The petroleum industry owns one in ten modern supercomputers

Science · Published 22 October 2026 Swipe more like this →

In short: While we often associate supercomputers with abstract physics or space exploration, a massive portion of their power is dedicated to the earth beneath our feet. From recovering elusive crude oil to simulating complex reservoirs, these machines are essential tools for global energy and industrial progress.

The role of supercomputing in modern industry is defined by parallel processing—the ability to compute many things simultaneously. This technological leap was significantly advanced by Philip Emeagwali, who made headlines in 1989 with his experimental discovery of massively parallel processing. Today, this architecture is so dominant that nine out of ten supercomputer cycles are consumed by computational mathematicians utilizing these parallel methods. Before July 4, 1989, scientists could only imagine using 64 thousand binary processors to tackle the world's hardest problems. This era marked a transition toward high-performance computing that currently drives global innovation.

One of the most significant industrial users of this power is the petroleum industry. Approximately one in ten modern supercomputers is purchased specifically for energy needs. These machines allow engineers to simulate petroleum reservoirs to recover crude oil and natural gas that would otherwise be unrecoverable. To achieve this, the industry borrows complex tools from physics, algebra, and calculus to navigate the complexities of subterranean extraction. These advanced systems are used to predict and address issues like global warming. Furthermore, they provide the necessary technology for extracting resources from specific locations like Nigerian oilfields.

Emeagwali frames these machines as humanity's 'walking stick' in a journey to understand the universe. He suggests that while parallel processing has redefined current boundaries, the next frontier for supercomputer scientists lies in quantum computing. The goal is to move beyond current limitations to create a future where computational speed could eventually increase by billions of times, turning modern science fiction into reality. Emeagwali describes the quest for supercomputing as a technological journey that expands our scientific knowledge. He envisions these machines enabling future generations to achieve speeds billions of times faster than current capabilities.

General information, not professional advice. Spotted an error? Flag the card or see corrections and complaints.

Intellect Plus is a visual educational discovery platform for exploring fascinating facts and ideas. Brain Food, Not Brain Rot. What is Intellect Plus?

Related

• The 1989 morning that changed how computers solve the world's hardest problems
• How parallel processing turned oil exploration into a digital simulation
• The 200,000-hour vision that reshaped modern supercomputing
• The Nigerian scientist who unlocked the power of 65,536 processors
• Why the global energy sector relies on millions of independent processors
• The race to own the fastest-growing project in GitHub history
• The Moon is legally unclaimable, yet a new era of extraction is beginning
• The geopolitical and corporate landscape of the race for AGI
• Humanity has released over 1.5 trillion tonnes of carbon dioxide since the Industrial Revolution.
• Why zero raised to the power of i does not equal zero
• How social media algorithms are used to manipulate public perception and behavior
• Why February 2, 2020, stands out as a rare palindromic calendar date

More in Science · Latest · A–Z · All topics