Pipe TwinTech

innovating integrity: transforming pipeline maintenance with data

create a digital twin of the pipeline system

with all data about the pipeline system (the results of the pipeline system diagnostics information about ICCP, ILI, DCGV, CIPS and other surveys, taking into account previous digging and other external factors affecting its operational reliability)

conduct a complex pipe conditions analysis

of the pipeline system technical conditions and identify patterns of development of corrosion defects

forecasting the development of corrosion in pipes

create Data-Driven models for the development of corrosion defects in the pipeline system using artificial intelligence

reduce investment costs for maintenance and diagnostics

The best repair methods are determined for each pipe or section of pipes in the pipeline system. Each pipe in a pipeline system will have its own unique set of data from the time it is included in the system to the time it is replaced. That is, even during local repairs, there are situations when pipes change or replace and during the next in-line inspection, it is not possible to identify the development of corrosion defects on the same pipes.

Pipe TwinTech will allow to identify each such pipes and use the full technical resource of each pipe included in the system.

key features

information included in the dataset

planning local repairs with Pipe TwinTech

Using available inspection and diagnostic results and data regulating the withdrawal of pipeline sections for repair, a medium-term plan for conducting local repairs is formed, with the possibility of analyzing its impact on the pipeline's condition and monitoring the results of its implementation.

During the planning stage, local repairs needed to be carried out are displayed, along with all characteristics of pipes and defects included in the local repair plan.

A responsible person is appointed to conduct the excavation of pipes for inspection and repair. If repair is required based on diagnostic results, the type of repair is approved. Repairs are carried out, and the results are recorded in the system.

summary statistics in one place

Monitoring the results of the ILI comparison (the number of matched and non-matched pipes, the number of pipes with corrosion defects and other anomalies), tracking statistics on groups of various defects divided into sections between crane platforms, analysis of summary statistics for each pipe, taking into account the comparison of all ILI.

detailed information about the condition of pipes

Track the details of the pipe survey taking into account the ILI comparison. It is possible to detect a deterioration in the condition of the pipe or an incorrect interpretation of the results of one of the ILI.

optimization of parameters for local pipeline repair plan

The capability to optimize parameters for the local pipeline repair plan has been implemented, allowing for the automatic creation of extended excavations in case of defects on pipes located in close proximity to each other.

comparison of ILI data from different years and sections

Track the development of defects by type and quantity per kilometer of pipeline by comparing data from in-line inspections from previous periods.

detailing of the repair area

You can monitor the repair area and get the necessary statistics, taking into account the comparison of the available ILI.