Visualize, Simulate, Optimize.

HDS combines precision and flexibility to optimize well drilling operations. By calculating critical parameters, it empowers operators to make data-driven decisions, enhance well design, and reduce costs.

Immersive 3D Visualization

Achieve a detailed and precise understanding of well design and geometry through advanced 3D visualization and simulation technologies.

Versatile Survey Views

Access and analyze survey data in multiple formats tailored to operator's needs. HDS provides the flexibility to view and interpret data in numerous ways, enhancing decision-making efficiency and design perception.

Modern, Intuitive Interface

HDS features a sleek, user-friendly design that ensures ease of use. Save and access everything in real time, with updates seamlessly reflected across the platform.

Simulation Modules

HDS includes specialized simulation modules that cover key aspects of drilling operations, providing a complete analysis of hole drilling performance.

Hydraulics Simulation

Simulates hydraulic calculations during drilling and circulation, delivering accurate pressure predictions.

Drilling Simulation

Simulates drilling process, visualizing performance, enhancing wellbore stability, and improving operational efficiency.

Dynamically adjusts drilling parameters, maintaining stability, minimizing risks, and ensuring efficient operations.

Drilling Parameters Optimization

Surge and Swab

Calculates surge and swab pressures, enabling operators to manage tripping speeds and prevent wellbore instability or inducing DHL.

Multi-Fluid Displacement

Simulates fluid displacement, optimizing design and managing wellbore stability during operations.

Designs and visualizes strengthening formulations using bridging agents, improving stability and preventing losses.

Wellbore Strengthening

Gyroscopic Effect

Simulates gyroscopic effects, optimizing drilling parameters for smoother hole geometry and preventing lost time during tripping out and running in.

ROP Roadmap

Integrates gyroscopic data with ROP profiles, providing a comprehensive view for ROP limits optimization.

Offers 3D wellbore survey visualization and directional trajectory monitoring. It tracks dogleg severity, detects spiral hole tendencies, and provides predictive modeling to anticipate drilling issues.

Doglegs & Spiral Hole Visualization

Well Control

Calculates well control scenarios, and perform necessary operation assessments and calculations.

Salt Tables

Enables brine calculations and formulations, estimating salt concentrations.

Performs a multitude set of engineering calculation related to drilling fluids operations and management.

Mud Engineering

Temperature Profile

Models temperature and heat exchange under static, dynamic, and transient conditions, enabling precise predictions of drilling fluid behavior for better decision-making in challenging environments.

Pressure Estimation

Predicts pressure losses across wellbore sections and drill string components, enabling effective pressure management and optimized drilling operations.

Models the transition from static to dynamic fluid behavior, optimizing pump schedules and preventing issues related to gel breaking.

Breaking Gel Effect

Automated Report Generation

HDS generates detailed simulation reports, including all relevant data tables, charts and visualizations.