Monitoring of critical zones
Through continuous monitoring of critically important dam parameters such as deformation, displacement and pore pressure level, the automated monitoring system provides early detection of the slightest deviations from design standards
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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02
Monitored parameters
The system monitors key indicators of the hydraulic structure condition:
— water levels in piezometric wells;
— vertical dam displacements;
— structural settlements. -
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)
Applied equipment
Implementation effects
We strive to create solutions that simplify processes and make them more human-centered. Our goal is not just to provide tools, but to enable progress
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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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0
Reliability of solutions,
confirmed by practice
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Oil and gas
Implementation of monitoring projects for oil and gas facilities ensuring safety and stability. Real-time monitoring of equipment and infrastructure.
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Mining
Implementation of monitoring systems for mining enterprises ensuring timely risk identification and production safety.
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Civil
Design and maintenance of building monitoring systems to prevent accidents and deformations. Ensuring durability and safety of urban infrastructure.
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Hydraulic engineering
Comprehensive monitoring of hydraulic structures to control settlement, displacements and hydrological parameters. Ensuring reliable operation.
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.