LUKOIL successfully operates Varandey oil export terminal using Emerson's automation technologies

Experience and PlantWeb™ architecture drove choice of Emerson as main automation contractor for complex facility

AUSTIN, Texas (November 10, 2010) - The Varandey terminal handles export of commercial crude oil produced in the Timano-Pechora oil province of the Yamalo-Nenets autonomous district in the north of Russia's European Region. To increase exports to Western Europe and North America, LUKOIL expanded the terminal's onshore tank farm to a capacity of 325,000 cubic meters and added two 25-km underwater pipelines, as well as an ice-resistant fixed offshore terminal where the oil is loaded onto tanker ships. Throughput capacity of the new terminal is 12 million metric tons per year, and it’s able to operate at full capacity all year round, even under extreme weather conditions.

The automation solution designed and supplied by Emerson is based on PlantWeb™ digital plant architecture. In this project Emerson supplied the control system, software, and vibration monitoring instrumentation, as well as system design and startup services. The integrated solution enables control of terminal operations at each stage of the process, from oil receipt at the tank farm to managing pumping through the underwater pipeline, and includes the systems for monitoring and detecting leaks in the pipeline. The architecture's openness also enables it to control other subsystems supplied by other companies. 

The architecture includes DeltaV™ digital automation system, AMS Suite software, Rosemount® smart measurement instrumentation, and Fisher® control valves and other control equipment. HART, Modbus and FOUNDATION fieldbus communication protocols enable the DeltaV system to combine more than 6000 signals from more than 700 measurement instruments, including temperature, pressure, and level transmitters; flowmeters; and vibration sensors. The system also manages final control elements such as control valves, as well as information from external control subsystems. 

The far-northern location of the terminal requires that the oil transfer system operate in extreme weather conditions – including air temperatures down to -44°С, storm winds, waves up to 5 meters high, and ice buildup that can reach 170 cm thick. 

"That is why the high reliability and broad functionality of Emerson's control system and field devices were crucial factors in LUKOIL's choice of a supplier," said Johan Vanderplaetse, Emerson Process Management's vice president for CIS and Turkey. "The PlantWeb architecture also enables terminal operators to detect errors and predict failures without having to go to a potentially unsafe area of the site. Diagnostic information from the measurement instrumentation and control valves helps ensure efficient processes and problem-free operation."

It is of no small significance that the two companies also cooperated successfully on the Vysotsk oil export terminal near Leningrad. In addition, it is convenient when the customer has one supplier for both measurement instrumentation and control systems.

Implementation of these modern automation technologies for the Varandey terminal helped LUKOIL improve environmental safety and working conditions and optimize workloads for operating personnel. The project also will allow LUKOIL to reduce operating costs, energy use, and process losses of material and equipment.

Additional resources:
• Join the Emerson Exchange 365 Community
• Connect with Emerson Automation Solutions via
   Twitter Facebook LinkedIn Google+ YouTube


About Emerson
Emerson (NYSE: EMR), headquartered in St. Louis, Missouri (USA), is a global technology and engineering company providing innovative solutions for customers in industrial, commercial, and residential markets. Our Emerson Automation Solutions business helps process, hybrid, and discrete manufacturers maximize production, protect personnel and the environment while optimizing their energy and operating costs. Our Emerson Commercial and Residential Solutions business helps ensure human comfort and health, protect food quality and safety, advance energy efficiency, and create sustainable infrastructure. For more information visit Emerson.com.

Please enable JavaScript to use this website.