A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A technique provides for the combined use of a tool (50) and a sensor system (52) to deploy a subsea structural casing. The tool has an engagement region configured to couple with the subsea structural casing (22). The sensor system is operatively coupled with the tool and comprises a plurality of sensors. The sensors are used to monitor height of the subsea structural casing above a mud line as well as angular deviation of the structural casing during deployment of the subsea structural casing into a seabed.
A technique provides for the combined use of a tool (50) and a sensor system (52) to deploy a subsea structural casing. The tool has an engagement region configured to couple with the subsea structural casing (22). The sensor system is operatively coupled with the tool and comprises a plurality of sensors. The sensors are used to monitor height of the subsea structural casing above a mud line as well as angular deviation of the structural casing during deployment of the subsea structural casing into a seabed.
SUBSEA DEPLOYMENT MONITORING SYSTEM
UNTERWASSERÜBERWACHUNGSSYSTEM
SYSTÈME DE SURVEILLANCE SOUS-MARINE
STEPHENS JAMES (author)
2024-02-21
Patent
Electronic Resource
English
Online Contents | 2010