Hazardous Environment Monitoring
Hazardous Environment Monitoring to Protect People and Infrastructure in the Most Dangerous Environments
Benefits of Odour Monitoring in Hazardous Environments
Early Threat Detection
Prevent accidents by identifying toxic gases or contaminants before they reach dangerous concentrations
Source Tracking
Pinpoint the exact location of emissions or hazardous leaks in complex environments
Real Time Risk Assessment
Continuously assess air quality to support on-site safety protocols and hazard response
Remote Monitoring
Deploy hazardous environment monitors to analyze inaccessible or high-risk locations without endangering personnel
Regulatory Compliance
Support environmental compliance with high-accuracy data for military and industrial regulatory bodies
Operational Insight
Analyze patterns in emissions during specific activities, enabling better preventative maintenance
Scentroid's Solutions
Scentroid delivers advanced environmental monitoring tools engineered for the most extreme and hazardous environments. From ground-based continuous air quality monitoring to drone-based studies, our solutions are trusted for precision, safety, and adaptability.
Heavy Duty CTair
The Heavy Duty CTair is Scentroid's most resilient ambient air monitoring system, purpose-built for hazardous environment monitoring. Housed in an IP65-rated weatherproof enclosure, it provides continuous, real-time monitoring of harmful gases, even in explosive or corrosive environments.
With wireless data transmission, a long lasting battery, and remote diagnostics, the Heavy Duty CTair operates autonomously in the world's most challenging conditions - from landfills and refineries to military installations and disaster zones.
DR2000 - Advanced Flying Laboratory
The DR2000 is Scentroid's drone-mounted air quality monitoring system, engineered for high-risk and inaccessible environments. Equipped with a customizable sensor payload, the DR2000 is an ideal solution for remote detection of radiation, chemical agents, methane, VOCs, and other hazardous gases.
Whether deployed in a post-disaster scenario, industrial emergency, or military operation, the DR2000 allows for safe, rapid, and precise assessment of air contaminants - all from a secure distance.
Radiation Sensors
Scentroid's highly sensitive Radiation Sensors are designed for deployment in Hazardous Environments. Capable of detecting both gamma (γ) and beta (β) radiation, our sensors offer reliable performance for military, industrial, and emergency response applications.
Engineered for seamless integration with Scentroid's wide range of chemical analyzers, including the CTair and DR2000, the sensors allow for real-time data analysis of radiation levels, supporting rapid decision making in nuclear facilities, disaster zones and contaminated environments.
Hazardous Gases We Monitor
Phosphine(PH₃) Monitoring
Phosphine is a colorless, highly toxic, and flammable gas with a distinct odor similar to garlic or rotting fish. Phosphine is commonly used as a fumigant in agricultural operations and can also be released as a byproduct in various industrial processes.
Even at low concentrations, phosphine poses serious health risks, including respiratory distress and nausea. Because it tends to accumulate in enclosed or low-ventilation areas, real-time monitoring is essential to prevent accidental exposure and ensure safe working conditions. Scentroid's monitoring systems can detect phosphine reliably in the field, providing early warning in both civilian and military environments.
Phosgene(COCl₂) Monitoring
Phosgene is a highly toxic gas that is a major industrial hazard, especially in facilities that manufacture plastics, pesticides, dyes, or pharmaceuticals. Phosgene is a colorless gas that is difficult to detect by eye and gives off a faint, subtle odor.
What makes phosgene especially dangerous is its delayed effect as symptoms such as coughing, chest tightness, and shortness of breath may not appear for several hours, at which point life-threatening pulmonary edema can occur. Monitoring for Phosgene is therefore critical not only during manufacturing but also during post-incident response. Scentroid's air quality monitors offer reliable detection capabilities to identify and respond to this silent threat before it causes harm.
Ask our Scentroid Representative to learn more about hazardous gas monitoring!
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