TANAP Pipeline Deploys Digital Twin Technology to Strengthen Operational Safety
TANAP Pipeline Deploys Digital Twin Technology to Strengthen Operational Safety
Synopsis
- TANAP is integrating digital twin technology to improve pipeline integrity and safety management
- The system enables predictive risk modelling across diverse terrain and climate conditions
- The initiative marks a major step toward real-time and autonomous pipeline monitoring
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Turkey’s Trans-Anatolian Natural Gas Pipeline (TANAP) is advancing its operational safety and integrity management framework through the deployment of digital twin technology, reflecting a broader shift across the global oil and gas sector toward data-driven infrastructure oversight.
According to reporting by Pipeline Technology Journal, Suleyman Suleymanov, Integrity Management Manager at TANAP, explained that the digital twin system is being embedded into core operations to help identify, predict, and mitigate pipeline-related hazards. Speaking to Azernews, Suleymanov said the technology supports more proactive safety decisions by enabling operators to anticipate risks rather than respond after incidents occur.
A digital twin functions as a high-fidelity virtual representation of a physical asset. In TANAP’s case, it integrates engineering documentation, geographic information systems (GIS), and inspection data into a comprehensive three-dimensional visualization of the pipeline network. This unified model allows engineers to simulate operational scenarios using predictive digital modelling, improving the accuracy of risk assessments and maintenance planning.
The foundation of TANAP’s digital twin was built using GIS-enabled platforms and WebGIS. The first development phase involved generating detailed 3D models derived from aerial surveys and photogrammetric inspections. These visual models were subsequently combined with engineering, construction, and as-built documentation, forming what Suleymanov described as the second stage of digital twin maturity.
One of the most significant benefits of the system lies in its ability to address the complex operational conditions along TANAP’s route, which crosses multiple terrain types and climatic zones across Türkiye. Suleymanov highlighted climate change as a growing integrity challenge for long-distance pipelines, underscoring the importance of predictive modelling in maintaining long-term safety.
In regions prone to heavy rainfall, for example, the digital twin can simulate flood scenarios, enabling the operator to forecast potential threats and deploy mitigation strategies in advance. These measures may include reinforcing drainage infrastructure or implementing targeted engineering protections to reduce exposure to erosion and water-related damage.
Digital twin technology is also enhancing traditional risk-based inspection (RBI) practices. Rather than relying solely on semi-quantitative RBI methods to evaluate threats such as corrosion, the data-rich and dynamic nature of the digital twin allows TANAP to focus attention on the most critical and time-sensitive risks within the pipeline system.
Suleymanov noted that the company intends to further evolve the platform toward real-time monitoring and advanced predictive functionality. The long-term objective is to achieve a fully integrated or autonomous digital twin capable of continuously supporting integrity management decisions.
As reported by MENAFN, TANAP’s adoption of digital twin technology represents a significant step in modernizing pipeline integrity management, reinforcing the safe and reliable transportation of natural gas through one of the region’s most strategically important energy corridors.
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About The TANAP
The Trans-Anatolian Natural Gas Pipeline (TANAP) is one of the most strategically important energy infrastructure projects linking the Caspian region to European gas markets. Stretching across Türkiye, TANAP forms the central segment of the Southern Gas Corridor, transporting natural gas from Azerbaijan’s Shah Deniz field toward Europe via connections to the Trans Adriatic Pipeline (TAP). The pipeline plays a critical role in diversifying Europe’s energy supply while strengthening Türkiye’s position as a regional energy transit hub.
Designed to traverse varied terrain and climatic zones, TANAP incorporates advanced engineering, integrity management, and monitoring systems to ensure safe and reliable operations. In recent years, the operator has increasingly adopted digital technologies, including GIS-enabled platforms and digital twin systems, to enhance risk assessment, maintenance planning, and operational safety. By integrating engineering data, inspection results, and predictive modelling, TANAP continues to modernize its infrastructure, supporting long-term energy security and resilience amid evolving environmental and operational challenges.
Featured image Source: Iploca
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