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Basic Subsea System Overview

Total questions: 20

Worksheet time: 12mins

Name
Class
Date
1.

What is the main purpose of a subsea control system?

a)

Increase drilling speed

b)

Transport oil and gas to shore

c)

monitor, control, and protect subsea wells

d)

Replace the need for offshore platforms

2.

What component acts as the "brain" of the subsea system?

a)

Flowlines

b)

Risers

c)

Manifold

d)

Subsea Control Module (SCM)

3.

What is the main function of a subsea production system?

a)

Extracting and processing oil and gas from subsea wells

b)

Transporting gas to refineries

c)

Cleaning the seabed

d)

Storing oil underwater

4.

What component transports hydrocarbons from wellhead to the processing facility?

a)

Umbilical

b)

Subsea Tree

c)

Flowline

d)

Subsea Control Module (SCM)

5.

What does a Subsea Tree primarily control?

a)

The movement of umbilicals

b)

The positioning of the FPSO

c)

The flow of oil and gas from the well

d)

The installation of risers

6.

What is the purpose of a manifold in a subsea system?

a)

To clean the wellbore

b)

To store oil and gas

c)

To distribute flow from multiple wells

d)

To transport chemicals to the surface

7.

Which of the following is NOT a function of an umbilical?

a)

Delivering hydraulic power

b)

Supplying chemicals

c)

Transporting hydrocarbons

d)

Transmitting control signals

8.

What is the primary function of a riser in a subsea system?

a)

To anchor subsea equipment to the seabed

b)

To transport fluids between the seabed and the surface facility

c)

To control subsea valves remotely

d)

To provide power to subsea components

9.

What is the function of a jumper in a subsea system?

a)

To provide a long-distance connection between subsea fields

b)

To act as a fixed connection between the platform and seabed

c)

To provide short, flexible connections between subsea components

d)

To supply power to subsea control modules

10.

What is the future trend in subsea production system?

a)

Increased manual operations

b)

Moving towards fully autonomous subsea fields

c)

Eliminating umbilicals and risers completely

d)

Building oil refineries on the seabed

11.

The (a)   is installed on the wellhead to control the flow of oil and gas from the reservoir.

12.

The three main components of a subsea production system are 1._____, 2.______ and 3._____.

(a)  

13.

What does ROV Stand for?

(a)  

14.

What is the primary function of an ROV in subsea operations

a)

Transport oil from the seabed to the surface

b)

Carry divers to deep water locations

c)

Inspect, maintain, and repair subsea equipment

d)

Drill wells in deep water field

15.

Which installation method lays the pipeline horizontally from a vessel and curves it down to the seabed?

a)

J-Lay

b)

S-Lay

c)

Reel-Lay

d)

Towing Method

16.

Which pipeline installation method is best suited for ultra-deepwater projects?

a)

S-Lay

b)

J-Lay

c)

Reel-Lay

d)

Towing-method

17.

Which method uses a pipeline spooled on a drum and deployed in a continuous manner?

a)

J-Lay

b)

Reel-Lay

c)

S-Lay

d)

Towing method

18.

What is a challenge of using the S-Lay method?

a)

High bending stress in deep water

b)

Slow installation speed

c)

Requires pre-assembled sections

d)

Can only be used for flexible pipes

19.

What is one key advantage of using ROVs over human divers?

a)

They can carry more tools

b)

They can operate at extreme depths where divers cannot go

c)

They are faster at swimming than divers

d)

They require no maintenance

20.

Why is the J-Lay method preferred for deep water pipelines?

a)

It reduces stress on the pipeline during installation

b)

It requires minimal vessel equipment

c)

It is faster than the Reel-Lay method

d)

It allows for larger pipe diameter