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Unlocking Geothermal Potential: Geothermal Well Testing Consulting Services

Well Testing Tailored for Geothermal Challenges

Geothermal wells present unique challenges compared to traditional oil and gas wells due to differences in temperature, flow rates, and pressures. This necessitates specialized design, construction, and testing methodologies to ensure accurate results. Schlumberger's Geothermal Well Testing Consulting Services, leveraging GeothermEx™ expertise, offer tailored solutions to address these specific requirements. Whether dealing with conventional hydrothermal systems or enhanced geothermal systems (EGS), Schlumberger provides comprehensive guidance based on extensive experience in supporting a significant percentage of global geothermal power projects.

Applications Across Diverse Geothermal Resources

The Geothermal Well Testing Consulting Services cover a broad spectrum of geothermal resource types, offering expertise in well test design, execution, and analysis. By utilizing the right equipment and skilled professionals, Schlumberger ensures reliable testing to quantify resource capacity accurately. With a track record of involvement in over 70% of all operational geothermal power projects worldwide, the company's consulting services are backed by decades of experience and a commitment to innovation.

Benefits of Consulting Excellence

Schlumberger's well testing consulting services boast a legacy of over 50 years, signifying a deep understanding of geothermal intricacies. Having undertaken more than 60 projects globally, the company's expertise spans across various resource types, including single-phase, two-phase, low-enthalpy, and enhanced geothermal systems. Through continued innovation and collaboration, Schlumberger ensures that clients receive reliable well testing services, complemented by the company's well construction capabilities and advanced technologies.

Comprehensive Well Testing Features

The Geothermal Well Testing Consulting Services encompass end-to-end support, from designing customized well tests to executing and analyzing results. Schlumberger's offering includes a range of services such as individual injection and production tests, multiwell interference tests, tracer tests, instrumentation specification, test equipment procurement, test supervision, fluid sampling, and pressure transient data analysis. By combining these services, clients can gain a holistic understanding of their geothermal resources.

Enhancing Carbon Capture Efficiency with DrillPlan by Schlumberger

Gas Treatment Systems for Carbon Capture

DrillPlan by Schlumberger offers cutting-edge gas treatment systems to aid in the efficient separation and processing of CO2 for carbon capture, utilization, and storage (CCUS) projects. With a focus on speed and precision, these systems are designed to handle the rigorous requirements of capturing and treating CO2 streams to ensure optimal storage readiness.

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Revolutionizing Well Construction with DrillPlan by Schlumberger

Deliver Optimum Well Designs with Data-Driven Precision

DrillPlan by Schlumberger is a comprehensive well planning solution that revolutionizes the construction of wells by harnessing the power of data to deliver optimum well designs and automated drilling programs. By enabling multi-disciplinary experts to collaborate seamlessly in a live, open, and collaborative environment, DrillPlan ensures that your drilling program is produced efficiently in just minutes. With over 30 engineering algorithms working concurrently in the cloud, DrillPlan automatically calculates critical parameters such as hydraulics, casing design, torque and drag, well integrity, and more. This seamless process allows you to design and validate your well with a digital drilling program ready for execution with just a few clicks.

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Enhancing Subsea Production with Schlumberger's DrillPlan

Industry-Leading Subsea Equipment

Schlumberger offers industry-leading subsea equipment that guarantees reliability, safety, and performance, ultimately increasing recovery for the life of your field. From subsea trees and landing strings to ESPs and more, their technologies and services have a proven track record of success. Schlumberger has a rich history of groundbreaking achievements in subsea operations, including developing the first and largest subsea ESP field in the South China Sea and the first ESP installation in ultradeep water offshore Brazil. Moreover, they have the industry's first in-riser operating system certified to IEC 61508 SIL 2 reliability specifications.

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InSitu Fluid Analyzer System: Real-time Insights for Reservoir Characterization

Real-time Downhole Fluid Analysis

The InSitu Fluid Analyzer System offered by Schlumberger provides real-time downhole fluid analysis, allowing for a deeper insight into fluid composition and distribution. This system acts as a fully functioning laboratory downhole, delivering comprehensive representative characterization of reservoir fluids at reservoir conditions. By integrating InSitu downhole quantitative properties measurements with various sensors, along with flowline pressure and temperature monitoring, this system offers high-accuracy quantitative data for improved reservoir understanding.

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Harnessing Light for Multidomain Measurements with Optiq Fiber-Optic Solutions

Optiq Fiber-Optic Solutions: Transforming Energy Industries

Optiq fiber-optic solutions by Schlumberger are revolutionizing the energy industry by harnessing the power of light for multidomain measurements. Unlike traditional discrete sensors, Optiq utilizes fiber-optic strands as sensors, allowing for continuous, real-time measurements along the entire length of the fiber-optic strand. This distributed sensing technology offers a range of solutions including distributed acoustic sensing (DAS), distributed temperature sensing (DTS), distributed temperature gradient sensing (DTGS), and distributed strain and temperature sensing (DSTS) systems, catering to various applications in oil and gas, carbon capture and sequestration (CCS), geothermal energy production, and mining.

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