Discover the Future of Mineral Identification with TeraGlo
TeraGlo uses a completely new sensing technology coupled with artificial intelligence to identify high risk materials like asbestos or high value materials like lithium ore. Unlike existing technologies we can determine the unique spectral fingerprint of a material and quickly develop a sensor for that application.
Portable Material Identification
TeraGlo is developing sensors that can provide portable, real-time identification of materials for mining, health and safety, and defence markets. Our cutting-edge technology in not only the first ever of it's kind, but it also allows for seamless integration and quick deployment, empowering industries with actionable insights.
Health and Safety Applications for Asbestos
Our sensors are designed to enhance health and safety protocols by enabling rapid identification of hazardous materials and potential risks. This proactive approach ensures a safer work environment and timely response to emergency situations.
Lithium Ore Detector
Exploration geologists and miners have to send samples to analytical labs to determine what they have found. This is slow and expensive.
A handheld sensor for lithium ore (spodumene) enables explorers to find the most valuable deposits quickly.
Fluorine in Coal
The presence of fluorine in coal cuts its market price by 90%. Scanning coal as it is loaded onto bulk tankers ensures full value is realised.
Space Mapping
The groundbreaking use of novel fluorescence technology in mapping moon resources represents a significant advancement in space exploration. By integrating this advanced technique into rover capabilities, the identification and quantification of valuable minerals and resources on the lunar surface will be achieved with unparalleled accuracy and efficiency. This technology employs specific wavelengths of light to detect and emphasize mineral deposits and resources that may otherwise be imperceptible to the naked eye, ultimately enhancing our knowledge of the moon's geology and potential for resource extraction. Moreover, the ability to map and pinpoint precise locations of valuable resources will play a crucial role in the planning of future lunar missions and the establishment of sustainable human presence on the moon. Through the utilization of novel fluorescence, we are taking a critical step forward in unlocking the moon's scientific exploration potential and facilitating resource utilization.
Seamless Integration with Existing Systems
TeraGlo's solutions seamlessly integrate with existing ecosystems, empowering organisations to leverage our technology without disrupting their current operations. Our adaptable approach fosters a cohesive environment for efficient material identification and data utilisation.