✔ Drilling & Completion Software Package
▶ The Drilling software which we provide are dedicated to helping the man on the rig to get on with his job in a more efficient manner by reducing the daily calculations and reporting to a simple to use and efficient operation. All the software is for MS Excel applications You will find everything from Rig Maintenance and PM Scheduling, Drilling Engineering, Drilling Hydraulics, BHA Design, Casing Design, Ton Miles Calculator, Workover and Completion programs complete with hi-resolution graphics for impact well completion schematics, Well Control, Mud Engineering. We also offer customization with company the company logo installed on the main menu on all software. The software is already in use in almost all oil producing countries around the world, which means there are a lot of drilling people that have already found that by using it can make life just that little bit easier.
✔ Fracturing & Acidification Software
▶ Fracturing acidification software introduced by our company is easy to operate a true / fracturing and acid-wide three-dimensional design and simulation software. Calculated to take full account in the process of the same and different characteristic of the formation, multiphase flow multi-dimensional flows, transmission for proppant, fracture liquid flowed-denaturation and dynamic water loss, acid rock reaction, and other relevant factors, the software using three-dimensional mesh structure algorithms, dynamic computing and the extension of analogue of three-dimensional cracks, is able to calculate and simulate asymmetrical expansion of cracks in the multiple layers of perforation.
✔ Three-dimensional Sucker Rod Pump Design Optimization Software
▶ SRP-3D three-dimensional sucker rod pump design optimization software with friendly interface is mainly used in the design, forecasting, optimization and uation of work performance of sucker rod pump in wells. The precision stress analysis model of the software is to ensure their accuracy higher. It uses tilt angle and azimuth to accurately describe geometry, and Use longitudinal, transverse double wave equation and accurate pump dynamics model to uate the dynamic stability characteristics of the pump. The software is the only that using dual-wave equation to calculate vertical and horizontal directions on the vibration of the software. Pump rod in 3D inclined shaft not only vibrate along the vertical, but also along the horizontal direction, and the vibrations can change the degree of axial stiffness and bending of pump rod. The software also accurately calculates friction and pressure between the pump rod and tubing. It also calculates pump-bending force, as well as size of losses of axial stiffness caused by the level and spiral bending. To separate the pump rod from tubing, the software the exact location and quantity of the necessary pump centralizer.
Application Software