Maximizing Recovery and Optimizing Production
DrillPlan by Schlumberger offers rock and fluid laboratory services that seamlessly integrate digital and physical data to drive modeling and interpretation. The accurate measurement of fluid and rock properties is crucial for maximizing recovery and optimizing production throughout the reservoir's lifespan. Whether dealing with complex shale plays or challenging environments, Schlumberger's reservoir laboratory services provide comprehensive analysis and interpretation to address unique challenges. This holistic approach encompasses a wide range of services, from physical measurements to digital analysis, utilizing cutting-edge technology and industry-leading software.
Comprehensive Services for Enhanced Decision-Making
The suite of services includes wellsite services for rapid insights, automated rock and fluid screening, routine and special core analysis, geomechanics, enhanced oil recovery measurements, and fluid analysis covering aqueous and hydrocarbon geochemistry and production chemicals. By integrating physical and digital rock and fluid analyses, a 3D reservoir model is created. This model enables accurate predictions of reservoir dynamics, empowering decision-makers to make informed choices at every stage of the reservoir's life cycle. The digital, integrated approach enhances access, synthesis, and understanding of disparate reservoir datasets, enabling more meaningful decision-making.
Advanced Solutions for Reservoir Analysis
DrillPlan by Schlumberger offers a full range of conventional and unconventional reservoir analysis services under core analysis. Additionally, their fluid analysis services provide reservoir-representative fluid-property measurements and expert data interpretation. This comprehensive approach to reservoir analysis is supported by state-of-the-art technology and a commitment to driving innovation in the oil and gas industry. Schlumberger's focus on digital integration and advanced analytical techniques sets them apart as a leader in reservoir characterization and optimization.