BEASY CP Digital Twin is a specialized digital twin platform designed for the management and optimization of cathodic protection (CP) systems in critical infrastructure. The solution integrates robust, physics-based CP simulation with real-time operational and survey data, allowing engineers to create and maintain a 3D digital representation of assets such as offshore structures, pipelines, and energy installations. By continuously comparing model predictions with live system data, the platform enables early detection of anomalies, supports risk assessment, and provides actionable insights for maintenance and design optimization. The system is intended to bridge the gap between predictive analytics and field survey data, supporting smarter, data-driven decisions throughout the asset lifecycle. BEASY CP Digital Twin aims to reduce operational costs, improve safety, and extend asset life by providing a comprehensive view of structural health and corrosion risks.

Key Features

Physics-Based CP Simulation Simulates cathodic protection performance using proven physics models.

• Enables accurate prediction of corrosion risks and system behavior.
• Supports design optimization and scenario analysis.

Real-Time Data Integration Combines live operational and survey data with simulation models.

• Monitors asset health and performance over time.
• Identifies discrepancies between predicted and actual conditions.

3D Asset Visualization Provides detailed 3D models of assets for enhanced understanding.

• Visualizes CP data and structural integrity in a unified environment.
• Supports lifecycle management and documentation.

Predictive Analytics & Risk Assessment Delivers actionable insights for maintenance and risk mitigation.

• Early identification of anomalies and potential failures.
• Optimizes inspection and maintenance strategies.

Data-Driven Decision Support Facilitates informed engineering and management decisions.

• Bridges the gap between prediction and survey data.
• Reduces hidden operational costs and improves resource allocation.

Benefits

Optimized Maintenance and Inspection Improves efficiency and reduces costs in asset management.

• Enables targeted maintenance based on predictive insights.
• Minimizes unnecessary inspections and interventions.

Enhanced Asset Integrity and Safety Supports proactive risk management and structural health monitoring.

• Early detection of corrosion and structural issues.
• Increases operational safety and asset longevity.

Data-Driven Resource Allocation Improves use of engineering and maintenance resources.

• Reduces hidden costs and operational inefficiencies.
• Supports profitable and sustainable operations.