Olav Moyner

Title: **Olav Moyner: Innovator in Reservoir Simulation Technology**

Introduction

Olav Moyner, an inventor based in Oslo, Norway, has made significant contributions to the field of reservoir simulation. With one patent to his name, Moyner has developed groundbreaking techniques that enhance the modeling of fluid behaviors within reservoirs, a crucial aspect for industries reliant on resource extraction.

Latest Patents

The patent held by Moyner is titled "Adaptive Multiscale Multi-Fidelity Reservoir Simulation." This innovative system and method focuses on computer-implemented techniques for effectively modeling the behavior of fluids in reservoirs. Key features of his invention include the ability to obtain measurements of physical parameters, such as pressure, at various locations within the reservoir. The approach involves discretizing a system of partial differential mass balance equations based on a three-dimensional fine grid, producing a system of nonlinear equations. These equations are iteratively solved to model the dynamics of the reservoir. Additionally, the invention employs an adaptive multi-fidelity multiscale technique, which uses multiple restriction operators and coarse grids to tackle complex reservoir features and behaviors.

Career Highlights

Olav Moyner currently works at Schlumberger Technology Corporation, a leading company in the oil and gas industry known for its technological innovations. His career at Schlumberger has allowed him to develop and refine his patent, driving advancements in reservoir simulation technology.

Collaborations

Moyner's work has been enhanced through collaboration with notable colleagues, including Knut-Andreas Lie and Jostein Natvig. These partnerships have facilitated the sharing of knowledge and expertise, contributing to the successful development of innovative solutions in fluid reservoir modeling.

Conclusion

Olav Moyner stands out as a key innovator in the domain of reservoir simulation. His patented technology not only symbolizes his creative ingenuity but also marks a significant milestone in the efficiency of fluid modeling within reservoirs. As industries continue to seek optimized solutions for resource management, Moyner's contributions will undoubtedly play a pivotal role in shaping future innovations.