supporting the entire upstream oil & gas process for life

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DeepWorksTM: Complete Mission Simulation and Visualisation

DEEPWORKSTM: REAL PHYSICS MADE EASY

Because the physics is real, the engineering is real, and yet it is

quick and easy to use.

User Friendly

The drag-and-drop user interface means no programming is

required; simply drag in vessels, ROVs, cables, risers, wellheads,

mattresses and more, connect them together and let the physics

make it real. An automated tool ensures client models and seabeds

are easily imported.

Powerful Visualisation

Powerful visualisation for a truly immersive experience and better

comprehension of the real dynamics, collisions and forces at work.

Full 4D state data is preserved and sharable.

Fast Engineering

True engineering dynamics provides forces, tensions, and velocities

in a subsea simulation on which to assess operational capabilities

and safety envelopes for vessels, cables and winches, as well as

for ROV and diving operations. Sea currents and sea state driven

vessel motions add complex load conditions.

Accurate Physics

All DeepWorks simulation products benefit from integration with

our proprietary physics engine which is easily adaptable to specific

client needs.

DeepWorks is used worldwide in a range of applications and is

helping clients reduce project costs by simplifying engineering and

operational complexities and by helping to ensure subsea solutions

are workable and carried out safely.Advanced ROV Tooling Solutions

Simulating vessel motion during crane operations

Easy to learn, quick to master

Supporting the entire upstream Oil & Gas Process for Life of Field


DEEPWORKS PRODUCTS

DeepWorks Engineer

Rapid use desktop simulation tool supporting proof of concept and

FEED studies for new engineering designs and catenary solutions.

With customisable Component Libraries and powerful Scenario

Creation and Replay capabilities, new ideas can be tried out and

validated in minutes. Eliminating unsatisfactory designs earlier in

the process saves time and money and builds confidence and

predictability in project deliverables.

Used for bid support, engineering design validation, operational

procedures validation, safety-case analysis, and generation of

marketing and promotional material.

Applications: Operational planning tasks such as cable lay

touchdown prediction, riser pull-in, remote installation and

recovery of equipment from moving vessels.

DeepWorks Engineer Live

Extends DeepWorks Engineer by incorporating live inputs from the

field including position updates from vessels, ROVs, cables and

other mobile assets.

An augmented reality subsea scene is created with multiple

viewpoints to improve ROV situation awareness during navigation

and to improve co-ordination between crane operators, deck

handling teams, bridge and emergency response teams based

onshore.

Drives simulations using live data or previously recorded data or

a blend of live and simulated data for better position predictions.

Applications: Live asset position monitoring, real-time field data

visualisation, re-playable audit trail of live operations and field data

for post-operations reviews.

4D Subsea engineering simulation and operational visualisation


DeepWorks ROV

Normally used with a real ROV console for pilot training either

onshore or offshore.

DeepWorks ROV provides additional ROV specific components for

unprecedented realism and includes five default scenarios for pilot

training.

Instructors can change environmental properties and simulate

electrical and hydraulic faults on the ROV to increase the level

of difficulty. Trainee performance is monitored and simulation

data and performance metrics are saved and made available for

external analysis.

DeepWorks ROV is also used as a subsea component prototyping

platform for advanced tooling.

Applications: ROV pilot training, tooling development, deployment

rehearsal.

DeepWorks ReplayViewer

Free 3D replay tools allowing client to open and playback previously

recorded simulation data with freedom to select camera viewpoint

and other playback options.

More information available at WWW.FUGRO.COM

Fugro Subsea Services Ltd.7 Walker Avenue

Wolverton Mill East

Milton Keynes, Buckinghamshire

MK12 5TW

United Kingdom

Telephone : +44 (0)1908 224 670

Email : [email protected]

www.fugrogrl.com

© Fugro 2011


DEEPWORKS KEY FEATURES

HARDWARE REQUIREMENTS

The DeepWorks Simulation and Visualisation toolset is designed to run effectively on standard Windows based PCs. Where a client has the

opportunity to select new PCs Fugro GRL would recommend Dual Core, 4GB of RAM and nVidia graphics cards.

supporting the entire upstream oil & gas process for life

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