Introduction to Subsea Control & Distribution Course Preview

Today’s subsea production systems tend to go deeper, have reservoirs with higher temperature and pressure, be in fields located in regions with a colder climates (artic), include installation of subsea processing equipment (demand for more power), and are at longer distances from infrastructure. Traditional production control systems monitor processes with relatively slow process dynamics. Condition and performance monitoring systems may, in many cases, be monitoring systems with much faster dynamics. This may require improved instruments and data sampling systems. The amount of data being transmitted from a subsea installation may also increase considerably. There is a risk that introducing new equipment and an increase in data will introduce faults into the control system. It will be important to ensure adequate independence between critical control/safety functions and monitoring functions, so the reliability of the critical functions is not compromised.

Depending on the project requirements, the topside control units can be integrated by adding the pump control to an existing production control system, or vice versa. For new projects, a full integration can be achieved from topside to subsea from system to board level. These full integrations can utilize common building blocks from the same subsea control module (SCM) product family. Core components from existing technologies have been thoroughly evaluated and selected to form the basis for the new pump SCM. New, single-unit, integrated SCMs expand the range of available SCMs.

For full videos you can visit this link :

https://drive.google.com/file/d/1A2Xgu5IYquFnU9f8L49G38z15WfJ8uVb/view?usp=sharing

https://bit.ly/49GQNox

and you will be directed to a google drive link where you can download all files of this course

https://drive.google.com/file/d/1zxN0PWZH3z9a4c5hmnzsOrnkeSn0B3sl/view?usp=drive_link