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The Tailing Dam Analyzer suggests variant analysis for optimal management of tailing dams as well as optimization of actions in case of disastrous scenarios.
About
Tailing Dam (TD) analyzer offered by SIGHTPOWER INC. is based on a unique spatial digital technology under the trademark Digital Mine TM. The technology suggests the compilation of a DIGITAL TWIN – a virtual model of a mine which enables a design of the optimal path to mine development with confidence, minimizing risks of construction and exploitation. The technology is based on a spatial digital platform Mine Advisor TM Our solutions are fully customized to address the unique challenges of your mining operations and your company.
Any legacy or new hardware, communication systems or software solutions can be seamlessly incorporated into the unified information space and digital twin of a mine. Mine AdvisorTM open architecture allows to tailor turn-key solutions for various customers.
MINETM brings success to our clients.
DI
Key Benefits
The TD Analyzer is an extension to the advanced client / server on-prem or cloud-deployed digital transformation platform Mine Advisor TM. The system is equipped with powerful 3D/4D visualization engine enhanced by augmented and mixed reality technology and includes financial / economical assessment instruments. No special hydrological, mathematical, or physical background is required from the user.
The data model is based on a topographic model of terrain where a tailing dam is located, hydrogeological model and a scheme of neighbor outlets, on landscaping data and engineering data about a dam itself. Data model compilation mostly happens during data import (terrain and CAD data) from 3rd-party systems or external sources. The TD Analyzer suggests user-friendly UI for setting up alternative scenarios of tailing dam management and / or failure. The simulation system implements unique original slurry spreading algorithms.
Traditionally that kind of solutions are being developed in the universities or R&D scientific organizations. They rarely reach level of industrial quality and are not accessible for decision makers in situations where their availability is critical and indispensable.
No industrial analogues are known.
The TD Analyzer is also applicable for analyzing disastrous situations for dam failure at electrical power stations and similar infrastructural disasters.
Applications
Mining, industry, construction, infrastructure, energy, ESG projects