and analysis of sustainability of energy technologies and systems
Materials for Solar Thermal Concentration Technologies
Point-Focus Solar Thermal Concentration Technologies
Solar Thermal Energy Applications
Air-Based Solar Thermal Electricity for Efficient Renewable Energy Integration & Compressed Air Energy Storage
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Point-Focus Solar Thermal Concentration Technologies
Campos de Heliostatos más Eficientes para Plantas Solares de Torre
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Thermochemical Technologies and Processes for H2 and Raw Materials Production
Concentrated Solar energy storage at Ultra-high temperatures aNd Solid-state cONversion
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Solar Thermal Energy Applications
Destilación solar por membranas para la valorización de salmueras residuales
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Linear Solar Thermal Concentration Technologies
Development of a novEl Tube - bundlE-CaviTy lInear receiVEr for CSP applications
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Linear Solar Thermal Concentration Technologies
DIgital twin analysis of SOlar Parabolic trough collector plant to scale to higher powers for the integration into Electrical Distribution network
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Development of models, scenarios and analysis of sustainability of energy technologies and systems
Thermal Energy Storage
Thermochemical Processing
Economía circular en el desarrollo de zeolitas para almacenamiento térmico mediante valorización de cenizas de residuos biomásicos
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Water Treatment through Solar Photochemistry
ENERGy access and green transition collaboratively demonstrated in urban and rural areas in AfrICA
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Linear Solar Thermal Concentration Technologies
Materials for Solar Thermal Concentration Technologies
Point-Focus Solar Thermal Concentration Technologies
Thermal Energy Storage
Energía solar de concentración para los objetivos net-zero en procesos industriales y transporte
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Solar Thermal Energy Applications
European Twinning for research in Solar energy to (2) water (H2O) production and treatment technologies
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Solar Thermal Energy Applications
Evaluación de una planta de Ósmosis Inversa impulsada por aire comprimido a través de un intercambiador de presión
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Water Treatment through Solar Photochemistry
Fotoprocesos solares avanzados reductivos: eliminacion de contaminantes, valorización de aguas residuales y produccion de urea e hidrógeno.
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Water Treatment through Solar Photochemistry
From solar energy to fuel: A holistic artificial photosynthesis platform for the production of viable solar fuels
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Water Treatment through Solar Photochemistry
Green valorization of CO2 and Nitrogen compounds for making fertilizers
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Materials for Solar Thermal Concentration Technologies
Highly Efficient and Low-impact InnOvative TheRmal stOrage system for enhanced disPatchability in concEntrated solar tower plants
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Water Treatment through Solar Photochemistry
Human footprint on water from remote cold areas to the tropical belt. INtegrated Approach TO secure water QUAlity by exploiting Sustainable processes
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Water Treatment through Solar Photochemistry
Identificación, cuantificación y eliminación de contaminantes emergentes en las cuencas hidrográficas
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Materials for Solar Thermal Concentration Technologies
Thermochemical Technologies and Processes for H2 and Raw Materials Production
Impulso a tecnología de producción H2 por vía termosolar mediante desarrollo y validación de nuevos materiales para receptores cerámicos de durabilidad extendida
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Materials for Solar Thermal Concentration Technologies
Point-Focus Solar Thermal Concentration Technologies
Innovaciones tecnológicas para la mejora de la viabilidad de las plantas termosolares de concentración
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Solar Thermal Energy Applications
Integración de la destilación por membranas en la producción de hidrógeno verde para mejorar su sostenibilidad
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Linear Solar Thermal Concentration Technologies
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Materials for Solar Thermal Concentration Technologies
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Point-Focus Solar Thermal Concentration Technologies
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Solar Thermal Energy Applications
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Thermal Energy Storage
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Thermochemical Technologies and Processes for H2 and Raw Materials Production
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Water Treatment through Solar Photochemistry
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Effect of Solar Radiation on Materials Laboratory
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Laboratories of Solar Central Reciver System
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Linear-focussing Concentration Experimental Facility
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Radiometric Laboratory
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Solar Air Treatment Laboratory
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Solar Concentrator Component Development Laboratory
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Solar Hydrogen Research Laboratory
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Solar Water Desalination Laboratory
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Thermal Storage Laboratory
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Water Treatment Laboratory
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PSA-CONC-001
Calibration of high solar irradiance radiometers
CIEMAT certification
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PSA-CONC-002
Calibration of IR sensors for temperature measurements
CIEMAT certification
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PSA-CONC-003
Measurement of direct transmittance in the solar range.
For a number of samples less or equal to 5
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PSA-CONC-004
Measurement of direct transmittance in the solar range.
For a number of samples greater than 5
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PSA-CONC-005
Optical characterization of selective absorbents
For a number of samples less or equal to 5
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PSA-CONC-006
Optical characterization of selective absorbents
For a number of samples greater than 5