OceanIQ
153 posts

OceanIQ
@_OceanIQ
Unparalleled subsea cable data, survey, route engineering, permitting and consultancy services
Se unió Eylül 2020
5 Siguiendo67 Seguidores

"We believe that risk is best assessed at the planning stage, when mitigations are easiest to integrate into the cable system design."
We know how and why cable faults occur - our aim is to prevent them.
Read our recent discussion with TeleGeography: hubs.ly/Q03zJgCR0
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"Route engineering and consultancy is the process of designing a cable route to maximise the cable system’s future security whilst making sure that it is safe and economical to install."
Discover more about our route engineering and consultancy services: hubs.ly/Q03rHdBZ0

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As well as Desktop Studies, our route engineering team can deliver Cable Fault Analysis & Cable Protection Assessments as well as supplementary analysis & consultancy services so you can acquire & interpret the data that's important to you: hubs.ly/Q03rHfV00

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In many parts of the globe the seabed is congested which is a big risk to new cables & to the acquisition of permits. Our Route Engineers deliver optimised cable routes that are more secure from an earlier stage than ever. Find out more from Stuart & Matt: hubs.ly/Q03lnd7D0

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Working with various organisations inc. survey companies, cable installers, telecom system suppliers and power cable project developers, we can complete route engineering work during and after the survey is completed – this is known as Micro Routeing.
hubs.ly/Q03jK6ms0

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Macro Routeing of a subsea telecoms or power cable project happens before a survey starts and utilises previously collected GIS and survey data to optimise a cable route.
hubs.ly/Q03jJNRZ0

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The earliest cable in our GeoCable® database dates back to 1851. This was the first commercial cable ever installed and ran from England to France, installed by the Brett brothers.
hubs.ly/Q036B7GV0


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Determining reliable cable ampacities for marine High Voltage Cables is a subject of significant industry & academic reassessment.
Read some thoughts from Route Engineer @Jon Duell on how practices can be improved utilising oceanographic models.
hubs.ly/Q03blMvJ0
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Only 5% of fibre optic cable faults in the last 25 years can be attributed to system failures.
Our cable fault heatmaps overlay historic cable fault data assessing the likelihood of a fault occurring .
hubs.ly/Q036zSbB0
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Turbidity currents are a phenomenon that can cause abrasion and damage to these valuable assets, particularly if laid across submarine canyons.
Find out more from Route Planning Manager @Matt West in our latest blog
hubs.ly/Q036mbG80
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