About This Dashboard
The Damage Mechanism Dashboard is a specialized web-based tool for
professionals in oil & gas, refinery, petrochemical, and chemical industries.
It is based on standards and helps in identifying, evaluating, and understanding
various damage mechanisms affecting fixed equipment, Damage Mechanism Corrosion Rate, Corrosion Diagram,Inventory.
🎯 Purpose
The primary goal of this dashboard is to assist:
- Inspection & RBI Professionals – Plan risk-based inspections effectively
- Corrosion & Materials Engineers – Analyze damage mechanisms & corrosion rates
- Maintenance Planners – Schedule proactive maintenance activities
- Process Safety Engineers – Evaluate failure risks & process safety concerns
- Reliability Engineers – Improve equipment reliability & life cycle management
🔍 Key Features
-
Browse categories & detailed damage mechanisms, including:
- Oxidation
- Sulfidation
- High-Temperature Hydrogen Attack (HTHA)
-
Filter mechanisms by keywords or categories
-
Evaluate mechanisms based on RBI(Risk Based Inspection)-style parameters:
- Criteria for identifying damage mechanisms
- Damage Mechanism – Corrosion Rate Estimator
- Representative Fluid selection
- Inventory Calculator
- Inspection Confidence assessment
- Toxic percentage (%) calculation
Corrosion diagrams indicator linked to each damage mechanism
Short-term, long-term & historical corrosion rate evaluation
Remaining life & retirement thickness calculation
Design Thickness Calculation for Process Piping
Design Calculation for pressure vessels
Estimate corrosion rates & Remaining Life
Initial potential Finder
👨💻 Developers
Avijit Kayet
Specialist in Asset Performance Management (APM) Integrity, focusing on risk-based inspection (RBI),
damage mechanism evaluation, and the implementation of standards.
Viswa Manoj
Risk-Based Inspection Engineer who contributed core conceptual ideas and valuable suggestions during the development of this dashboard.