Maintaining reliable performance through energy expansion

 

As demand surges and energy systems expand and diversify, uptime has become even more mission critical. Operational leaders must maintain safe, reliable and efficient production while adapting to changing energy demands and new low carbon technologies.

 

Maintaining reliability during energy expansion and transformation depends on improving how systems run, not simply reacting when issues occur. By reducing variability, optimizing performance and creating more stable operating conditions, operations teams can prevent disruptions that lead to unplanned downtime.

 

Focusing on industrial efficiency and tighter coordination across systems, assets, data and people is what makes this possible. When operations become more stable and predictable, maintenance becomes more proactive, issues are identified earlier and teams can respond with greater precision. Reducing process variability and minimizing unplanned events can also help lower emissions intensity while strengthening reliability and production continuity. In this way, industrial decarbonization becomes an outcome of stronger operational performance.

 

Explore the approaches helping operations teams improve availability, simplify maintenance, and strengthen resilience across an evolving energy ecosystem.

 

HOW CAN OPERATIONS KEEP PRODUCTION RUNNING AS SYSTEMS AND NEEDS EVOLVE?

  1. Create a single view across the operation

    As capacity expands and systems evolve, operators need a clear view of what is happening across the operation. Modern communication protocols and seamless integration with third-party systems help bring process, power and asset information together in a common operating environment. A unified view simplifies operations, improves coordination and helps teams maintain operational continuity as new technologies are introduced. 

  2. Prevent failures before they impact production

    Maintenance teams need better ways to prioritize work and prevent failures before they occur. Continuous monitoring, condition-based maintenance and improved asset visibility help reduce unnecessary interventions and support more reliable operations. Technologies that enable maintenance and module replacement without interrupting production can further reduce downtime and maintenance-related production losses.

  3. Increase output from existing assets

    With so much more to manage, how can operations also increase output while maintaining reliability and controlling cost? Advanced process control helps reduce variability, improve process stability and optimize asset performance in real time. This enables organizations to unlock additional capacity, improve industrial energy efficiency and support industrial decarbonization without major operational disruption.

PROTECTING UPTIME DURING ENERGY EXPANSION AND TRANSFORMATION

Learn how industrial leaders are increasing efficiency and reducing emissions without compromising reliability

DECARBONIZATION DEEP-DIVES: 
TRANSFORMATION WITH MINIMAL DISRUPTION

Explore detailed, real-world examples of how a clear, achievable roadmap from installation to fully optimized operation maintains plant reliability while driving more sustainable operations.

BASF

Ravago

Completing zero-downtime upgrade of distributed control system for Ravago in Greece

Chemical

Belgian Water Utility

Improving productivity, reducing costs, and lowering energy consumption for Belgian Water Utility.

Water

IRPC Thailand

Enhancing efficiency and optimizing cogeneration plants for IRPC Thailand to improve commercial output.

Petrochemical

Royal HaskoningDHV

Increasing energy efficiency, asset utilization, energy savings, and operator effectiveness for Royal HaskoningDHV.

Wastewater

ABB’S CAPABILITIES ACROSS KEY INDUSTRIES

Industries

Tackling energy expansion and transformation simultaneously

ABB Energy Industries helps customers navigate energy expansion and transformation by improving operational performance. Bringing together automation, electrification and digital solutions, we help organizations increase efficiency, optimize energy use, improve reliability and maximize output. 

 

From engineering specifications and FEED studies through project execution, operations and modernization, ABB provides the technical expertise to connect new systems with legacy infrastructure. This integrated approach helps customers manage complexity and reduce risk.  As organizations implement energy expansion strategies, ABB coordinates safety, process and power to keep operations safe and profitable while supporting decarbonization. We help customers make progress without disruption, meeting their business and operational goals while moving towards a lower carbon future.

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