FieldOpt: A powerful and effective programming framework tailored for field development optimization. Petroleum field development involves critical decisions such as well location, well completion design and optimal control setting that have a significant impact on revenues and costs. These decisions are associated with a large degree of engineering effort that commonly involves time-consuming reservoir simulations to compute the performance of different field development scenarios. Increasingly within the petroleum industry, software tools and optimization methodology are developed and implemented to support and augment the various decision-making processes. The overall aim of these tools is to increase productivity and improve decision quality. Within this context, this work introduces an open-source, extensible, tailor-made programming framework: FieldOpt. FieldOpt’s primary purpose is rapid prototyping and testing of optimization procedures to solve critical field development problems. The framework is implemented in C++ and provides an efficient integration of mathematical optimization procedures with reservoir simulation.
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References in zbMATH (referenced in 2 articles )
Showing results 1 to 2 of 2.
- Silva, Thiago L.; Bellout, Mathias C.; Giuliani, Caio; Camponogara, Eduardo; Pavlov, Alexey: Derivative-free trust region optimization for robust well control under geological uncertainty (2022)
- Kristoffersen, Brage S.; Bellout, Mathias C.; Silva, Thiago L.; Berg, Carl F.: An automatic well planner for complex well trajectories (2021)