Solution for production site monitoring

• Digitalization of the oil field enables lower production costs through more cost-effective diagnostics as well as more efficient monitoring.
• The Oil and Gas Monitor from Phoenix Contact acquires analog and digital data at the oil pump and reliably transmits this to the control room.
• In the control room, the acquired data can be displayed directly and sent to a higher-level SCADA system for further processing.

Oil fields are systems which consist of distributed pumps working independently. These pumps may be several kilometers apart. There is often no network cabling between the pumping stations. There is typically no GSM network which can be used for data transmission.

For some years, however, there has been a trend towards the digitalization of new oil fields as well as oil fields that have been in operation for many years (digital oilfield). This digitalization enables faster and more cost-effective diagnostics as well as more efficient monitoring. In the past, employees had to cross difficult terrain in all kinds of weather, going from pump to pump to read the data locally.

Digital monitoring can be used to acquire binary input signals in the simplest case, such as valve settings. However, analog signals are also acquired. These include temperatures, pressure values, and flow rates, for example. The signals are cyclically displayed in the control room, which is some distance away, and further processed. Secure signal transmission is an important consideration. The continuous monitoring of all oil platforms is only possible using a robust data transmission method that is suitable for industrial applications.

Another key requirement for the products used arises from the fact that the systems are primarily installed outdoors. The environmental conditions require products with extended temperature ranges as well as certifications for use in the Ex area.

Safe monitoring of oil and gas sources

Use the Oil and Gas Monitor from Phoenix Contact to monitor your oil and gas sources reliably and cost-effectively, even over large distances.

• Components with extended temperature range
• Ranges of up to several kilometers, thanks to adjustable data rates
• User-friendly and comprehensive remote diagnostics for the wireless network with diagnostics software
• Parallel operation of multiple networks on different channels