UTPSP3GYY

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

UTPSP3GYY is a new application field that has risen in the past decade. It stands for Underwater Tubular Pipeline Reconfiguration by Utrasonic and Photoelastic Bi-axial Geometry Phenomenology using laser Guided Y-Y 3D printing. This application field seeks to provide an automated solution for the reconfiguration of subsea oil pipelines. The UTPSP3GYY system is comprised of an automated tubular launching mechanism, ultrasonic imaging system, photoelastic bi-axial geometry detector and a laser guided Y-Y 3D printing system.

The UTPSP3GYY system is used by oil companies to effectively reconfigure and maintain subsea pipeline networks without the need for expensive, complex on-site intervention. The UTPSP3GYY system eliminates the need for divers and requires only the use of the automated reconfiguration equipment. The UTPSP3GYY system is particularly suitable for use in the North Sea where the amount of divers and engineers can be limited due to safety concerns such as strong currents and cold temperatures.

The working principle of the UTPSP3GYY system is quite simple. First, the tubular launching mechanism propels a tubular cylindrical cylinder into the depths of the subsea system. The cylinder has ultrasonic and photoelastic bi-axial geometry sensors attached to it. These sensors allow the ultrasonic imaging system to capture images of the subsea pipeline network, which is then used to compute the necessary reconfiguration parameters. Once these parameters are in place, the laser guided Y-Y 3D printing system is employed to implement the required changes to the subsea pipeline network.

The UTPSP3GYY system provides a safe and cost-effective way to reconfigure and maintain subsea pipelines. It eliminates the need for divers and reduces the risk of incidents caused by manual inspection and repair. In addition to this, the UTPSP3GYY system is also highly dependable and efficient. This makes it a great choice for oil companies looking to save money on maintenance and reconfiguration of subsea pipelines.

The UTPSP3GYY system is an example of how modern technology can be used to make subsea engineering safer and more efficient. The system has seen successful applications in the North Sea and can be integrated into any oil company\'s pipeline management program. With its cost effectiveness and reliability, the UTPSP3GYY system is sure to be a valuable asset for any company operating in the oil industry.

The specific data is subject to PDF, and the above content is for reference