Solution Overview
Real-time monitoring and early warning systems for debris flows in potential geological hazard sites are critical to reducing risks to human lives and property. Long-term monitoring also supports scientific research by analyzing the formation, evolution, and patterns of debris flows, providing essential data for disaster prevention and mitigation.

Deployment Requirements
In high-risk geological areas, the following front-end sensing devices must be installed:

• Mud level gauge

• Displacement sensor

• Tilt sensor

• Rain gauge

• Soil moisture sensor

• High-definition cameras
  These devices collect real-time data on environmental and geological changes.
  
  

ShenZhen Huaju Scientific Instruments Radar Mud Level Meter
Utilizing Frequency-Modulated Continuous Wave (FMCW) radar technology, this device measures mud and water levels with high precision. Key advantages include:

• Energy-efficient, non-contact measurement unaffected by temperature, surface vapor, airborne dust, water contaminants, or sediment.

• Optimized algorithms ensure stable and accurate results.

Integrated Data Acquisition System
The system supports external or built-in low-power data acquisition terminals from Huaju Keyi, which connect to sensors (displacement, tilt, rain gauge, cameras, etc.). Features include:

• Wireless data transmission to cloud platforms.

• Remote debugging and firmware upgrades.

• Compact design, easy installation, and minimal maintenance.

Key Functionalities

1. Real-Time Monitoring
   Continuous collection and visualization of displacement, tilt, rainfall, and other parameters.

2. Early Warning System
   Automatic alerts triggered by abnormal data to mitigate geohazard risks.

3. Data Storage & Analysis
   Historical data archiving and analytics for informed decision-making in disaster prevention.

4. Remote Surveillance
   Live video monitoring to observe dynamic changes at hazard-prone sites.