Automated monitoring of avalanche and mudflow hazards
Automated monitoring of avalanche, mudflow and landslide hazards with an early warning system for mountainous areas
Comprehensive equipment and software for round-the-clock monitoring and prompt notification of natural hazards.
Design solutions
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01
System architecture
Three-level automated monitoring system (AMS):
sensors record parameters and transmit data to information collection cabinets for primary processing and storage
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Monitored parameters
The system monitors key indicators of the hydraulic structure condition:
— water levels in piezometric wells;
— vertical dam displacements;
— structural settlements.
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03
Equipment
The complex is built on modern measuring and control equipment:
— High-precision sensors — 55 observation sections provide detailed parameter control.
— AMS cabinets with controllers and backup batteries ensure uninterrupted operation.
— Licensed software performs visualization, analysis and alerts.
Comprehensive approach to system reliability — safety, stability and control at all levels
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Sensor placement
At critical points of dams determined by hydraulic engineering calculations
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Data transmission
Shielded cables from sensors to AMS cabinets. Fiber-optic communication lines between cabinets. Wireless communication and cable to AWP
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Power supply
Reliability category 3 + Li-Ion batteries in cabinets (reserve for several days)
Implementation effects
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01
Safety
We create optimal concepts and engineering approaches for project tasks, taking into account industry specifics.
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02
Economy
We form a complete set of project documents in accordance with standards.
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03
Data for decisions
We select and supply certified equipment from verified manufacturers.
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04
Created foundation
Information foundation for monitoring throughout the entire service life
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Reliability of solutions,
confirmed by practice
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Works in any conditions
The system meets SNiP RK 3.02-05-2010 requirements and ensures mandatory monitoring for hydraulic structures of classes 1–3, guaranteeing accuracy and safety of control
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Full regulatory compliance
The equipment maintains stability at temperatures from −40°C to +70°C and operates even on autonomous power, ensuring continuous monitoring in extreme environments
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Forecasting and accident prevention
Up to 55 measurement points cover all key sections of the structure, eliminating blind spots and improving the reliability of collected data
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Maximum control zone coverage
The system analyzes the dynamics of indicator changes and identifies trends, allowing early prediction of possible deviations and prevention of emergency situations
Leave a request — we will find
a solution for your facility
We will contact you, discuss the details and find a format
that is mutually beneficial.