Monitoring and Optimizing Oil Fields by a Real-Time Production Operation (RTPO) System
- Thiago Alvim Dutra (Halliburton) | Leonardo Machado (Halliburton) | Miguel Angel Rodriguez (Landmark Halliburton) | Inae Almeida (Halliburton) | Breno N. Montanha (PETROBRAS) | Marcelo Manzali (PETROBRAS) | Marcelo Goncalves M. Dinis (PETROBRAS) | Leonardo Carbone (PETROBRAS) | Marcos Fabricio de Souza (PETROBRAS) | Marco Antonio Nogueira Herdeiro (PETROBRAS)
- Document ID
- Society of Petroleum Engineers
- SPE Latin American and Caribbean Petroleum Engineering Conference, 1-3 December, Lima, Peru
- Publication Date
- Document Type
- Conference Paper
- 2010. Society of Petroleum Engineers
- 4.5.3 Floating Production Systems, 3.3.6 Integrated Modeling, 5.6.9 Production Forecasting, 4.1.2 Separation and Treating, 3.1.6 Gas Lift, 4.4.2 SCADA, 7.6.2 Data Integration, 4.1.5 Processing Equipment, 7.1.5 Portfolio Analysis, Management and Optimization, 6.5.2 Water use, produced water discharge and disposal
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Companies worldwide have been investing in solutions to provide production and cost optimization. As a result, real-time operation systems have been used to help in achieving these objectives. This paper provides a description of the use of real-time operation systems and how the integration of their disciplines made it possible to optimize production and costs for oil and gas fields.
Working as an integrated multi-disciplinary approach, real-time production-operation systems enable the maximization of oil and gas production of assets at lower costs, while providing a better understanding of the current scenario of oil and gas fields. To obtain these improvements, some characteristics to be considered are described below. The consolidation of the whole asset-production data into a single system provides mechanisms to monitor, analyze, and control oil and gas fields. These data are automatically uploaded to the system to minimize manual efforts, making more time available for process analyses. To avoid spurious data, an automatic validation mechanism for the data acquisition process was developed. In addition to production monitoring and the enhanced data quality, historical data, alarms, and statistic tools are used to improve the data analysis and interpretation process. The solution also enables the online well-production prediction using a neural-networks model as well as the integration with a reliable system to identify, quantify, and classify production losses. Because the information is displayed in an online system, the same data at the same time are available for access from different users.
The use of real-time production-operation systems enables strategies for asset managers to make faster decisions and provide better solutions to asset operational issues.
These outcomes are achieved as a result of integrated production, losses, and process-parameters information, as well as the acquisition process of validated data and the availability of tools for analysis and interpretation.
E&P is moving towards operational excellence. In the effort to achieve this excellence, systems have been created to optimize the processes by minimizing the costs and maximizing the production. The objective of this paper is to show how a multi-disciplinary approach that integrates online virtual multi-phase metering, production loss control, and a single monitoring and analysis interface provide a better understanding of the actual production scenario of oil and gas fields, resulting in better and faster decisions and helping to obtain the expected optimization.
The solution described above was implemented within the Barracuda-Caratinga (BRC) offshore field for the Petrobras Corporate Program for the Digital Integrated Field Management pilot project (GeDIg1). The production from the field is performed by two FPSO platforms with similar characteristics provided with cutting-edge data-access technologies, enabling the use of real-time accurate data in the whole solution.
|File Size||1 MB||Number of Pages||10|