Energy & Chemical
Micro-leaks in chemical pipelines and storage tanks are undetectable visually, and high-altitude leak detection leaves critical blind spots. Integrating acoustic imaging, optical fiber acoustic sensing, and acoustic-vibration-temperature sensing, our solution precisely locates leaks and provides early warnings for hidden equipment hazards.
Distributed Acoustic Sensing (DAS) System
Distributed Acoustic Sensing Host
AI Acoustic Signature Monitoring Solution
2-mic Industrial Microphone
AI Acoustic Signature Monitoring Solution
8-mic Industrial Microphone
AI Acoustic-Vibration-Temperature Sensing Solution
Wireless Acoustic-Vibration-Temperature Sensor
AI Acoustic-Vibration-Temperature Sensing Solution
Wireless Acoustic-Vibration-Temperature Sensor
AI Acoustic-Vibration-Temperature Sensing Solution
Wired Acoustic-Vibration-Temperature Sensor
AI Acoustic Imager
Handheld Acoustic Imager
Customer Case
iFLYTEK AI Acoustic Imager Ensures Zero-Defect Gas Leak Detection for Sichuan Chemical Enterprise
Application Scenario
Process units for BDO (1,4-butanediol) and acetylene at a major chemical plant in Sichuan feature densely packed equipment with numerous hidden and hard-to-reach inspection points. Manual inspections frequently struggled to detect early gas leaks, posing severe safety risks and material loss. By deploying the iFLYTEK Handheld AI Acoustic Imager, the plant utilized ultrasonic sensing and real-time acoustic localization to pinpoint gas leaks across instrument tubing, flanges, and valves—even in high-noise, high-vibration blind spots. Field validation demonstrated a 100% detection accuracy rate, significantly mitigating safety risks and ensuring uninterrupted, stable plant operations.
iFLYTEK Multi-Sensing Enables Predictive Maintenance for Water Blending Pumps at Major Oilfield
Application Scenario
Critical production assets—such as water blending pumps—at a major oilfield long relied on manual inspections and scheduled maintenance, leaving operations vulnerable to delayed fault detection and unplanned downtime. Partnering with iFLYTEK, the facility deployed an Acoustic-Vibration-Temperature Monitoring Platform to transform asset management. By acquiring multi-dimensional sensory data, the system constructed a proprietary acoustic fingerprint library and established tailored warning thresholds for 5 typical fault modes. This shifted the oilfield’s strategy from reactive repair to data-driven predictive maintenance (PdM), pre-empting failure risks, protecting rotating machinery, and ensuring stable, continuous extraction operations.
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