Remotely Operating Vehicle (ROV)

1. Remotely
Operating
Vehicle (ROV)
Vusal Iskandarov
E221 | ASOIU

2. Components
What kinds of parts do they
have?
Table of Contents
Introduction
1 What is ROV? Where do we
use them?
3
Types
What kinds of ROVs are
operating around world?
4
Shortcomings
Any problems associated with
ROVs?
2

3. ● A remotely operated underwater vehicle also
referred to as an ROV, is an underwater
vehicle that is unmanned and usually
tethered to the operator.
● The unmanned vehicle is similar to a robot,
which is fitted out with sensors and sampling
tools to collect various types of data.
About The ROV

4. ● A network of cables (umbilical) is utilized to
for power transfer to the vehicle and for
communication between it and its pilot.
● ROVs are incredibly complex and serve a
wide variety of purposes. From exploration
and unmanned expeditions to research and
sporting events, they can be found in a
diverse set of fields.
About The ROV

5. Intervenes faster, keep
production online more
effectively, reduces your
carbon footprint
Resident
Categorization of ROVs
General
These are specially built
to aid in light survey
tasks as these usually
bear a sonar unit.
Heavy Work Class
From deep water depths to
extreme lifting requirements,
increase efficiency and
decrease downtime
Trenching-Burial
Offers a 200-500 HP
range and can be utilized
till 6000 meters
Light Work Class
Reduces the
environmental impact of
work class ROVs
Observation
Enables reliable
completion of subsea
survey operations

6. Electrical systems
Mechanical structures
Mechanical systems is
propulsion, which is in the form
of miniature and specialized
marine propellers.
The electrical systems refer
to the wiring and circuitry
that make up the heart of
the ROV.
Components of ROV mechanism
Sensors and appendages
The most common equipment that
is fitted include cameras, depth
gauges, temperature sensors, and
internal system sensors.
Task-specific structures
Task-specific modifications
are what makes an ROV
customizable and usable in
a wide variety of fields.

7. Preparation and Launching of ROVs
Penetration of wave
surface (splash zone)
Transit to work space
Launching
Pre-laucn
Pre-launch preparations
for operations
Leaving & Data acq
Leaving and transit to
surface, penetration of
surface, hook-up, lifting
and securing on deck
Working
Entering work space,
homing in on work task,
& completion it

8. ROV Deployment

9. ROV Operational goals
1. Visual inspection
• Inspection of underwater structures
• Observation of ongoing work tasks on subsea structures
• Biological observation
2. Different types of mechanical inspection
3. Non-destructive testing
4. Mechanical work
5. Biological sampling, water column and bottom

10. A Picture Is Worth A
Thousands Words

11. Flow characteristics for normal operations
1.Non-streamlined body
2.Low speed
3.Mostly turbulent flow due to separation on edges
4.Umbilical drag for operations at large depths
5.Complex flow due to interacting thrusters

12. ROV Operational challenges
Hydrodyna
-mics
Umbilical
geometry
and forces
Crane tip
motion
Surface
vessel
motion

13. Shortcomings
A restriction of free
movement.
Restriction
Difficult Visualization
It lacks human presence
which makes for executing
the visual surveying down in
the underwater difficult.
A high-power signal that can
be used to control ROVs
across a large distance is the
preferred design. However,
high power and frequency may
affect marine life.
Environmental

14. Saipem
Oceaneering
A
World Class ROV Service Companies
Subsea 7 Seaway
B
C
D
A
B
C D
152 systems
78 systems
59 systems
35 systems

15. Ongoing operations
Had been used in many
offshore & subsea
projects
Previously worked
Actively working
Currently ROVs are widely used
in many parts of the world where
ongoing projects is underway

16. CREDITS: This presentation template was created
by Slidesgo, including icons by Flaticon,
infographics & images by Freepik and illustrations
by Stories
Thanks!
Do you have any questions?
i.vusal99@gmail.com
+994 70 511 77 07

17. List functional
requirements for a
ROV simulator to be
used for accessibility
studies
Question from me
Easy integration of different
kinds of underwater structures
Easy implementation of
different ROVs and different
types of sensors
Realistic model of umbilical
Catalogue of error modes and
related what-if statements
Ability to simulate realistic
environment conditions