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Unified Process and Power Integration in Mining

Solving Mining Industry Challenges

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Night view of a copper mine head in NSW Australia

Mining companies today face a complex reality: operations involve multiple systems and processes spread across different areas within a site that must work together seamlessly. This complexity introduces challenges beyond productivity and cost, such as compliance with strict safety standards, energy regulations, and cybersecurity requirements. Traditional siloed systems for process control and power infrastructure make these challenges even harder to manage.

The answer?

Unified process and power integration: a strategy that connects these systems seamlessly, enabling real-time visibility, centralized control, and data-driven decision-making across all sites. Here’s why this approach is critical for global mining operations and how it addresses the industry’s toughest challenges.

The Global Mining Challenge

Operating across multiple regions means navigating:

  • Regulatory Complexity: Safety, environmental, and energy compliance standards can be difficult to manage within a site when systems are disconnected. This lack of integration increases risk and adds significant administrative burden 
  • Productivity Decline: Mining productivity has fallen by 28% in recent years, often due to fragmented operations and poor integration.
  • Energy Costs and Sustainability: Mining consumes 12 EJ annually, about 3.5% of global energy demand. Energy efficiency is now a regulatory and financial priority.
  • Cybersecurity Risks: Cyberattacks in mining tripled between 2023 and 2024, with 70% causing operational disruption, a major concern for globally connected sites.
  • Workforce Challenges: Training operators to manage complex systems across regions can take 5–10 years, slowing scalability.
  • Safety and Risk Management: Sites without centralized monitoring miss out on a 22% reduction in safety incidents seen at integrated operations.

These challenges are amplified when operations are spread across operations. Siloed systems make it difficult to enforce consistent standards, share data, and respond quickly to issues.

Mining
Mining
Mining
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What Is Unified Process and Power Integration?

Unified integration connects process control and power systems into a single, interoperable platform. This approach enables:

  • Real-time data sharing across operations
  • Centralized monitoring and diagnostics
  • Standardized reporting
  • Coordinated control for faster decision-making

For mining companies, the goal is to improve efficiency, reduce risk, and strengthen overall operational resilience.

10 Key Benefits for Mining Operations

1. Faster Engineering and Commissioning

Large mining projects often involve multiple engineering teams. Unified design environments resolve interface issues early, reducing costly field modifications and accelerating deployment across regions.

2. Enhanced Operational Efficiency

Integrated systems minimize handoffs and miscommunication between electrical and process teams. Common interfaces simplify training, making it easier for staff to onboard across different sites.

3. Centralized Monitoring and Control

A unified platform provides real-time visibility across all sites, enabling remote operation centers to monitor and manage global assets. This is critical for companies operating in regions with limited on-site expertise.

4. Smarter Energy Management

Integrated systems enable effective strategies for load control and energy optimization. For example, automated ventilation-on-demand solutions can significantly reduce power consumption, helping operations meet sustainability targets.

5. Increased Asset Reliability

Predictive maintenance powered by integrated data reduces unexpected failures and downtime - especially important for remote sites where repair logistics are challenging.

6. Enhanced Safety and Compliance

Unified systems link emergency shutdown, power, and process control for rapid response. Features like Safe Torque Off (STO) help to protect personnel and equipment.

7. Optimized Production and Quality

Real-time optimization helps prevent overgrinding and energy waste, achieving ore quality meets downstream requirements.

8. Stronger Cybersecurity

Fragmented systems create security gaps. Unified Architecture enables centralized patching and secure remote access, reducing vulnerabilities across operations.

9. Scalability and Future-Readiness

Integrated platforms support AI, cloud analytics, and renewable energy transition—critical for companies expanding into new energy strategies or adopting digital technologies.

10. Lower Total Cost of Ownership

Standardization across operations reduces redundant infrastructure, simplifies spare parts management, and improves workforce productivity-  delivering long-term savings.

Addressing Operational Challenges

Mining operations face increasing demands for efficiency, safety, and sustainability. Unified integration helps by:

  • Standardizing Data Collection: Automated reporting delivers accurate, timely insights for decision-making.
  • Centralizing Control: Teams can enforce consistent operational standards across all systems.
  • Enabling Flexible Adaptation: Scalable control architectures allow customization for specific site needs without compromising overall integration.

How to Implement Integration Across Operations

  1. Adopt a Unified Architecture: Transition from siloed systems to an integrated platform that unifies control, monitoring, and data across the entire operation.
  2. Invest in Centralized Monitoring: Deploy remote operation centers for real-time visibility.
  3. Leverage Predictive Analytics: Use integrated data for proactive maintenance and energy optimization.
  4. Prioritize Cybersecurity: Implement unified security controls and patch management.
  5. Plan for Scalability: Confirm systems can adapt to new technologies and evolving operational requirements.

The Bottom Line

Unified process and power integration is more than a technological upgrade, it is a strategic imperative for modern mining companies. By breaking down silos and enabling real-time, data-driven operations, organizations can improve productivity, reduce costs, and enhance safety. The result? A resilient, future-ready mining enterprise.

Real-time production, process and power insights
Real-time production, process and power insights
Real-time production, process and power insights
Our industrial control system integrates process and power control. Reduce design time, capital and operational costs. Get real-time production data in one HMI.
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Published December 19, 2025

Topics: Build Resilience Optimize Production Accelerate Digital Transformation Digital Transformation Process Solutions Sustainable Solutions Workforce Enablement Sustainability Metals Mining Distributed Control Systems Industrial Control Products Power Supplies PlantPAx

Fabio Mielli
Fabio Mielli
Strategy Marketing Manager, Energy & Mining, Rockwell Automation
Fabio Mielli brings extensive knowledge of industrial systems to the energy and mining sectors, with a focus on process, power and digital transformation. His 20+ years of experience include strategic planning and marketing leadership. His publications address topics such as predictive analytics for equipment reliability, energy optimization, and the application of digital platforms for improved operational efficiency in resource industries.
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