This site uses cookies. By continuing to browse the site you are agreeing to our use of cookies. Read our privacy policy>Search

If you need help, please click here:

Transforming Transportation of Oil and Gas

Pipelines — critical, of course, to the transportation of oil and gas — are typically deployed across long distances, traversing complex geographies. As such, harsh environments often present significant risks and challenges, making communication difficult and often leading to insufficient power supply.

Traditionally, manual inspection — both costly and inefficient — is required to detect and control security risks. Yet, a lack of visualized oversight or unified tools makes remote site management and the coordinated management of multi-vendor devices impossible.

However, Huawei's future-facing Pipeline Monitoring and Warning provides customers with a secure, reliable, and uninterrupted pipeline communications system. The system is made up of three key components: a backbone transmission system; an integrated solution for remote site power supply, communication, and Internet of Things (IoT) edge-device intelligence; and a machine vision security monitoring system. Taken together, these elements meet all of the communication and production requirements of pipelines, also introducing intelligence to operations, helping to slash costs and improve overall efficiency.

Digital Pipeline Architecture

An overview diagram of Huawei's Pipeline Monitoring and Warning Solution, including its digital pipeline architecture


Related Videos

Huawei Fiber Optic Warning Solutions for Pipelines

With more than 30 years of experience in optical technology innovation and abundant accumulation in artificial intelligence (AI), Huawei develops a Sensing OptiX solution for pipeline inspection scenarios. This solution consists of Huawei's fiber optic sensing device OptiXsense EF3000 and the sensing algorithm engine (SAE), which can implement 24/7 high-precision and automatic inspection and warning for pipelines. The enhanced oDSP module with a super blind spot error correction algorithm improves the effective signal collection rate to 99.9%. The unique vibration pattern identification engine can analyze and replicate construction events from multiple dimensions, improving the event identification accuracy to 97%.

For Partners

If you are already a Partner, please click here to get more marketing resources.
Click here to visit the Partner zone to check enquiry status, manage orders, get support, or learn more about Huawei Partners.