Jubail Export Refinery

Marine, Oil and Gas
Providing an open video encoding solution for a large oil refinery
Saudi Arabia
Satorp (Saudi Aramco Total Refining and Petrochemical Company)
SAS Systems Engineering

Satorp (Saudi Aramco Total Refining and Petrochemical Company)

Systems integrator
SAS Systems Engineering

IP-based video surveillance

Marine, Oil & Gas

C620 E video encoders

The challenge

Satorp’s new export refinery is located in Jubail, the largest industrial city in the Middle East. Covering 1,200 acres, the plant is so extensive that only an intricate combination of intrusion detection, video surveillance, access control and fence alarm systems can offer adequate protection. However, integrating a large number of subsystems is never easy. All components need to work together seamlessly for the system as a whole to be effective.

We enjoys a strong reputation for its open-technology surveillance solutions. It also has a deep understanding of the local market, having worked with Saudi-based companies such as Saudi Aramco, Sabic, Chevron, Saudi Electric Company and Ma’aden. Based on these two factors, we where asked to provide a video encoding solution for Satorp’s surveillance system.

The solution

Together with systems integrator SAS Systems Engineering, Siqura implemented its environmentally hardened C620 E video encoder to convert Satorp’s analogue video signals into a range of digital streams (two H.264 and two MPEG-2/MPEG-4/MJPEG streams per encoder on a total of 240 encoders). Tests were run to ensure integration with a third-party video management system. This posed no difficulty as the C620 E is based on Siqura’s Open Streaming Architecture (OSA) API, a set of open communication protocols. The encoders are also fully compliant with ONVIF Profile S, a widely used industry standard for trouble-free interoperability between products of different makes.

Today, security at Jubail Export Refinery is very tight indeed. Thanks to our open technology, alerts generated by the plant’s subsystems can now be visually verified.