Scientific-Technical Areas
Scientific-technical area
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Analysis of Sustainable Energy Systems
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Bioenergy, Bioproducts, and Waste
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Wind and Photovoltaic Power Generation and Energy Efficiency
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Hydrogen Technologies
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Solar Thermal and Photochemical Technologies
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Science and Technology for Nuclear Fission
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Science and Technology for Fusion Energy
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Air Quality and Climate Change
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Applied Environmental Hydrogeosciences
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Measurement and Evaluation of Ionizing Radiations
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Soils and Climate Change
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Social Studies
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Biomedical Innovation
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Particle Physics and Astrophysics
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Accelerators, Magnets, and Power Electrical Systems
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Medical Applications of Ionizing Radiations
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Scientific Computing
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Materials and Chemistry for Energy Production
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Innovative Hematopoietic Therapies
Terapias avanzadas de la enfermedad del injerto contra el huésped crónica con células mesenquimales modificadas genéticamente para sobreexpresar CXCR4 e IL10.
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Barrier Materials
Termo-hidro-mecánica y geoquímica de materiales de confinamiento en almacenamientos de residuos radiactivos
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Wind Power Generation and Grid Integration
Transmission and distribution Hybrid nEtworks with enhanced resilience and robUstnesS
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Water Treatment through Solar Photochemistry
Tratamientos terciarios avanzados de reducción/oxidación (solar) para la eliminación simultánea de patógenos, genes resistentes a antibióticos y compuestos móviles y persisten
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Environmental Radiological Impact Assessment
URACAM Laboratorio Móvil.
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Sustainable Biomass Production and Supply
Utilization of Marginal lands for growing sustainable industrial crops and developing innovative bio-based products
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Biochemical Processing
Valorización de biomasa residual del cultivo de girasol para la obtención de biocombustibles y bioproductos en un contexto de biorrefinería
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Social research on sustainability, environmental and technological risks
Vulnerabilidad social y subjetiva frente a olas de calor en entornos urbanos
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Biochemical Processing
Yeast-based solutions for sustainable Aviation Fuels
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Biochemical Processing
Zero-waste Lignocellulose-Derived biorefinery products for smArt plant protection
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Advanced Materials for Energy and Environmental Applications
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Agroecosystems, Circular Economy, and Sustainability
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Analysis and Assessment of Environmental Risks
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Applications in PET/CT Molecular Imaging
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Atmospheric Modeling
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Barrier Materials
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Biochemical Processing
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Biomedical Innovation in Cancer
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Cellular Technologies
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Characterization and Control of Atmospheric Pollution
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Characterization and Treatment of High-Level Waste and Nuclear Fuel
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Characterization, Treatment and Conditioning of Medium, Low, and Very Low-Level Waste
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Data-Intensive Computing
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Development of models, scenarios and analysis of sustainability of energy technologies and systems
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Effects on Agrosystems and Ecosystems of Atmospheric Pollution and Climate Change
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Electrochemical production and conversion of hydrogen (electrolyzers and fuel cells)
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Energy Efficiency in Building Construction
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Environmental law studies
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Environmental Radioactivity
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Environmental Radiological Impact Assessment
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Actinide and Fission Product Physicochemical Laboratory
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Air Emissions Measurement Laboratory
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Air Pollution Ecotoxicity Laboratory
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Applied biomedicine Laboratory
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Atmospheric Observation Station CIEMAT-Madrid
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Barrier Materials Laboratory
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Biofuels Laboratory
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Biomass Laboratory
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Computer for Particle Physics
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Deposited Silicon Device Laboratory
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Dosimetric Standards Laboratory (LMRI-1)
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Dosimetry Laboratories
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Effect of Solar Radiation on Materials Laboratory
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Environmental Radioactivity in Enviromental Samples Laboratory
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Environmental Transuranic Sample Measurement Laboratory
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Experimental Laboratories for the Evaluation of the Energy Efficiency in Buildings and Components
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Flywheel Laboratory
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Fuel Cell Research Laboratory
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Fusion Materials Laboratory
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High-activity Radioactive Waste Research Laboratory
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BIOCAR-001
Liquid sample analysis
Analysis of liquid samples from biomass processing
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BIOCAR-002
Basic analysis of biomass composition
Analysis of the major lignocellulosic biomass components
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BIOCAR-003
Complete analysis of biomass composition
Analysis of all lignocellulosic biomass components
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BIOCAR-004
Determination of starch content in lignocellulosic biomass
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BIOCAR-005
Pretreatment test
Steam explosion pretreatment test
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BIOCAR-006
Determination of the Biomethane or Biogas Potential (BMP)
Rate per sample
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BIOM-001
Determination of humidity in biomass, waste and their ashes
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BIOM-002A
Determination of top and lower calorific power of biomass, waste and their ashes.
For a number of samples less than 10
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BIOM-002B
Determination of top and lower calorific power of biomass, waste and their ashes.
For a number of samples equal to 10 or more
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BIOM-003A
Determination of carbon, hydrogen and nitrogen of biomass, waste and their ashes.
For a number of samples less than 10
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BIOM-003B
Determination of carbon, hydrogen and nitrogen of biomass, waste and their ashes.
For a number of samples equal to 10 or more
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BIOM-004A
Determination of volatile matter content of biomass, waste and their ashes.
For a number of samples less than 10
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BIOM-004B
Determination of volatile matter content of biomass, waste and their ashes.
For a number of samples equal to 10 or more
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BIOM-005A
Determination of chlorine and sulphur in biomass and waste.
For a number of samples less than 10
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BIOM-005B
Determination of chlorine and sulphur in biomass and waste.
For a number of samples equal to 10 or more
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BIOM-006A
Determination of chlorine in biomass, waste and their ashes.
For a number of samples less than 10
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BIOM-006B
Determination of chlorine in biomass, waste and their ashes.
For a number of samples equal to 10 or more
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BIOM-007A
Determination of inorganic elements (Al, Ca, Fe, K, Mg, Na, P, S, Si, Ba, Mn, Sr, Ti, Zn) in ashes.
For a number of samples less than 10
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BIOM-007B
Determination of inorganic elements (Al, Ca, Fe, K, Mg, Na, P, S, Si, Ba, Mn, Sr, Ti, Zn) in ashes.
For a number of samples equal to 10 or more
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BIOM-008A
Determination of inorganic elements (Al, Ca, Fe, K, Mg, Na, P, S, Si, Ba, Mn, Sr, Ti, Zn) in biomass and waste.
For a number of samples less than 10