Well Stimulation
Maximize your well stimulation efficiency with our advanced software solutions. From fracture simulation to matrix acidizing analysis and streamlined operations, our tools are designed to enhance performance and provide real-time insights. Whether optimizing fracture design, ensuring precise acid treatments, or managing operations seamlessly, our products meet your needs and deliver superior results.
FracPro
Fracture Design & Analysis
Experience the unmatched capabilities of FracPro, our solution meticulously crafted to redefine fracture design and analysis.
Benefits:
- Enhanced Fracture Designs – Fine-tune designs through meticulous assessments, optimizing performance and efficiency.
- Comprehensive Rock Analysis – Evaluate rock attributes for tailored fracture designs adapted to specific reservoir conditions.
- Support for Complex Reservoirs – Seamlessly address dipping reservoirs and multiple-treatment horizontal wells with advanced processing capabilities.
- Long-Term Production Optimization – Maximize production efficiency by considering critical parameters.
- Intuitive User Interface – User-friendly interfaces promote ease of use and operational efficiency.
- Flexible Graphics Options – Customize graphics for enhanced visualization and reporting.
- Reliable Data Acquisition System – Ensure reliable data acquisition for accurate analysis and reporting.
Features:
Real-Time Monitoring and Evaluation
Seamlessly monitor jobs post-completion or on-site in real-time, ensuring adaptability and precision.
Integrated Analysis Modules
Four effortlessly integrated modules allow for detailed diagnostic injections, unlocking invaluable insights into fracture behavior.
Unified Job Design
Effortlessly design and visualize intricate multi-treatment fracturing jobs within a single, streamlined file, enhancing operational efficiency.
Built-in Fluid and Proppant Libraries
Access our extensive libraries containing various fluids and proppants, ensuring precise simulations and analysis.
Ready to experience the unmatched capabilities of FracPro? Contact us today for our meticulously crafted solution to redefine fracture design and analysis.
StimPro
Matrix Acidizing Analysis
StimPro is a comprehensive matrix acidizing analysis software that revolutionizes the design, simulation and analysis of acid jobs below the fracture initiation pressure.
Benefits:
- Stimulation Design Assurance – Ensure the effectiveness of your stimulation design, providing confidence in treatment outcomes.
- Real-Time Analysis Flexibility – Enjoy the flexibility of real-time analysis, allowing for on-the-fly program redesign to adapt to changing well conditions.
- Ongoing Treatment Monitoring – Continually monitor treatment effectiveness, enabling proactive adjustments for optimal results.
- Enhanced Production and Cost Efficiency – Increase production flow while simultaneously reducing treatment costs, maximizing economic benefits.
- Access to Stimulation Fluids – Gain access to a comprehensive selection of candidate stimulation fluids and acid additives, facilitating tailored treatments.
- Precise Acidizing and Modeling – Achieve precise carbonate acidizing and wormhole modeling, ensuring accurate treatment targeting and reservoir response prediction.
- Future Program Optimization – Utilize insights from StimPro to enhance future stimulation programs, continuously improving operational efficiency and effectiveness.
Features:
Comprehensive Design, Simulation and Scheduling
StimPro offers all-in-one tools for designing, simulating, and scheduling matrix acidizing treatments.
Real-Time Data Matching
Match pressure data post-job or in real-time, ensuring accurate analysis and prompt decision-making.
Transient Pressure and Skin Calculation
Advanced algorithms calculate transient pressure behavior and skin effects, providing valuable insights into reservoir conditions.
Treatment Optimization
Fine-tune stimulation treatments for maximum production enhancement and cost efficiency.
Ready for a comprehensive tool for creating efficiency? Contact us today for your comprehensive solution for designing, simulating and analyzing acid injection treatments below the fracture initiation pressure.
XOPS
Streamline Operations & Digitize Workflows
Experience the transformative capabilities of XOPS, designed to optimize every aspect of your stimulation operations. XOPS stands as the premier platform for hydraulic fracturing service providers, offering unmatched efficiency and comprehensive management
Benefits:
- Web Access – Access the FracPro OPS platform from any web browser.
- Detailed Reporting – Create comprehensive reports of operational activities, aggregated by fleet, district, region, or company-wide.
- Automated Notifications – Receive automated email notifications for key operation stages.
Features:
Global Monitoring and Event Tracking
Oversee stimulation operations globally and stay updated on all events and non-productive time activities.
Comprehensive Inventory Tracking
Manage chemical and proppant inventory, deliveries, and usage seamlessly.
Automated Notifications
Benefit from automatic email notifications for key updates.
Field Ticket Management
Streamline the estimation, creation, and approval process for field tickets.
Ready for a tailored hydraulic fracturing service provider? Discover how you can receive global monitoring, real-time updates, and seamless integration with other tools!
Want to simplify your well construction for success? Transform your operations with our advanced tools designed to enhance cementing, torque, drag, and mud reporting for safer, more efficient outcomes:
- CEMPRO+ — Tackle key cementing challenges like mud channeling and poor casing standoff while optimizing zonal isolation and temperature management.
- DEPRO — Predict well lengths, manage pressures, and optimize torque, drag, and hydraulics for smooth, accurate drilling and completion operations.
- MUDPRO+ — Simplify mud reporting with fast data processing, advanced analysis, and customizable report formats.
Achieve precision and efficiency across your well construction process.