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20 July 2026
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GENERATION · GRID INTERFACE · FUEL SYSTEMS
Reliability Matters
Power generation assets are capital-intensive and safety-critical systems that must operate reliably to maintain grid stability and meet regulatory obligations - continuous operation of turbines, boilers, and generators is essential
Aging infrastructure, increasing environmental regulations, and workforce constraints increase operational challenges. Unplanned outages disrupt power supply and result in significant financial losses and regulatory penalties.
Outages not only disrupt power supply but cause significant financial losses, regulatory penalties, and reduced plant efficiency - with cascading effects across the grid.
Structured reliability strategies that integrate asset monitoring, predictive maintenance, and outage planning enable operators to detect degradation early and maintain consistent plant performance.
The platform connects reliability analysis, equipment monitoring data, maintenance workflows, and outage planning into a unified operational framework, giving utilities visibility into asset health and potential failure risks across generation systems.
Our Capacity
Develop structured reliability strategies across power generation assets including fuel handling, turbines, boilers, and auxiliary equipment. Reliability-centered and risk-based maintenance methodologies help utilities prioritize maintenance by asset criticality.
Impact: Reduce forced outages while improving plant reliability and resilience.
Integrate monitoring technologies such as vibration analysis, thermography, and oil analysis into a centralized reliability environment where engineers detect early signs of mechanical wear, thermal fatigue, or insulation degradation.
Impact: Improve predictive maintenance capabilities and prevent unexpected equipment failures.
Support structured outage planning through digital coordination tools that help utilities schedule inspections, repairs, and maintenance tasks efficiently. Improve planning visibility to reduce outage duration while ensuring critical maintenance.
Impact: Improve outage execution and maintain plant availability.
Analyze equipment performance trends and maintenance costs across power generation assets. Predictive analytics help organizations anticipate failure patterns and optimize maintenance spending across generation assets and grid interface systems.
Impact: Improve operational decision-making while controlling maintenance costs.
Asset Lifecycle
Fuel supply systems, cooling systems, and auxiliary infrastructure must operate reliably to support continuous generation. AsInt monitors these systems, identifies reliability risks, and prioritizes maintenance for critical support assets.
Core generation assets such as turbines, boilers, and generators operate under high thermal and mechanical stress. AsInt monitors degradation patterns, plans maintenance strategies, and optimizes equipment performance.
Power facilities must maintain reliable connections to transmission and distribution networks. AsInt enables failure investigation in transformers, switchgear, and protection systems and improves maintenance planning.
Reliable generation supporting network stability
NERC CIP, environmental and safety regulations
Planned maintenance reducing unplanned outages
Predictive analytics reducing maintenance spend
GRID RELIABILITY
Real-World Outcomes
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Capacity factor
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Forced outages
Maintenance costs
Asset life
Resources & Compliance
Manage asset integrity across upstream, midstream, and downstream operations including refineries, pipelines, and offshore facilities while ensuring regulatory compliance and operational reliability.
Optimize run-length reliability across petrochemical complexes by monitoring high-temperature degradation, hydrogen damage, and process equipment integrity.
Maintain hygienic production environments and reliable processing operations while ensuring compliance with food safety and traceability standards.
Manage integrity and risk across geographically distributed infrastructure networks including pipelines, transmission systems, and utility corridors.
Ensure reliable operations of commercial and institutional facilities through structured asset lifecycle management and energy performance optimization.
Enhance reliability across mobile fleets and mineral processing equipment operating in harsh environments with predictive maintenance and condition monitoring strategies.
Support process safety and mechanical integrity across chemical production facilities, managing corrosion risks, inspection programs, and reliability strategies for complex process equipment.
Improve production reliability and operational performance across discrete and process manufacturing through structured reliability and maintenance programs.
Enhance reliability across rolling stock, rail infrastructure, and signaling systems to improve passenger safety and network performance.
Request a Demo forAsInt IntelliSuiteAsset Cloning SuiteAsset Health MonitoringAsset InspectionAsset Investment PlanningAsset Risk & Criticality AnalysisAsset Strategy Analysis for ClassesCalibrationsCondition Monitoring Locations (CMLs)Content ReplicatorCORE CalculatorData ConduitDigital WallchartFitness for Service (FFS)HAZOPHigh Consequence Analysis (HCA)Layers of Protection Analysis (LOPA)Maintenance Spend PlanningMaster Data AppsOptimizationPODSProcess Hazard Analysis (PHA)Recommendation Workbench+Reliability Centered Maintenance (RCM) AnalysisRenewablesReporting and AnalyticsRisk-Based Inspection (RBI)Root Cause Analysis (RCA)SIL/SIF
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