Oil & Gas Engineering

Accelerating Digital Transformation with Simulation

Simulation-led digital transformation is enabling the oil and gas industry to optimize production and processes, operate in harsher environments and integrate new autonomous, electric and connected technologies.

 

The Digital Era for Oil & Gas

As the global energy balance continues to shift, the oil and gas segment is challenged to optimize the performance of existing production and processing assets while incorporating new autonomous, electric and connected technologies. That's all while simultaneously managing the cost and complexity of increasingly harsh operating environments, and still focusing on safety, reliability and environmental stewardship. Digital transformation is critical to the next era for oil and gas.

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    Drilling and Production
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    Refining and Petrochemicals
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    Transportation and Storage
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    Industrial IoT & Digital Twins

Making Extraction More Efficient

Engineer examines control box

Safety, Reliability, Durability & Performance

Ansys simulation solutions enable oil and gas companies to understand product and process performance in real-world operating conditions, enabling improved reliability, durability and performance.

Resource-Efficient Production Improvement

Reduce equipment failure, water consumption and energy use with Ansys simulations, making oil and gas production more reliable and cost effective.

 

Lower Cost, Faster, Automated Drilling

Improve drilling system design and operations with Ansys simulation. Develop faster and less expensive electronics and control systems for automation and remote operation drilling.

Energy Efficient Processing Improvement

Simulation is a proven method to optimize processes, reduce downtime and improve energy efficiency resulting in higher yields at lower operating costs.

 

Applications

Ansys simulation solutions are applied broadly across the oil & gas segment to accelerate its digital transformation. Our applications support improvements to traditional upstream, midstream and downstream operations, as well as the introduction of new technologies such as autonomous, electric and connected systems, additive manufacturing and digital twins for predictive maintenance. 

環境汚染管理

環境汚染管理

Ansysのマルチフィジックスシミュレーションによって技術の設計と最適化を行い、排出量、エネルギーの使用と浪費を抑える方法を学びます。

エレクトロニクスの信頼性

エレクトロニクスの信頼性

Ansysの統合エレクトロニクス信頼性ツールにより、熱、電気、機械に関連する信頼性の最大の課題を解決する方法を学びます。

混合

混合

ANSYSの流体混合シミュレーションツールをご利用いただくと、1つ以上の流体状材料の混合プロセスや融合をモデリングできます。

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Autonomy

Automation is driving progress across sectors, from factory robots to autonomous vehicles to machine learning and artificial intelligence technologies that drive automation itself. See why simulation is critical for autonomous technology to reach its full potential.

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Electrification

Vehicle electrification is a complicated — but crucial — problem to solve. Electric cars and electric aircraft will be vital to a sustainable transportation industry. Only multiphysics simulation enables the rapid and reliable innovation that next-generation electrification advancements require.

Electric car lithium battery pack and power connections

5G

Engineers use Ansys simulation solutions to develop 5G technologies from devices to networks to data centers. Learn how simulation can help you solve difficult design problems and build your next generation of devices.

Featured Events

WEBINARS

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Webinar Series - Learn How Ansys Simulation Technology is Used by the O&G Industry

In this webinar series, we will explore how Ansys simulation technology is used by the O&G industry to design and analyze a wide number of cutting-edge applications which enable an organization’s digital transformation objectives.