Chemical Leaks | Environmental XPRT
Articles & Whitepapers
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UT Dallas Disaster Team uses Eureka Probes in Dangerous Environments - Case Study
Overview The University of Texas/Dallas is developing a method to assess environmental sites that might be dangerous or challenging for humans to enter, such as after a hurricane, oil spill, chemical leak, or other disasters. They have designed an autonomous, integrated robotic system using an unmanned boat, unmanned aircraft, and ground robots. These devices can access and navigate areas that ...
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UT: Robots used to Analyze Aquatic Environments - Case Study
Overview The University of Texas/Dallas is developing a method to assess environmental sites that might be dangerous or challenging for humans to enter, such as after a hurricane, oil spill, ...
News
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Idrica nominated for Water Industry Awards 2023
Idrica, Xylem, Stantec and Yorkshire Water have been shortlisted for the WWT Water Industry Awards 2023 in the “Smart Water Networks Award” category for the “Smart Water Network in Sheffield” project. The implementation of ...
Equipment & Solutions
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Showcase
Particle Sensor Safety Cabinet
Houses the chemical particle sensor, detects chemical leaks with an external alarm, and provides secondary containment when a leak occurs. In the event of a chemical leak within the chemical particle counter or sample connections, the system will automatically detect the leak, shut off inlet and outlet sample valves, turn off power to the particle sensor, and provide an external alarm contact.