Digitalising the Bioeconomy
Research Areas
Develop data governance and decision support systems to enable multi-actor decision making in multi-domain bioeconomy context (Blockchain)
Many bioprocesses struggle due to the lack of affordable, accurate, and fast monitoring tools. To address this, we are developing a biosensor platform with cost-effective sensors for real-time monitoring of multiple substances, along with machine learning models to improve the understanding and control of bioprocesses.
Primary Investigator
Dr. Fatameh Golpayegani and Dr. Joe Sweeney
Staff
Dorsa Samiee (PhD)
Funding Source
Research Ireland
Apply sensor-based monitoring and control systems to assess key performance indicator analytes within full scale Anaerobic Digestors
To run bioprocesses efficiently, we need real-time monitoring of substance levels. Currently, many bioprocesses lack affordable, accurate tools, leading to inefficiency. A new biosensor system is being developed with affordable sensors to detect specific substances, allowing real-time monitoring of multiple substances at once.
Primary Investigator
Dr. Joe Sweeney and Dr. Cormac Murphy
Staff
Ibrahim Waziri Zubairu (PhD)
Funding Source
Research Ireland
BLUEPRINT
Building Living Urban Ecosystems through Participatory Renovation and Innovation Tools
Staff
Francesco Pilla
Funding Source
Horizon Europe
Plastox
Plastox: Machine Learning Combined with Spectral Imaging for Inferring the Toxicity of Micro- and Nanoplastics
Staff
Junli (Lily) Xu
Funding Source
European Research Council
Biochains Atlantic
Optimizing the Algal Biomass Value Chains for Sustainable Economic Growth in the Atlantic Area
Staff
Helena McMahon and Danial Riordan
Funding Source
Interreg
Digitalising the Bioeconomy, Pillar 4
Develop data governance and decision support systems to enable multi-actor decision making in multi-domain bioeconomy context (Blockchain)
Many bioprocesses struggle due to the lack of…