Tubing Analysis System

Mature theoretic model for analysis of string dynamics, fluid mechanics and fatigue based on field data ensures accurate calculation

Description

Features

Mature theoretic model for analysis of string dynamics, fluid mechanics and fatigue based on field data ensures accurate calculation.


Tabulated engineering software eases operation and realizes comparison of different working conditions.


Accurate modeling and analysis helps with job design and improves efficiency and safety.


Tubing fatigue life tracking and prediction realizes life-cycle management and maximizes the benefits.


Real time analysis and monitoring of tubing strength offer guidance for jobs to prevent emergencies.


CTlife– Coiled Tubing Fatigue Life Prediction Module

Track and predict the fatigue life consumption of CT during operations.


Simulate and analyze the sensitive parameters such as tubing size, materials, pressure, weld and erosions.


Compatible with multi-format job data (mdb, csv, db, etc.)


Support real-time and historical job analysis.


Real-time monitoring of tubing strength.


CTproject – Coiled Tubing Engineering Simulation Module

Determine the forces and stresses along the length of the CT


Determine how much weight on bit and pull force can be applied


Calculate how far CT can be pushed in a horizontal well


Determine the safe working limits for a string within the well


Calculate the pressure drop and velocity of fluids in tubulars and wellbore


Analyze the hydraulics sensitive parameters and calculate the particle settling velocity.


Stage hydraulics calculation


Applicable to liquids, gases, foams and multi-phase fluids


Specifications

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