Our Works
Our Working Process
QPDO
QPDO
Provides continuous visibility into sand and fluid returns to confirm debris removal.
Sandman Cyclone Technology & Automatic Sand Dump System (ASDS):
High-efficiency cyclonic hardware and ruggedized automation that physically remove personnel from hazardous red zones.
QLOGIC
QLOGIC is the intelligent core of our autonomous sand management capabilities. By integrating edge computing with continuous, real-time data from acoustic and ultrasonic sensors, the solutions dynamically calculate and initiate the exact optimal sand dump cycle. This logic-based approach eliminates outdated, time-based manual dumping and effectively mitigating sand slugging, it also drastically reduces equipment wear and tear and lowering site emissions through precise, automated control.
QSAND
QSAND replaces reactive guesswork with absolute certainty by delivering continuous, inline measurement of sand production. Utilizing advanced ultrasonic spectroscopy and proprietary software analytics, it provides high-frequency sand rate data without the need for phase separation or human intervention. This real-time visibility empowers operators to confidently optimize choke settings and flowback rates, successfully minimizing proppant production while ensuring effective well cleanup. Beyond flowback, it supports advanced reservoir diagnostics and early fracture interference detection, preventing downstream equipment damage and informing future frac designs.
QFLOW
QFLOW transforms well testing by delivering full-range, continuous multiphase flow measurement without the need for phase separation. Engineered as a compact inline meter with no moving parts, it replaces bulky, conventional test separators, drastically shrinking the pad footprint and reducing both CAPEX and OPEX. By providing highly accurate, real-time rates for oil, water, and gas, QFLOW eliminates flaring and empowers operators to make rapid, data-driven production decisions safely and efficiently.
QINSIGHT
QINSIGHT serves as your end-to-end production optimization command center. It bridges the gap between raw wellsite metrics and decisive action through real-time data acquisition and AI-based edge computing. By autonomously processing fluid characterization and advanced reservoir analytics, QINSIGHT continuously monitors well health and translates fragmented field data into automated production management. This allows operators to maximize ultimate recovery, optimize lift systems, and manage their assets by exception rather than estimation.
By connecting these powerful modules across your entire pad via a cloud-based network, QSMART delivers real-time analytics and global data visibility directly to your operations center. With QSMART, operators seamlessly transition from reactive guesswork to proactive, end-to-end digital optimization.
Key Features:
- Inlines, continuous measurement with no separation or human intervention
- Minimal footprint compared to bulky test separators
- Works across all well conditions, from heavy oil to wet gas
- Optimizes choke settings and flowback rates to prevent drawdown and formation damage
- Provides accurate insight into well and reservoir behavior
- Tracks production performance in real time to identify declines, inefficiencies, or abnormal trends
- Enables production allocation and artificial lift optimization through well-level data
Provides continuous visibility into sand and fluid returns to confirm debris removal.
Helps ensure the wellbore is properly cleaned before transitioning to production.
Uses real-time data to fine-tune drawdown strategies for faster and more efficient cleanouts.
Reduces time to first production while avoiding conditions that could damage the formation.
Delivers clear indicators of declining sand returns to signal completion of cleanout.
Eliminates uncertainty, helping crews avoid unnecessary rig time and associated costs.
Detects elevated sand production instantly to prevent abrasive damage to surface equipment.
Minimizes unplanned maintenance, extending asset life and reducing operational interruptions.
Controls flow conditions to avoid excessive proppant flowback that can degrade fractures.
Supports long-term well productivity by maintaining effective fracture pathways.
Captures detailed sand and flowback data to evaluate stage and completion performance.
Enables engineers to refine frac designs and optimize spacing, volumes, and execution.
Supplies high-frequency inputs for accurate modeling of wellbore hydraulics.
Helps maintain optimal bottom-hole pressure and enhances overall well control during operations.
Key Features:
Ensures Effective Well Clean Up During Drill Out Operations
Provides continuous visibility into sand and fluid returns to confirm debris removal.
Helps ensure the wellbore is properly cleaned before transitioning to production.
Optimizes Drawdown To Accelerate Cleanouts And Enable Earlier, Cost-Effective Production
Uses real-time data to fine-tune drawdown strategies for faster and more efficient cleanouts.
Reduces time to first production while avoiding conditions that could damage the formation.
Enhances Drill-Out Efficiency By Confirming When The Job Is Done
Delivers clear indicators of declining sand returns to signal completion of cleanout.
Eliminates uncertainty, helping crews avoid unnecessary rig time and associated costs.
Protects Equipment From Erosion And Costly Downtime With Real-Time Sand Monitoring
Detects elevated sand production instantly to prevent abrasive damage to surface equipment.
Minimizes unplanned maintenance, extending asset life and reducing operational interruptions.
Preserves Fracture Conductivity By Minimizing Post-Drill Out Damage
Controls flow conditions to avoid excessive proppant flowback that can degrade fractures.
Supports long-term well productivity by maintaining effective fracture pathways.
Provides Actionable Feedback For Improving Future Frac Design
Captures detailed sand and flowback data to evaluate stage and completion performance.
Enables engineers to refine frac designs and optimize spacing, volumes, and execution.
Enables Real-Time Hydraulics Models For Flow And Pressure To Support Well Control And Bottom-Hole Pressure Management
Supplies high-frequency inputs for accurate modeling of wellbore hydraulics.
Helps maintain optimal bottom-hole pressure and enhances overall well control during operations.
