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Exploring Geothermal Numerical Reservoir Simulation with Petrel by Schlumberger

Understanding Geothermal Numerical Reservoir Simulation

Geothermal numerical reservoir simulation consulting services provided by Petrel, a part of Schlumberger, offer a comprehensive solution for quantifying the impact of uncertainties on geothermal resources. These services are designed to address the complexities of geothermal development projects, which require a deep understanding of fluid flow and heat dynamics within the system. The numerical reservoir models created by GeothermEx, a part of Petrel, are tailored to capture the unique characteristics of each geothermal resource, including variations in enthalpy, size, chemistry, and output. By leveraging these models, clients gain insights into well depths, reservoir permeabilities, production rates, and injection temperatures, enabling informed decisions for project expansion and investment. This fit-for-purpose approach ensures a clear picture of the geothermal resource's behavior both in the present and future, instilling confidence in project sustainability.

Applications and Benefits of Geothermal Numerical Reservoir Simulation

The GeothermEx geothermal consulting services offered by Petrel have a rich history of applications across diverse geothermal regions globally. These services have been instrumental in reservoir simulation, due diligence, exploration, resource assessment, and well testing consulting projects. Remarkably, GeothermEx has been involved in 70% of operating geothermal power projects worldwide, highlighting its industry leadership. The innovative and integrated modeling techniques employed by Petrel ensure dependable sensitivity analysis for any geothermal environment. With a track record of conducting simulations on a wide range of geothermal reservoirs using cutting-edge technologies, Petrel stands out as a leader in subsurface modeling. Its reputation as the 'gold' standard in geothermal reservoir modeling is well-recognized by developers and financiers, attributing to its thorough and objective approach in quantifying geothermal resource capacities. Moreover, the consultants at Petrel have been instrumental in facilitating geothermal project investments totaling USD 14 billion, reflecting their extensive experience in the sector.

Features of Geothermal Numerical Reservoir Simulation

The numerical reservoir simulation expertise offered by Petrel covers a spectrum of geothermal power plant developments, ensuring clients can model the behavior of various reservoir types with confidence. From dry steam reservoirs like the Geysers in California to flash steam projects in New Zealand, Southern California, and the Philippines, to binary projects in Nevada, Southern California, and Turkey, Petrel's services cater to a diverse range of geothermal applications. Additionally, the ability to model flash and binary combinations, as seen in projects like Roosevelt Hot Springs in Utah, showcases the versatility and reliability of Petrel's numerical reservoir simulation solutions. With access to the Eclipse Industry-Reference Reservoir Simulator and a range of related products like geothermal exploration consulting services, well construction consulting services, and well testing consulting services, Petrel offers a holistic approach to geothermal resource management, catering to the evolving needs of the industry.

Empowering E&P Decision-Making with Petrel Subsurface Software

Shared Earth Approach for Reservoir Vision

Petrel subsurface software, available both on-premise and in the Delfi digital platform, is a powerful tool for geoscientists and engineers. It enables them to analyze subsurface data throughout the exploration and production process, fostering collaboration and creating a shared vision of the reservoir. This shared earth approach empowers companies to standardize workflows across exploration and production, ultimately leading to more informed decisions with a comprehensive understanding of opportunities and risks.

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Innovative Subsurface Safety Valves by Petrel: Ensuring Reliable Well Completions

Introduction to Subsurface Safety Valves

Schlumberger, with its Petrel line of subsea safety valves, has been at the forefront of innovation in the oil and gas industry since the late 1950s. These safety valves play a critical role in preventing uncontrolled flow in wells in case of catastrophic damage to wellhead equipment. The fail-safe closure of these valves ensures the security of the well while maintaining the ability to produce from it. Petrel's SSVs surpass industry standards, exceeding requirements for pressure integrity, leakage acceptance criteria, and slam closure outlined in ISO 10432 and API Spec 14A.

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Enhancing Oil and Gas Operations with Petrel by Schlumberger

Unlock Efficiency and Cost Savings

Petrel by Schlumberger offers a comprehensive solution for oil and gas producers looking to enhance their unit operations and efficiently treat produced water for disposal or injection. By leveraging cutting-edge treatment technologies and tailored production chemistries, Petrel addresses the unique composition of produced water on a case-by-case basis. This approach effectively tackles high salinity and removes contaminants like emulsified oil and suspended solids, leading to a lower cost per unit volume of treated water. By optimizing resource utilization, Petrel enables enhanced oil recovery (EOR) and promotes sustainable practices, eliminating the need for expensive treatment and disposal of produced water.

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Sustainability Solutions with Petrel by Schlumberger

Decarbonizing Operations

Petrel by Schlumberger offers a range of solutions under their Transition Technologies portfolio to assist in decarbonizing production operations for their customers. These technologies aim to reduce operational carbon intensity, lower methane emissions, and pinpoint methane leaks in the field using tools like the methane point instrument. The company has achieved a significant reduction in Scope 3 emissions against their baseline, helping customers avoid over 830,000 metric tons of CO2e in 2023, which is equivalent to removing 185,000 cars from the road.

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Petrel by Schlumberger: Reviving Oil and Gas Production with Innovative Solutions

Understanding Production Declines

Production decline is a common occurrence in reservoir flow, but at times, it may not align with the expected simulations or projections. In such instances, Schlumberger's Petrel offers a range of technologies to improve or restore well productivity. To effectively address production declines, it is crucial to identify the root cause behind the decrease in output. This analysis may involve a comprehensive assessment or a simple fluid analysis to pinpoint the issue accurately.

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