Development of automated solutions for quarry monitoring
The development of an automated quarry monitoring system is a comprehensive solution aimed at ensuring the safety, sustainability and efficiency of mining operations. The system allows real-time monitoring of key parameters affecting slope stability, soil movement, and hydrogeological conditions of the area, including groundwater levels, filtration flows, and soil water saturation dynamics. This makes it possible to identify potential risks and threats at an early stage, which is especially important to prevent collapses, sinkholes and other emergencies.
Improving operational safety
Predicting emergency situations
Effective career management
Reducing operational risks
Compliance with regulatory requirements and environmental safety
Flexibility and scalability
The timing of the project depends on the size of the quarry, the geological conditions and the individual requirements of the customer. We always coordinate the schedule of work with the customer, taking into account his production plans and key deadlines. We strive to ensure a balance between the quality of design and the speed of execution. On average, the implementation includes the following steps:
Design stages
The timing of the project depends on the size of the quarry, the geological conditions and the individual requirements of the customer. We always coordinate the schedule of work with the customer, taking into account his production plans and key deadlines. We strive to ensure a balance between the quality of design and the speed of execution. On average, the implementation includes the following steps::
Analysis and preparation of the solution
- Conducting consultations with the customer to determine the monitoring objectives and key tasks.
- Collection and analysis of raw data, including:
Geological and hydrogeological characteristics of the object.
Current monitoring methods and tools (if applicable). - Features of the relief and operating conditions of the quarry.
- Development and approval of technical specifications (TK), taking into account the customer’s requirements.
Coordination with the customer of brands of manufacturers of equipment and materials of automation systems used in the project.
Development of a design solution
- Design of monitoring automation schemes.
- Placement of sensors (inclinometers, piezometers, radars).
- Data transmission schemes (wired or wireless).
- Planning the infrastructure for data collection, processing, and storage.
- Preparation of engineering drawings and technical documentation.
- Drawings with the placement of equipment on the site.
- Wiring and switching schemes for equipment.
- Cable logs and material specifications.
- Development of cost estimates to estimate the cost of the project.
Approval and revision
- Provision of project documentation to the customer for approval.
- Making necessary changes based on the customer’s comments.
- Preparation of the project for approval with regulatory authorities (if required).
- The final revision of the documentation in accordance with the requirements of the examination.
Final delivery of the project
- Transfer of the complete set of project documentation to the customer.
- Conducting consultations on further implementation and operation of the system.
Total average duration: from 1 to 2 months
The development of an automated quarry monitoring system is a comprehensive solution aimed at ensuring the safety, sustainability and efficiency of mining operations.
The system allows real-time monitoring of key parameters affecting slope stability, soil movement, and hydrogeological conditions of the area, including groundwater levels, filtration flows, and soil water saturation dynamics. This makes it possible to identify potential risks and threats at an early stage, which is especially important to prevent collapses, sinkholes and other emergencies.
