#5burgosi40 > Matchmaking Industry 4.0 2025 > Catalogue
Technology offer
ID. OT 01
Abstract
J. G Automotive is the representative in Spain of Nanoz Group, a French company specialized in the development of advanced gas detection nanosensors using metal oxide (Mox) technology. Both companies have collaborated to validate a system for early detection of gas leaks during battery tests BMS (Battery Management System), developed by Nanoz, by integrating artificial olfactory sensors based on AI.
The developed system goes one step further by combining these sensors with artificial intelligence algorithms capable of interpreting in real time the signals collected. This combination makes it possible not only to identify the presence of dangerous gases, but also to anticipate anomalies or leakage patterns, opening up new possibilities in the field of predictive maintenance.
This artificial smell technology mimics the human ability to perceive and distinguish smells, but it does so with much greater accuracy and speed, even in complex industrial environments.
Currently this development is looking for partners in Spain and the rest of Europe, for technical collaborations and validation in new applications.
Description
Nanoz is a highly innovative company specialized in the development of nano-sensors that offer high selectivity and sensitivity for gas detection, with significantly lower energy consumption. Their technology is patented.
These sensors are based on Mox (metal oxide) technology and integrate the world’s smallest nano-chip in its category, with dimensions of just 1.15 mm x 1.15 mm x 0.45 mm.
JG Automotive promotes this new technological solution in Spain, reaffirming its commitment to cutting-edge technology, safety in critical processes and sustainability.
Advantages
- Guaranteed selectivity: capable of detecting with high precision specific gases, minimizing interference.
- High sensitivity: It is one of the most sensitive sensors on the market for target gas detection.
- Lower energy consumption: It consumes only a tenth of the energy required by other similar sensors, being the most efficient within the Mox technology.
- Ultra-compact dimensions: Its size makes it an ideal solution for integration in consumer electronics and industrial applications.
- Long service life: Offers a reliable life cycle even in variable environmental conditions, such as humidity or high temperature.
- Competitive cost: Thanks to its optimized manufacturing process, it is more economical than other sensors on the market with equivalent characteristics.
Applications
Leak detection in BMS batteries
In an increasingly electrified environment, where lithium-ion batteries are a key component in electric vehicles, storage systems and industrial equipment, ensuring their safety is essential. Gas leaks during testing can pose significant risks, ranging from operational failures to safety issues. Thanks to this new technology, it is possible to detect such leaks quickly, accurately and with unprecedented sensitivity, improving test protocols and reducing operational risks.
Other applications
In addition, this chip can be easily integrated into a wide range of sensors and equipment such as smart watches, mobile phones, wearables, household appliances and even industrial machinery.
The technology can be used for monitoring environmental parameters, among other applications.
Learn more about all the applications of Nanoz technology
Partner searched
- Semiconductor companies or AI chip manufacturers: To integrate your sensor with edge processing platforms (edge computing), or for collaborations developing «sensor + IA» solutions in a single package.
- Integrators of IoT solutions/ Smart devices: Companies that develop portable devices, charging stations, environmental or industrial monitoring infrastructure.
Agreement type
Collaborative arrangements for product development.
Profile published by
Representative in Spain:: JC Automotive, Alcobendas, Madrid
Based in: Rousset, Francia
Meeting availability
During the entire event
Contact person for this offer
Antonio Moran, Innovation Manager 4.0 JG Automotive
Reference EDIH:
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