Blast Management System (BIMS)
Blast Information Management System (BIMS) provides information to meet the strategic and operational needs for planning, controlling and decision making for optimizing mining operations. BIMS provides methods to store, manage, document and retrieve drill and blast related information. The system stores blast details, actual blast parameters, blast pattern, face profile, explosive consumption, charging details, vibration records, photos and videos of the blast. Readily available past data in a logical format and blasting data analysis tools are the key features of the BIMS. Import and export charging sheet of the blast. Generates Blast Plan. Generates customized reports - daily, monthly, quarterly, annually. Ability to search blasts between dates, by performance of explosives or initiating system, by vibration limits, by fragmentation size, by location of blasting zone or accident, etc. Provides data analytics of previous blast data based on which user can optimize Blast Cost.
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SIMULATE
SIMULATE is a purpose-built Discrete Event Simulation (DES) solution for Original Equipment Manufacturers (OEMs) to model complex, 3D mining environments using fully customizable, brand-specific mining equipment. SIMULATE is a platform used by OEMs globally to provide accurate, quantifiable, and productive equipment and service solutions for mining clients. Users of SIMULATE can showcase and articulate equipment value that is quantified and proven through simulated demonstrations. OEMs can leverage customer data to build a ‘digital twin’ of any mining operation, open pit or underground, to deliver an accurate representation of any mine site's haulage operations, actively demonstrating the value their equipment and services can provide. SIMULATE uses the most widely used haulage calculation engine in the mining industry, ensuring that you and your customers are on the same page. Increase profitability through improved operations.
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MineTwin
MineTwin is simulation, planning and decision-support software for open-pit and underground mining operations. It enables mining companies, engineers and consultants to create realistic digital twins of mines, test operational scenarios and evaluate proposed changes before committing equipment, capital or production resources.
MineTwin combines discrete-event simulation, scheduling and optimization to model mine layouts, production targets, equipment fleets, haulage networks, material flows, maintenance schedules and operational constraints. Teams can compare scenarios, optimize fleet sizes and equipment allocation, identify bottlenecks, validate production plans and assess new infrastructure or technologies.
Interactive 2D and 3D views, dashboards, timelines, graphs and detailed reports make simulation results easy to understand. MineTwin supports common engineering and spreadsheet data formats and exports results to Microsoft Excel.
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SOT
SOT is the industry’s only strategic financial optimization tool for both surface and underground mines that maximizes productivity and profitability outcomes by optimizing the Net Present Value (NPV) of the mine schedule. As a comprehensive mine schedule optimization tool, SOT uses an evolutionary search algorithm to generate optimized schedules that maximize the NPV of any resource. SOT is purpose-built for scenario planning and comparisons. This allows mine planners to analyze multiple strategies and inform the selection of alternative, high-NPV schedules. Operations can extract more value from their resource with an NPV-optimized schedule, mitigating risk and decreasing the payback period. Custom heuristics and an evolutionary algorithm optimize the NPV. Identify robust, high-value schedules that drive strategic mine planning. Optimize for NPV, ore feed targets, profitability index, and many more metrics.
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