VECTOR SOLUTIONS KZ is a new name in the field of leak detection and leakproofness monitoring systems for oil and gas pipelines.
The company is engaged in research and development of new approaches in order to improve the performance of leak detection systems – to increase detection sensitivity while minimizing false alarms.
Bringing together experienced engineers, developers, and experts around the idea of creating a “lightweight” and practically effective control system allowed us to form and highlight a master concept for developing a new generation solution based on computational methods.
The company has the necessary competence to carry out integration and commissioning work on the implementation of leak detection and control systems for oil pipelines, petroleum products and gas pipelines (SCADA, DCS, SDKU, ASODU and others).
Development of application software based on proven and new detection and localization methods in accordance with the recommendations of the standards API1130 "Computational Pipeline Monitoring", API1149 "Pipeline Variable Uncertainties and Their Effects on Leak Detectability", OTT-13.320.00-KTN-288-19 "Mainline transportation of petroleum and petroleum products. Leak detection systems. General technical requirements"
Conducting factory, acceptance and individual tests, commissioning and fine-tuning of the system at the industrial site
Ensuring the functioning of the systems throughout the entire life cycle of the system and refinement in case of changes in the configuration of the pipeline network after reconstruction or technical re-equipment
Collection and processing of data on technological parameters of pipeline operation from the middle (PLC) and upper (SCADA) levels APCS
Development of detection and localization methods in accordance with the standards
Technical support and support during the entire project
Testing, debugging and verification of all system components
The ability to flexibly customize the system to meet customer requirements
Control of pipeline tightness with declared sensitivity characteristics