FracCAT-X
Fracturing computer-aided treatment system
Next-generation stimulation, job execution, and real-time monitoring software.
StimOps™ stimulation performance solutions bring a new level of certainty and performance to well stimulation. By combining domain expertise, advanced digital planning, proprietary technologies, and seamless logistics under a single integrated service model, StimOps solutions reduce complexity, accelerate time to production, and ensure consistent delivery across every stage of the stimulation workflow.
Whether you are focused on optimizing production, lowering operational risk, or achieving sustainable stimulation operations, StimOps solutions give you a unified, data-driven approach to deliver results at scale and with confidence.
StimOps solutions bring every element of your stimulation workflow onto one intelligent, cloud-based platform. From real-time monitoring and AI-driven insights to automated event detection and advanced analytics, StimOps solutions empower teams to make faster, safer, and more consistent decisions. By integrating treatment and production data, enabling remote collaboration, and replacing legacy systems with advanced digital capabilities, StimOps solutions transform operations across land, offshore, and vessel environments.
StimOps solutions bring together real-time connectivity, intelligent analytics, and AI-driven execution to deliver a complete digital transformation of stimulation operations. Built on a cloud-based platform, it enables remote monitoring and collaboration between field engineers and subject matter experts, replacing legacy systems with advanced, integrated capabilities.
Turn live stimulation data into instant, confident decisions. StimOps execution insights use advanced intelligence to automate critical steps, like initial shut-in pressure (ISIP) detection, screen-out prediction, and high-viscosity friction reducer (HVFR) optimization, so every job runs safer, faster, and with more consistent results.
Keep every team connected and aligned, wherever they are. With real-time cloud monitoring and visualization, StimOps connected operations enable seamless collaboration between on-site crews and remote experts, driving better decisions and stronger performance across your entire operation.
Unlock the full value of your stimulation data. StimOps performance analytics automatically archive and contextualize a single cloud platform, eliminating manual reporting and wasted time. Built-in intelligent analytics let you track KPIs, score jobs, and compare design to execution, turning data into a driver of continuous improvement.
With automated archiving and contextualization, StimOps eliminates manual report mining and provides a single, intuitive access point for stimulation data enhanced with intelligent tools for KPI tracking, job scoring, and design-to-execution comparisons. At the same time, AI- and machine learning (ML)-powered insights automate critical operational decisions, from ISIP detection to screen-out prediction and HVFR optimization, ensuring safer, faster, and more consistent performance. By unifying data, intelligence, and advanced analytics across the design, execute, and evaluate cycle, StimOps optimizes hydraulic fracturing, matrix acidizing, and sand management operations, delivering greater efficiency, stronger collaboration, and better production outcomes in any environment, from land to offshore.
StimOps solutions consolidate disconnected data into a single, accessible platform and apply intelligent analytics. By automating event detection and contextualization—predicting risks such as screenouts or plug failures and tracking KPIs—StimOps solutions enable faster, more accurate decisions that lead to higher-performing stimulation jobs and optimized well performance.
Traditional workflows rely on fragmented systems and manual reporting. StimOps solutions unify operations in the cloud, enabling real-time data transfer, visualization, and collaboration. Automated AI/ML processes analyze data as treatments happen, detecting events, predicting risks, and optimizing performance, turning every job into a data-driven, continuously improving operation.