We have developed a volumetric microscope for water sample analysis. It can work in a laboratory or can perform autonomous measurements at drinking or waste water utility stations or in situ in the natural test areas. It is a combined holographic-fluorescent microscope which enables to capture sharp images of the suspended creatures/objects and at the same time identifying the fluorescent response for multiple excitation on object level. It has an easily trainable AI system for classifying the local flora/fauna. Object sizes: 3um-3mm.
Application areas: Microplastic detection; Monitoring algae, worms, and protozoa in natural samples; Early warning of algae blooms; Automatized monitoring of Algae cultivation; Waste water inspection; Algae treated waste water analysis; Drinking water safety; Monitoring industrial water; Monitoring of the products in food industry; Monitoring object particle sizes - online object size histogram calculation; Ballast water monitoring; Measuring cyanobacteria concentration; Fishery water quality inspection.
Topic 1. Integrated Monitoring and Assessment for Sustainable Water Management
Topic 3. Smart, Secure and Adaptive Water Infrastructures for Sustainable Water Management
We can provide autoamtized water sample microscopy technology for labory measurements, or automatic industrial/environmental monitorings (IOT device), or even in-situ measurements, adapted particularly for the local species. Our TRL7 level economic holographic-fluorescent device can measure algae, protiozoa, microplastic, particle size distribution etc.
micorplastic detection, algae inspection, waste water analysis, algae bloom early warning, waste water inspection, fluorescent inspection, automatic water sample inspection, protozoa, in-situ measurements, iot measurement device