Quantum Oil & Gas
Quantum Oil & Gas
1.12.25 - White paper
Quantum technologies: Key strategies and opportunities for the oil & gas sector
Quantum technologies: Key strategies and opportunities for the oil & gas sector
A strategic roadmap to accelerate the energy transition in the energy sector.
In 2025, quantum computing takes its first steps toward practical application.
This report anticipates how the oil & gas sector can capitalize on this revolution, with a concrete approach to use cases, projected impact, and key steps for effective adoption.
In a sector defined by uncertainty, volatility, and high operational costs, the convergence of DATA, ARTIFICIAL INTELLIGENCE, and QUANTUM COMPUTING is redefining how information is processed, how decisions are made, and how scenarios are anticipated.
From the interpretation of seismic data to carbon-capture simulation, these advanced systems enable faster response times, improved operational efficiency, and reduced environmental impact, preparing the industry for a new era of smarter and more sustainable decision-making.
Economic Impact Projections:
$1.0 billion in annual operational savings
Driven by efficiency improvements, faster decision-making, and lower energy costs in operations.
Up to 25% improvement in logistics and transportation efficiency.
Through route optimization and predictive midstream systems.
Up to 40% reduction in seismic interpretation errors
Enabled by advanced simulation models and quantum machine learning.
Actionable Proposals by Area:
↳ Reservoir simulation
↳ Optimization of upstream and downstream processes
↳ Emission reduction and CO₂ management
↳ Predictive models for seismic exploration
“The strategic adoption of quantum computing represents not only a technological advantage, but a paradigm shift toward smarter, more resilient, and more sustainable energy systems.”
In a sector defined by uncertainty, volatility, and high operational costs, the convergence of DATA, ARTIFICIAL INTELLIGENCE, and QUANTUM COMPUTING is redefining how information is processed, how decisions are made, and how scenarios are anticipated.
From the interpretation of seismic data to carbon-capture simulation, these advanced systems enable faster response times, improved operational efficiency, and reduced environmental impact, preparing the industry for a new era of smarter and more sustainable decision-making.
Economic Impact Projections:
$1.0 billion in annual operational savings
Driven by efficiency improvements, faster decision-making, and lower energy costs in operations.
Up to 25% improvement in logistics and transportation efficiency.
Through route optimization and predictive midstream systems.
Up to 40% reduction in seismic interpretation errors
Enabled by advanced simulation models and quantum machine learning.
Actionable Proposals by Area:
↳ Reservoir simulation
↳ Optimizacion de procesos de upstream y downstream
↳ Emission reduction and CO₂ management
↳ Predictive models for seismic exploration
“The strategic adoption of quantum computing represents not only a technological advantage, but a paradigm shift toward smarter, more resilient, and more sustainable energy systems.”
Stop reacting. Start anticipating.
Stop reacting.
Start anticipating.
Stop reacting. Start anticipating.
