Research

Formaldehyde measurement technology for safe environments (LIFE SENSSEI)

Development of novel fluorescent sensors for in situ monitoring of quality parameters in the cooling circuit water of thermal power plants (FLUOROSEN)

Novel molecular recognition and chemical amplification elements for opto(bio)sensors applicable to food safety and personal protection CTQ2015-69278-C2-R (NEOSENS)

New fiber-optic luminescent sensors for in situ monitoring of the biogas chemical quality” (SMART GREEN GAS)

Development of a specific sensor for on line monitoring of molecular hydrogen in heat-transfer fluids of CP termal solar plants (SeHiCET)

Sample In – Answer Out Optochemical Sensing Systems (SAMOSS)

Functional Materials and Optosensing Amplification Schemes for Enhancing Food, Personal and Environmental Security (MOASES)

Advanced biosensor for in-situ real-time monotoring of emerging contaminants (AQUATIK)

Nanophotonic device for multiple therapeutic drug monitoring (NANODEM)

Smart (Optosensing) Materials for Environmental and Food Analysis Applications (MAXMART)

Desarrollo de polímeros de impronta molecular para su aplicación en el campo alimentario (MIPFOOD)

Proyecto de investigación de sistemas avanzados para un avión más eco-eficiente (PROSAVE2)

Fluorescence Based pH, DO and Temperature Sensors

Luminescently Doped Nanoparticles. Strategies for Improving Sensitivity in Luminescence Assays and Implementation in Microarray Formats (NANOLUM)

Novel Fiber-Optic CO2 Sensors for Industrial Process Analysis (SOST-CO2)

Fábrica absolutamente segura y saludable (FASyS)

Viabilidad del desarrollo de sensores y biosensores químicos ópticos para aplicaciones en monitorización de activos de generación y distribución eléctricas