R&D Projects
Scientific and technological innovation to protect water and public health
At Sensactive technology, research, development, and innovation (R&D&i) are strategic pillars for creating advanced solutions that improve water quality, protect public health, and promote efficient management of water resources.
Our R&D team is composed of professionals experienced in biotechnology, molecular biology, immunology, microbiology, engineering, bionanotechnology, IoT, and artificial intelligence, developing solutions that address current and future challenges.
Project BiosensorIA
Integrate Water biosense® with generative and predictive AI tools to improve microbiological and chemical monitoring in reclaimed waters.
Expected results:
Proactive identification of contamination patterns
Early response to microbiological anomalies
Optimization of control in reused waters
- Collaboration and funding: Project PLAndSequia PLSQ-0135.
Developed together with the University of Seville and CENIT.
Funded by the Regional Government of Andalusia (ERDF 2021–2027).
This project is funded by the Regional Government of Andalusia, Ministry of University, Research and Innovation within the PLAnd Drought Andalusia call, co-financed by the ERDF Andalusia 2021–2027 Programme.
Project Water biosense Buoy
Design an autonomous buoy equipped with Water biosense® technology for continuous microbiological monitoring in bathing waters.
Expected results
Real-time detection of pathogens in recreational areas.
Regulatory compliance in coastal and urban zones.
Active protection of public health at beaches and natural pools.
- Collaboration and funding: Project P/01152
Sensactive + Tecysa + Innovia Coptalia
Subsidized by Corporación Tecnológica de Andalucía (CTA) and Innovia
Project Waste4BIO
Investigate biomarkers and pathogens in urban wastewater using Water biosense® biosensors.
Expected results
Study of the microbiological dynamics of the urban water cycle
Generation of knowledge for epidemiological surveillance
Support for public health policies and efficient treatment
- Collaboration and funding: San Cecilio University Hospital + ibs.GRANADA
Includes an industrial PhD funded by the Spanish State Research Agency (Ministry of Science).
Project Sens4Treat
Develop a biosensor system coupled to modules that activate rational treatments against contaminants, such as chlorine
Expected results:
Reduction in indiscriminate use of chemical treatments
Activation only when critical thresholds are detected
Improved operational efficiency in water treatment
- Collaboration and funding: Public–Private Collaboration (CPP) project CPP2024-011499.
Spanish State Research Agency (AEI), with participation from the Andalusian Health Service (SAS) and the Spanish National Research Council (CSIC).
Project Blood biosense
Develop a portable, rapid system for diagnosing sepsis in blood through specific biosensors.
Expected results:
Early, real-time diagnosis
Reduced medical response times
Direct application in public healthcare system hospitals
- Collaboration and funding: Hospitals of the Andalusian Health Service.
Co-funded by FIBAO through a public–private collaboration program.
Development of New Biosensors
Clostridium in Drinking Water:
Detection of Clostridium perfringens, a key indicator of resistant microbiological contamination. Enables risk management and compliance with regulations in drinking water.
Salmonella in the Agri-food Industry:
Detection of Salmonella in wash water for food products. Prevents outbreaks and improves quality standards throughout the food chain.
New Microbiological Biomarkers:
We research emerging pathogens and markers of antimicrobial resistance, anticipating future sanitary, environmental, and regulatory requirements.
