Hyperspectral Systems
Hyperspectral cameras are increasingly applied in environmental sciences to assess ecosystem health, detect pollutants, and monitor natural resources. By capturing fine spectral signatures, these systems provide accurate, non-destructive insights into air, water, and soil quality.
Key Applications
Algal bloom detection
Airborne hyperspectral imaging has been used by NOAA and the University of Michigan to track harmful algal blooms in Lake Erie, supporting early warning and mitigation efforts.
Plastic & microplastic detection
Both aquatic drones and lab-based systems equipped with hyperspectral imagers can detect plastic debris and microplastics down to 100 microns, aiding marine pollution studies.
River contamination mapping
In-situ monitoring of rivers (e.g., Mississippi River Watershed) enables detection of nutrients (nitrates, phosphates) and sediments, offering real-time water quality assessment.
Environmental robotics
Robotic teams integrated with hyperspectral cameras can autonomously map and classify unfamiliar environments, extending monitoring capabilities in remote or hazardous areas.
Impact : Hyperspectral imaging provides a powerful toolset for sustainable environmental management, enabling early detection of contamination, precise mapping of ecosystems, and better-informed conservation strategies.
Established in 1993, Holmarc Opto-Mechatronics Ltd manufactures variety of scientific and engineering instruments for research, industry and education.
ISO 9001:2015 Made in INDIA
CIN : L33125KL1993PLC006984
GST No : 32AAACH9492C1ZQ
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