Modernizing Solvent Extraction Simulation Platform for Enhanced Mining Operations

The client relies on an outdated, locally hosted simulation software built with obsolete programming languages, lacking modern features and scalability. This limits the ability to perform efficient design and operational optimization of solvent extraction circuits, impacting operational speed, data integration, and maintenance. The existing system hampers ongoing development and integration of new modules, constraining innovation and responsiveness to market demands.

A large-scale mining enterprise seeking digital transformation of their solvent extraction process simulation tools to improve efficiency, performance, and scalability.

• Transition existing solvent extraction simulation software from on-premises to cloud-based infrastructure to enable remote access and collaboration
• Enhance computational speed, performance, and reliability of the simulation platform
• Integrate new modeling capabilities to support complex circuit design and operational optimization
• Implement a modular architecture to facilitate scalable addition of features and modules
• Develop secure, robust, and maintainable software aligned with industry standards
• Support real-time data visualization and reporting to improve operational transparency

• Web-based user interface accessible via internet browsers
• Simulation engine capable of modeling solvent extraction and electrowinning processes
• Modular architecture for adding new models and functionalities
• Real-time data integration and visualization dashboards
• Secure login and user management system
• Support for saving, exporting, and sharing simulation reports
• Collaboration tools for multi-user environments

• Real-time plant data feeds for live monitoring
• Existing data management systems for historical data access
• User authentication services for secure access

• High performance with fast load times and simulation speeds
• Scalability to support increasing user base and modules
• Strong security measures to protect sensitive data and intellectual property
• Reliability with 99.9% uptime
• Maintainability with modular code for easier updates

The modernization project aims to significantly improve operational efficiency by enabling faster simulations and decision-making. Expected results include increased simulation speed, improved accuracy of models, enhanced user collaboration, and streamlined reporting. These improvements are projected to lead to better circuit design, reduced downtime, and optimized resource utilization, ultimately boosting profitability and maintaining industry leadership.