Sustainable Smart Gas Sensor
AI-programmable multi-gas sensor based on biodegradable nanomaterials.
Status:
Pre-business
SDGs:
Good health and well-being, Life on land
Industry:
ICT, Microtech, nanotech and materials
Impact:
Sustainable materials, Quality of life
Origin:
Research to Business
School:
School of Science
Established:
2025
A low cost printed, AI-programmable, multi-gas sensor based on biodegradable nanomaterials.
Printable ink-based materials react to various gases, producing resistance changes. Various inks react in different ways to different gases. By having two or more different ink-based sensing elements it is possible to identify specific gases by looking at the resistances of various ink-based sensing elements. The combination acts like a fingerprint, which is unique for each gas. This multi-channel reaction is used as training data for AI, which then interprets the measurement result as presence and concentration of existing gas(es) in a continuous measurement.
Contact
Read more about innovation services
News from innovation ecosystem
Walter Ahlström Foundation donates €3 million to Aalto University
The donation will enable Aalto to establish a professorship in sustainable industrial production.
Join refreshing Take a Break! moments in campus until 26.5.
UniSport's Take a Break! until 26.5.!
ELLIS Institute Finland is launching machine learning fundamentals out of the lab
Research moonshots, foundation models for healthcare, and AI for RDI