Learn more about ECHELON's scalability test for this giant field model in the Middle East.
Jan 25 2022
A giant Middle East asset seamlessly runs on a single GPU using ECHELON software and is further accelerated by using 4 GPUs.
Zucchini is a giant Middle-Eastern field with a long production history, yet with a low recovery factor and on the order of 40 more years of production into the future. While treated as black-oil, the model has some complexities including both relative permeability and capillary pressure endpoint scaling and analytical aquifers. The grid block size is 100x100x2 meters, for a total of 6.7M cells. The challenge is to run the forecast with a sequential drilling queue for the management of infill wells, in a robust-enough way to allow optimization of the development plan without being impacted by field scheduling instabilities.
Using ECHELON one can seamlessly run giant reservoir models on a single GPU with exceptional performance; in addition, ECHELON can be further accelerated by scaling to multiple GPUs using domain partitioning as illustrated in the Figure (1).
The number of operating producers (Figure 2, top) is almost unaffected by the number of GPUs, including when the drilling queue is active towards the end of the production plateau, confirming the robustness of ECHELON. The scalability study (Figure 2, bottom) shows that using 4 GPUs yields a 2.6x speed-up compared to a single GPU.
We thank Eni S.p.A for the permission to publish the data contained in this case study.
Deep dives into our software product and its efficacy.
ECHELON software tackles an extremely difficult compositional model. A demonstration of the robustness of ECHELON software.View case study →
Learn more about ECHELON's scalability test for this giant field model in the Middle East.View case study →