2022-08-17
In complex industrial landscapes, methane leaks are more than just lost revenue—they are significant safety and environmental risks
The HA3LX utilizes a sophisticated array of 144 low-noise MEMS microphones powered by upgraded AI algorithms
Wide Frequency Range: It captures signals across a broad bandwidth from 2kHz to 150kHz, ensuring even the smallest ultrasonic leaks are detected
Real-time Visualization: The system converts complex acoustic data into a live "heat map," allowing operators to pinpoint potential leak sources instantly on a 5-inch touch screen
Once a potential leak is located via sound, the integrated Methane Laser Sensor takes over to provide scientific verification
The TDLAS Advantage: Utilizing Tunable Diode Laser Absorption Spectroscopy (TDLAS), the HA3LX performs non-contact, real-time measurement of methane concentrations
Accurate Measurement: The laser module offers a measuring range of 0 to 50,000 ppm*m, providing the quantifiable data needed for environmental compliance and repair prioritization
Safe Stand-off Distance: With a detection distance of up to 30m, inspectors can quantify leaks from a safe distance, away from hazardous zones
This "find-and-verify" workflow significantly boosts industrial efficiency
Safety First: The device is ATEX certified (Ex ib IIC T4 Gb), making it suitable for hazardous environments like oil and gas facilities
Unmatched Portability: Weighing less than 1.2kg, it is designed for comfortable, one-handed use during long inspection shifts
Instant Reporting: With one-click analysis and real-time report generation, data can be exported immediately via Wi-Fi, Bluetooth, or USB