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Asset Optimization - Performance Monitoring & Optimization Division













 
 

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BP (Wytch Farm - Real-Time Optimization)


Client BP Wytch Farm, U.K.
Location Wytch Farm, Dorset, U.K.
Scope To provide an On-line, Real-Time Optimization system to improve plant operations and process management at BP's Exploration Wytch Farm site, the largest on-shore oilfield in Western Europe.

 

Customer Objectives

The Wytch Farm site has approximately 60 producing wells spread over 7 major wellsites. Two pipelines connect these wellsites to a central gathering station, where separation of the well fluids is performed. Although controlled independently, production from each well is influenced by the operation of every other well. This makes it difficult to determine the best operating points for all wells in order to maximize production. The situation is further complicated by reservoir management considerations and the cost of the electricity required to run the well pumps.

The key objective for the project was to maximize the benefit from the asset in the face of a changing operating environment.

 

The Solution

The solution is based upon a number of elements of Emerson’s AMS Suite: Real-Time Optimizer system and includes process modeling and optimization, data conditioning and performance updating of the wells and flowlines. The system is based on a Windows NT platform, and can be accessed from across the BP site network.

The system represents all of the wells on the 7 major wellsites and the interconnecting flowlines, enabling the overall production from the asset to be maximized. The system also considers the cost of the electricity required to drive the well pumps and the merit of producing from different areas of the reservoir.

A key feature of the system is its ability to consider the wells and flowlines as a complete entity rather than individual units. This gives the optimizer the ability to evaluate competing potential operating changes and determine which are the best for the asset as a whole. This is important because, whilst plant personnel fully understand the effects of individual well changes, the optimizer enables the overall, plant-wide, effect of well changes to be evaluated.

The system provides both on-line recommendations of optimal well operating conditions and an off-line tool, which is kept up-to-date with the current performance of the wells and flowlines. This facilitates simple evaluation of potential modifications, e.g. pipeline unavailability, well workovers and contingency planning.

The system also assists well and pipeline performance monitoring, in reservoir management issues, data reconciliation and validation.

The system is used both by process engineers to evaluate different operating scenarios and hydrocarbon accountants to acquire detailed oil allocation information.

 

Benefits Include:

> Increase in oil production by 3%

> Justified well interventions resulting in 4% increase in production

> Saved expenditure on unnecessary well interventions

> Optimal well selection

> Performance monitoring of wells and flowlines

> Maximizes oil revenues after taking into account the equipment operating costs

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Last Updated 01/25/07


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