MXDRILL integrates real-time drilling data, engineering algorithms and local drilling expertise to monitor operations, prevent dysfunction and improve drilling performance.
Talk to an ExpertThis product line is positioned as part of Hybrit Energy’s integrated performance drilling workflow: pre-job engineering, field execution, real-time monitoring and post-run optimization.
Office-based engineering suite for offset analysis, root-cause investigation, well planning and technical program preparation.
Rigsite deployment connected to WITS / WITSML data streams for single-rig optimization, local decision support and low-latency monitoring.
Enterprise platform for RTOC operations, multi-rig surveillance, standardized workflows and large-scale drilling performance management.
MXDRILL organizes drilling engineering, real-time analytics and operational surveillance into modular workflows that can be deployed independently or as an integrated performance drilling system.
Geomechanics modeling for mud window definition, ECD planning and wellbore stability management.
Offset well wireline logs and drilling events, along with local geology experience are used to build an accurate mechanical earth model to support the trajectory design, mud weight windows, ECD management. Within MXDRILL, the mechanical earth model is updated live along the drilling progress as new formations are drilled and new trajectory being updated.
String stress, friction factor and wellbore condition surveillance during drilling, tripping and sliding operations.
Real-time torque and drag (T&D) analysis is a critical tool for monitoring wellbore conditions, optimizing drilling performance, and preventing costly downhole issues. By continuously analyzing torque, drag forces, and friction factors during drilling and tripping operations, this technology provides instant feedback, enabling operators to make data-driven decisions that enhance wellbore stability and operational efficiency.
ECD, pressure loss, temperature effects and cuttings transport analysis for demanding wellbore environments.
In high-pressure, high-temperature (HPHT) wells, precise hydraulics management is critical to maintaining well control, optimizing drilling efficiency, and preventing costly downhole issues. Real-time HPHT hydraulics calculation enables continuous monitoring of mud flow, equivalent circulating density (ECD), pressure losses, and temperature effects, ensuring that drilling operations remain safe, stable, and efficient in extreme environments.
Formation drillability, bit feature matching and operating parameter recommendations for ROP and durability.
By integrating advanced drillability models, the software evaluates target formations and intervals, ensuring that every bit is precisely tailored for maximum efficiency. It recommends essential bit design features, hydraulic parameters, and drilling parameters, enabling operators to achieve superior ROP, durability, and cost-effectiveness. With data-driven insights, our software enhances decision-making, reducing trial-and-error in bit selection and improving overall drilling performance.
Connection time, tripping speed, flat time and operational efficiency benchmarking for drilling performance improvement.
The MXDRILL Rig KPIs module is designed to optimize drilling performance by providing real-time analytics and insights into rig crew productivity. By tracking key performance indicators (KPIs) and identifying Invisible Lost Time (ILT), this module enhances operational transparency and supports data-driven decision-making. This solution empowers drilling teams to maximize efficiency, reduce downtime, and improve overall well delivery performance.
Operational monitoring and early-warning workflows for stuck pipe, losses, kicks and cuttings-bed accumulation.
In the complex and ever-evolving world of drilling operations, maintaining wellbore stability and mitigating potential risks are critical to efficiency and safety. By detecting early warning signs of stuck pipe, fluid losses, kicks, and cuttings bed accumulation, our system empowers drilling engineers with actionable insights to prevent costly downtime and improve well performance.
Hybrit Energy leverages enterprise-grade cloud infrastructure, including Amazon AWS and Alibaba Cloud, to help operators establish, scale and manage Remote Technical Optimization Centers for drilling engineering. MXDRILL becomes the digital backbone that connects engineering models, rig surveillance and standardized workflows into one command environment.
Today, Hybrit Energy operates and maintains more than ten RTOC centers for its clients, delivering 24/7 drilling optimization support across ultra-deep well monitoring, extended lateral torque and drag prediction, KPI benchmarking and downhole vibration mitigation. Over the last five years, these workflows have supported more than 4,000 wells and enabled large-scale operations to improve efficiency, safety and cost control.
Turn distributed drilling data into centralized engineering action, enabling consistent technical decisions across rigs, regions and drilling campaigns.
Standardize optimization workflows, accelerate risk recognition and improve performance delivery through scalable cloud-native drilling intelligence.
Deliver live engineering surveillance, optimization advice and exception response so field teams can act faster with stronger technical backing.
Engineered PDC bit platforms for vertical, directional, lateral and hard rock drilling.
Explore →High torque mud motors with evenwall stator technology for performance drilling.
Explore →HYDROPULSE™ tools for extended reach drilling and high-friction horizontal sections.
Explore →TORQWAVE™ surface torque oscillation system designed to improve sliding efficiency and reduce stick-slip.
Explore →