Natural resources
Optics at the service of the natural resources industry
The natural resources industry faces major challenges such as mineral exploration, water resource management and environmental monitoring.
Optics-based technologies play a key role in these applications by providing advanced detection, imaging and analysis solutions. From optical sensors for detecting minerals to remote sensing systems for monitoring environmental change, optics enable more accurate natural resource exploration and sustainable management, helping to preserve our planet and ensure responsible resource use.
Your challenges
Mineral detection
Autonomous vehicle guidance
Water management
Tree maturity level assessment
Environmental monitoring
Monitoring gas emissions and fugitive dust emissions from your operations
Remote detection and monitoring
Technological advances make it possible to monitor localized and fugitive events, map remote and inhospitable regions and track the movements of people or objects in real time. Learn moreMain Applications
Mineral deposit detection
Mineral deposit detection presents challenges such as deep exploration, accurate mapping and mineral differentiation. Optics plays a key role in providing advanced technologies, such as hyperspectral imaging systems and optical sensors, by accurately identifying minerals, mapping deposits and optimizing mining exploration for more efficient mineral resource exploitation.
Forest fire detection
Forest fire detection presents challenges such as early detection, accurate localization and real-time monitoring. Optics plays a key role in providing advanced technologies, such as thermal imaging cameras and optical detection systems, by effectively monitoring forest fires, enabling rapid intervention and prevention of environmental damage and risks to people.
To learn more, read the blog article: Wildfire monitoring: Tackling a financial and environmental issue.
Fugitive dust monitoring
Increasingly stringent regulations, air quality control and public pressure are adding to the complexity of extraction, production and handling operations. Optics plays a key role in providing detection technologies.
To learn more, read the Rio Tinto case study Respect for the Environment Through Optics and Photonics.
Our customer testimonials
See what INO customers have to say about our services and solutions.
INO was instrumental in launching Flyscan, which today offers the most effective solution to ensure the safety of the North American pipeline system.
Detect Oil Leaks Upon the First Drop
Flyscan and INO are pushing the boundaries of oil leak detection systems thanks to an airborne pipeline monitoring system. (2020)
Respect for the Environment Through Optics and Photonics
Client: Rio Tinto
Standoff Liquid Petroleum Leak Detection
Client: Electricore Inc., TransCanada, INRS,
PHMSA (Pipeline and Hazardous Materials Safety Administration)
Air Quality: The Technologies That Change Everything
Air pollution is often invisible to the naked eye and odourless. When you see smog, it is already too late to act. Therefore, it is crucial to detect particle emissions at their source to take action before they spread into the ambient air.
Fugitive Dust Emissions: Challenges and Solutions for Port Environments
Discover the challenges and solutions for ports environments to manage fugitive dust emission.
Fugitive Dust Emission Detection and Measurement Solutions in Action in a Port Area
Discover how lidar technologies can detect and measure in real-time fugitive dust emissions in port areas.
Our solutions
Custom-made solutions
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