iWellead™ is a new generation drilling design and analysis software that is completely different from previous conventional drilling software and has a considerable degree of intelligent functionality. In terms of design, the software is aimed at achieving the most possible automatic drilling design to reduce the designer's work intensity and improve design quality, especially for current complex drilling design and heavy design workload.
In order to meet the needs of the development of the big data era, the software is equipped with an advanced database and fully utilizes the functions of database to optimize multi-well trajectory of large platforms and multiple platforms, optimize sites, automatically scan the wellbore trajectories of a batch of wells, automatically adjust the trajectory, and automatically optimize BHA design. In order to meet the needs of multi-disipline management, the software effectively integrates geology, engineering and economics together.
Main Features:
Multi-Platform Optimization and Design Module
Determine the number of platforms based on geological targets (as many as several hundreds of target points)
Optimize platform locations
Automatic design of wellhead coordinates
Match wellheads and targets
Large Platform Optimization and Design Module
Optimizes the platform location and automatically designs wellhead coordinates according to the targets provided by the geology and reservoir department
Automatically optimize and match based on wellhead coordinates and target points
Automatically match the existing or manually created wellhead coordinates with targets
Automatically design each well trajectory of the platform
Horizontal Well BHA Optimization and Design Module
Automatic design of BHA: Mechanical calculation matching according to BUR, automatic recommendation of drilling tools
BHA effect prediction: Accurately and quantitatively predict the effect of the rotary drilling tool based on theoretical mechanics, material mechanics, boundary conditions, and perform mechanical calculation of drilling tools
Built-in drillstring database
Match drilling parameters according to the actual well trajectory, and draw curved drilling tools according to the well path
Horizontal Well Database Module
The module can display the dynamic data of the well for management, perform query analysis according to the well attribute; manage the design and construction summary documents
Horizontal Well 3D Display Module
Load geological models and displays well trajectories and targets in formation
The lithology of the formation can be displayed along the wellbore trajectory in wellbore schematic
Economic Evaluation and Engineering Integration Module
Time-depth curve and cost-depth curve
Generate accurate cost reports based on user data
Carry out engineering and economic integration analysis as soon as the well trajectory is determined.
Carry out engineering and economic integration analysis for each sidetrack point of the old well
Carry out engineering and economic integration analysis under different dog legs
Other Features:
Unit conversion between US oil field units and SI units
Chinese and English versions
Customizable output report content and order
A well trajectory data table that can be freely copied and pasted
Contact Information:
Address: 11635 201st PL, NE Redmond, WA, USA 98053
Tel: +1 4256051458 Email: tincatech@gmail.com