Mineral Processing Automation
Enhancing Efficiency across your Plant
Mineral process automation transforms how mining operations optimize efficiency, control costs, and maximise recovery rates. Every plant, from crushing to final product handling, faces unique challenges that demand smarter solutions. Without advanced process control, inefficiencies lead to excessive energy use, unplanned downtime, and lost material.
Mipac provides comprehensive optimization strategies tailored to the specific needs of mineral processing plants. With decades of experience and a deep understanding of automation technologies, we integrate advanced control systems like Siemens’ SIMATIC PCS 7, Yokogawa’s CENTUM VP, and Rockwell Automation’s FactoryTalk to drive measurable improvements.
Whether enhancing grinding efficiency, stabilizing the performance of beneficiation circuits, or automating smelting and refining in metal conversion circuits, our solutions are designed to increase throughput, improve sustainability, and ensure long-term plant reliability.
This page explores how Mipac’s expertise can optimize your mineral processing automation, linking to real-world projects that demonstrate the value of intelligent process control.
Crushing Circuit Optimization
- Improve feed consistency and reduce unplanned stoppages.
- Dynamic gap adjustments based on ore hardness and feed size.
- Predictive alerts for liner wear and mechanical stress.
- Optimize energy consumption through intelligent automation.
Explore our Crusher Control Project to see how we’ve enhanced crushing efficiency for our clients.
Grinding Process Enhancement
- Stabilize mill load and improve particle size distribution.
- Reduce overgrinding to improve recovery rates and energy efficiency.
- Optimize SAG and ball mill performance with real-time adjustments.
- Lower maintenance costs by improving wear management.
- Integrate control system upgrades for advanced grinding process control.
Explore our Grinding Optimisation Case Study to see how we’ve enhanced crushing efficiency for our clients.
Flotation Process Control
- Reduce reagent consumption while maintaining recovery efficiency.
- Improve air and froth stability for optimal separation.
- Minimize downtime by automating monitoring and control.
- Enhance selectivity to improve concentrate quality.
Read about our Flotation Control Success Story to learn more..
Leaching and Solvent Extraction Optimization
- Optimize pH for improved leach kinetics.
- Reduce chemical usage while maintaining extraction rates.
- Automate solvent extraction circuits for greater efficiency.
Download your free copy of our Mineral Processing Opeations Playbook
Dewatering and Tailings Management
Effective dewatering is essential for water recovery and tailings management. Our automation strategies optimize equipment such as thickeners and filters, ensuring maximum water recovery and safe tailings disposal. This approach conserves water and enhances environmental compliance.
How we do it
- Maximize water recovery to reduce freshwater dependency.
- Improve thickener underflow control to stabilize leach feed or tailings disposal.
- Reduce environmental impact with smarter tailings management.
- Automate dewatering processes for consistent performance.
Learn from the Tailings Circuit Performance Improvement project at this copper operation
Smelting and Refining Excellence
In smelting and refining, process stability directly impacts metal purity and energy consumption. Mipac’s mineral processing automation solutions include upgrades to systems from leading industrial OT providers and enhanced furnace control and temperature regulation. This results in higher yield, reduced energy usage, and extended equipment life.
How we do it
- Improve furnace temperature control for enhanced efficiency.
- Reduce slag losses through precise feed monitoring.
- Automate gas and emissions control for compliance.
- Extend refractory life with optimized heat management.
View our Smelter Control System Upgrade to see our work in action.
Final Product Handling
Streamlined product handling ensures that your final product reaches the market efficiently. Our automation solutions optimise material tracking, stockpile management, and loading systems. This reduces bottlenecks, improves dispatch accuracy, and lowers logistics costs.
- Improve bulk material handling efficiency.
- Automate stockpile and inventory management for accuracy.
- Automate gas and emissions control for compliance.
- Ensure real-time tracking of final product shipments.
Explore our Coal Loadout Optimisation Project for detailed insights.
Let us take the lead
With 3 decades in the industry and a project portfolio covering 100+ sites around the globe, Mipac combines deep technical expertise with a commitment to client success. Our team leverages cutting-edge mineral processing automation technologies, such as Siemens’ SIMATIC PCS 7, Yokogawa’s CENTUM VP, and Rockwell Automation’s FactoryTalk, to deliver tailored solutions that address your unique challenges.
Visit our Projects Page to see how we’ve partnered with clients worldwide to optimise their operations.
Proven processing experience across:
- Bulk Commodities: Iron Ore, Bauxite and Coal
- Base Metals: Copper, Nickel, Zinc, Lead, Tin, Aluminium
- Precious Metals: Gold, Silver, Platinum
- Battery and Critical Minerals
- Speciality Metals
Ready to elevate your plant's performance?
Contact Mipac today to discuss how our comprehensive automation and optimization solutions can transform your mineral processing operations.
For more information, Contact Us or explore Our Services.
Check out our latest automation articles:
The Mining Automation Pyramid
Digital transformation is reshaping the mining and mineral processing industries, helping operations managers tackle challenges like improving efficiency, reducing downtime,…
Copper Processing is in our DNA
At Mipac, the automation of copper processing plants is more than just a specialty—it’s in our DNA. Since our first…
Building a Sustainable Process Optimisation Program for Mineral Processing Excellence
We know that process optimisation is a long game. As metallurgists and engineers, we’re in this for the long haul.…