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Products-Petrel by Schlumberger

Maximizing Decision-Making with Petrel by Schlumberger

Empowering Business Decisions

Petrel by Schlumberger offers a comprehensive petroleum economics solution that enables businesses to make more informed decisions throughout the exploration to production process. The tool integrates technical insights from geoscientists and engineers with crucial business analysis and processes necessary to support decisions across an asset's lifecycle. From the assessment of prospects to abandonment, the Geox exploration risk and resource assessment software™ facilitates a cohesive and integrated approach, empowering stakeholders to make better business decisions.

Economic Planning

The Geox exploration risk, resource, and value assessment software provided by Petrel by Schlumberger offers scalable decision support for risk, resource, and economic evaluation of exploration projects and portfolios. This solution allows organizations to streamline their decision-making processes, optimize resource allocation, and enhance overall project economics. By leveraging this tool, businesses can mitigate risks, maximize profitability, and ensure the success of their exploration ventures.

Strategic Partnerships

In a strategic move to enhance its offerings, Schlumberger has collaborated with Quorum Software to integrate Quorum's Planning Space with the FDPlan field development planning solution, powered by the DELFI cognitive E&P environment. This partnership aims to combine Quorum's renowned business planning and petroleum economics capabilities with Schlumberger's innovative solutions, providing clients with a comprehensive and advanced planning tool. Additionally, Quorum's acquisition of Merak planning, risk, and reserves software from Schlumberger further strengthens the suite of solutions available to businesses in the energy industry.

Enhanced Decision-Making

By harnessing the power of Petrel by Schlumberger's economics and planning suite, companies can enhance their decision-making processes, optimize resource utilization, and improve the overall efficiency of their operations. This integrated solution equips businesses with the tools they need to conduct thorough risk assessments, evaluate resources effectively, and forecast economic outcomes with confidence. Ultimately, leveraging this solution enables organizations to achieve greater operational efficiency, increase profitability, and drive innovation in the energy sector.

Petrel by Schlumberger: Leading the Way in Decarbonizing Industry

Introduction to Decarbonizing Industry

In the quest to achieve sustainability and combat climate change, decarbonizing industry has emerged as a critical goal. Petrel by Schlumberger is at the forefront of this mission, offering innovative solutions to reduce emissions and drive energy innovation. With a focus on cutting-edge technology and global partnerships, Petrel by Schlumberger is dedicated to helping industries meet their sustainability commitments and accelerate the journey towards a net-zero future.

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Petrel by Schlumberger: Comprehensive Solutions for Carbon Sequestration Selection and Design

Optimize CO2 Storage Operating Costs

Carbon capture, utilization, and sequestration (CCUS) projects are crucial for achieving net-zero energy goals by 2050. Schlumberger's Petrel offers over 25 years of CCUS project expertise and 40 years of subsurface digital modeling solutions. With a focus on cost-effectiveness, Petrel enables companies to plan and execute end-to-end CCUS projects efficiently. By providing in-depth modeling and simulation capabilities, Petrel helps evaluate carbon storage projects to meet the increasing demands for carbon capture and storage.

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Maximizing Seismic Data Value with Petrel by Schlumberger

Comprehensive Seismic Data Processing Solutions

Petrel by Schlumberger offers a suite of algorithms, services, and workflows that are meticulously designed to maximize the value of seismic data. From the initial data conditioning processes to the final imaging, each step is crucial in ensuring the accuracy and reliability of the results. Data calibration, regularization, noise attenuation, multiple attenuation, and signal enhancement are just a few of the techniques employed to address various challenges in the processing sequence.

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