Instruments and solutions for oil & gas

Together with its partner Rockwell Automation, Endress+Hauser is committed to providing customers with complete process automation solutions that use best-in-class instrumentation, software and control systems.

Join the company on Stand 1F51 at SPE Offshore Europe to see how it can help you to reduce integration costs and risks, improve operational and maintenance efficiency and optimise your plant’s assets.

Pioneering gas analysis

The acquisition of SpectraSensors has given Endress+Hauser access to revolutionary laser technology. It will be showcasing the SS2100i-1 process gas analysers, which use pioneering tunable diode laser (TDL) technology for exceptional reliability in measuring trace gas components. With ATEX and IECEx approval, the analysers are ideal for use at custody transfer points to measure moisture and hydrogen sulphide on export metering packages, as well as in natural gas processing plants to measure hydrogen sulphide onamine scrubber outlets or moisture on desiccant dryer outlets.

High pressure, high precision

Endress+Hauser will also be demonstrating its latest flowmeters, specially designed for demanding oil & gas applications. Promag 53P is a high-performance electromagnetic flowmeter offering precise measurements to 0.2% for electrically conductive fluids. With all the required approvals, certificates, materials and process connections, this is an ideal flowmeter for water injection and produced water injection for enhanced oil recovery up to 420 bar (ANSI class 2500).

Promass O is Endress+Hauser’s Coriolis flowmeter for high pressure flow applications up to 258 bar (ANSI class 1500) and process temperatures up to 200°C. As with all Endress+Hauser Coriolis flowmeters, this is a true multi-variable device offering mass and volume flow, density and temperature measurement.

Radiation-based measurement

What’s more, Endress+Hauser’s gamma density profiling solutions offer the most accurate information on the emulsion layer created during the oil production process, with a number of efficiency and cost-saving benefits. With over five decades of involvement with nucleonic devices, we are best placed to guide you through the implementation of radiation-based measurement.

At the exhibition we will use models to demonstrate device configuration from a central engineering station using open Ethernet-based plant networks. We’ll also demonstrate integration into the well-established Rockwell Automation control architecture.

For more information, please visit: www.uk.endress.com/oil-gas