Subsea Connections and Jumpers

Subsea Connections and Jumpers

An in-depth approach looking at how Subsea Connections and Jumpers operate, the engineering principles involved and identifying the key areas that are often overlooked, such as managing availability and the reliability of Subsea Connections and Jumpers.

Delegates will have the opportunity to see what different parts of the system look like, get an independent comparison of the kit and equipment available, and gain a greater insight into this specialist area. Course instructors are core subsea professionals.

Key learning areas

• Differentiate the types of Subsea Connections and Jumpers and identify different subsea equipment and functionality.
• Gain an in-depth understanding of how Subsea Connections and Jumpers operate.
• Understand the issues when overseeing the design and manufacturing of Subsea Connections and Jumpers.
• Take a look at future technologies.

Contents

Day 1

• Tie-In Systems
• Vertical Tie-In Systems
• Horizontal Tie-In Systems
• Comparison between Horizontal and Vertical Tie-In Systems
• Jumper Configurations
• Jumper Components and Functions
• Flexible Jumper Components
• End Fittings of Flexible Pipe
• Corrosion Resistance
• Advantages of Flexible Jumpers
• Rigid Jumper Components
• Connector Assembly
• Connector Receiver
• Connector
• Connector Actuator
• Soft Landing System
• Connector Override Tool
• Jumper Pipe Spool
• Hub End Closure
• Fabrication/Testing Stands
• Transportation/Shipping Stands
• Testing Equipment
• Running Tool
• Jumper Measurement Tool
• Metal Seal Replacement Tool
• Hub Cleaning Tool
• Vortex-Induced Vibration Suppression Devices
• ROV-Deployable Thickness Gauge
• Subsea Connections
• Bolted Flange
• Clamp Hub
• Collet ConnectorDog and Window Connector
• Connector Design
• Connector Stresses
• Makeup Requirements
• Testing

Day 2

• Design and Analysis of Rigid Jumpers
• Design Loads
• Analysis Requirements
• Tolerance Analysis
• ROV Access Analysis
• Loading Analysis
• Thermal Analysis
• Materials and Corrosion Protection
• Subsea Equipment Installation Tolerances
• Design and Analysis of a Flexible Jumper
• Flexible Jumper In-Place Analysis
• Allowable Jumper Loads for Jumper In-Place Analysis
• Analysis Methodology
• Flexible Jumper Installation
• Design Criteria
• Installation Steps

Course Registration

For Registration details; please download the form here.

For further information on course fees or content details; please contact info@chesssubseaengineering.com