The pipeline leakage analysis service provided by the Flow Assurance Institute (FAC Institute) is a critical technical support focused on oil and gas pipeline safety and reliability. Through simulating fluid leakage processes and their impacts on the surrounding environment and production systems, this service helps clients identify potential risks in design and operations, optimize emergency measures, and ensure system safety and production continuity.
Technical Principles
The core of pipeline leakage analysis is to study fluid leakage velocity, direction, flow rate changes, and pressure decay through numerical simulation and software tools. FAC Institute uses several leading software tools, including:
- OLGA and LedaFlow: These commercial software are industry standards for multiphase fluid leakage analysis, particularly suitable for simulating gas-liquid leakage in complex oil and gas pipelines.
- FA Master: FAC Institute’s proprietary transient multiphase flow simulation software. It provides greater flexibility and customization, offering analysis models that align more closely with real-world operating conditions.
- CFD: For specific or complex leakage scenarios (such as internal pipeline structure complexity or multiple leak points), FAC Institute also uses Computational Fluid Dynamics (CFD) technology to capture detailed flow dynamics.
The integration of these tools enables identifying weak points within systems before incidents occur, facilitating rapid emergency response planning in case of pipeline leakage.
Scope of Services
FAC Institute’s leakage analysis service covers multiple areas, helping clients establish comprehensive leakage response and protection plans, including:
- Leak Point Identification and Risk Assessment: Identifies potential leak points in pipelines and their possible impact areas.
- Leakage Process Simulation: Simulates fluid diffusion after leakage to evaluate potential impacts.
- Leakage Impact Analysis: Analyzes changes in pressure, flow rate, and temperature due to leakage, providing data to support emergency decisions.
- Emergency Shutdown and Recovery Strategy: Develops and optimizes emergency measures during shutdown to ensure quick production recovery.
Deliverables
FAC Institute provides clients with comprehensive analysis reports and strategic recommendations, including:
- Leakage Simulation Report: Detailed analysis covering key parameters such as leakage location, pressure changes, and fluid diffusion speed.
- Risk Assessment Report: Identifies high-risk areas based on leakage analysis results and provides countermeasures.
- Leakage Emergency Response Plan: Offers customized emergency and recovery solutions for leakage situations.
- System Optimization Suggestions: Provides pipeline design optimization suggestions based on leakage analysis to reduce leakage risk.
Advantages of FAC Institute
- Advanced Software Suite: FAC Institute combines advanced leakage simulation tools such as OLGA, LedaFlow, FA Master, and applies CFD technology as needed to ensure accurate and realistic leakage analysis results for clients.
- Proprietary FA Master Software: FA Master provides a high level of customization for pipeline leakage analysis, effectively meeting specific client needs.
- Experienced Expert Team: The technical team has extensive practical experience in multiphase fluid analysis and pipeline leakage research, allowing them to respond quickly to complex leakage simulation tasks.
- Comprehensive Flow Assurance Support: In addition to leakage analysis, FAC Institute offers various flow assurance services such as multiphase flow analysis, fluid heat transfer, and separator design, helping clients build safer pipeline systems.
Contact Us
If you are looking for a professional partner for pipeline leakage analysis services, FAC Institute is your ideal choice. Our team of experts will provide precise analysis results and professional optimization suggestions based on your needs. Contact us today to learn how we can help make your next project efficient and safe.
For inquiries, please contact us or scan the QR code below for more information.
