AI/machine learning

Q&A With Aramco's Ali A. Al-Meshari: Digital Disruption Is Only Half the Story in Oil and Gas R&D

Adaptability, collaboration, and digital technologies are all pages in Aramco’s oilfield R&D playbook.

Aramco harnesses the power of digital technologies, such as virtual simulation, to enable better drilling decisions and higher recovery rates. Source: Aramco.
Aramco harnesses the power of digital technologies, such as virtual simulation, to enable better drilling decisions and higher recovery rates.
Source: Aramco (one time use only).

While digital technologies transform the oilpatch, classics like collaboration and adaptability remain a critical component of research and development (R&D).

Ali A. Al-Meshari, Aramco’s senior vice president of technology and head of the R&D division, shared his thoughts with JPT about oilfield technology and the company’s R&D efforts.

One of the keys to success is a systematic approach that brings an idea from concept to reality, whether that’s in relation to current artificial intelligence (AI) development projects or with emerging tech that’s potentially disruptive, such as quantum computing and advanced materials. Partnering in development projects remains a tried-and-true approach, and he had some advice for young professionals: embrace adaptability and pursue lifelong learning.

JPT: What trends have you observed regarding technology in the upstream oil and gas industry?

AA: The upstream oil and gas industry is increasingly leveraging advanced technologies to enhance efficiency, reduce costs, and help reduce carbon emissions. For instance, high-performance computing systems are being utilized at Aramco to enable advanced seismic imaging, improving the ability to explore and develop hydrocarbon reserves.

These technologies allow for more-precise mapping of subsurface structures, leading to better drilling decisions and higher recovery rates. Moreover, the industry is focusing on innovations that align with sustainability goals, such as reducing upstream carbon intensity.

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