Equipment
μFAB-3D - Microfabrication system using two-photon lithography technique.
Second life electric vehicle batteries for energy storage and experimentation REF# 317
Personal Ozone Controller / Portable Nitric Oxide Analyzer and NO₂ Converter #REF 183 / 184
FDM method: industrial printer for the production of parts and micro-production #REF 194
Measurement of static and dynamic contact angle using the standing or captive drop method, as well as the shape of the hanging drop. REF# 324
Instantaneous and continuous measurement of dust concentration and granulometry #REF 185
Infrared analysis in direct mode or by ATR in the range 400 to 4000 cm-1 #REF 190
SEM-EDX, 10x 15 cm enclosure; ParticleX software for rapid analysis, verification and classification of materials.
Autonomous electric vehicle for passenger transport in urban areas.
Analysis of plastic, ceramic and metallic compounds (loss of mass and variations in heat flux during physico-chemical phenomena) in the temperature range from 25 to 1600°C. #REF 223
FDM method, interchangeable multi-material head with an extrusion temperature of 420°C.
Meteorological station equipped with the following sensors: temperature, humidity, wind strength and direction, atmospheric pressure, precipitation rate, a pyranometer and a CO2 sensor.
Financing
The development of the Smart City Innovation Centre represented €5.7 million of investment between 2015 and 2020, financed by :
European Union - ERDF: €1.5m
- French government: €0.4m
- South Provence-Alpes-Côte d'Azur region: €0.6m
- Alpes-Maritimes department: €0.5m
- Nice Côte d'Azur metropolitan area: €0.75m
- Corporate partners: €1.3m
This funding has enabled IMREDD to acquire cutting-edge equipment to support research and innovation for sustainable and intelligent cities.
