Cognitive E&P environment
Unite planning and operations in a multidimensional environment.
Kinetix Frac integrated fracturing stimulation software combines business systems, public databases, Schlumberger stimulation databases, and asset customer data stored in the DELFI cognitive E&P environment. The business systems include planning and cost evaluation tools. Public databases have well coordinates, production data, and subsurface geology (logs, welltops, surfaces, and other data). Stimulation databases contain proppants, fluid systems, additives, rheology, and completion parameters.
Kinetix Frac software optimizes effective stimulated volume to maximize production performance, estimated ultimate recovery, and ROI by leveraging big data, analytical models, and high-performance cloud computation. It accelerates stimulation design from days to minutes by automating data collection and processing workflows. This includes evaluation of offset well completion and production performance, generation of a calibrated MEM, and sensitivity analysis with concurrent computations.
Kinetix software helps you reach your production and recovery goals with comprehensive, integrated simulators, models, and workflows that optimize hydraulic fracturing and acidizing in any reservoir and any well environment.
Kinetix, Kinetix Frac, Kinetix Matrix, and Kinetix RT software are components of a tiered offering that helps you design, plan, optimize, execute, evaluate, and report on fracturing and acidizing operations in the full range of well and downhole conditions, from simple completions to complex reservoir challenges.
Our software integrates Schlumberger industry-leading simulators for fracture design, high-resolution reservoir simulation, finite-element geomechanical simulation, and a unique particle transport model to maximize completion effectiveness in even the most complicated environments. The result is a step change in efficiency and productivity that builds on the analysis of past operations to inform and improve future development.
Use surface and downhole data to facilitate immediate decisions during fracturing and acidizing operations.
Integrate complex reservoir and engineering data to simulate and optimize completion and fracture stimulation designs.
Fracture every cluster along the lateral, individually and precisely, while improving proppant transport to increase production.
Fracture every cluster within a limited-entry interval to maximize reservoir contact and oil and gas production.
Accelerate stimulation planning from days to minutes by automating workflows and enabling collaboration.
Integrates reservoir petrophysical and treatment fluid chemical data to optimize design of matrix stimulation treatments for the reservoir.
Multilevel optimization of stimulation designs and production from oil, gas, and condensate reserves.