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MTR Image courtesy PanGeo Subsea
Sub-Seabed 3D Acoustic Imaging Technology Enters Taiwan Market to Support Jan De Nul’s Offshore Wind Farm Developments
PanGeo Subsea introduced its patented Sub-Bottom Imager (SBI) to Taiwan to deliver sub-seabed imaging for Jan de Nul, in support of Formosa 2 Offshore Wind Farm Project. Initially, PanGeo plans to have one SBI unit resident in Taiwan with a plan to ship additional SBI units as operations dictate.
PanGeo will be supporting the growing renewable markets in the region by providing acoustic imaging services for cable depth of burial specifically for Formosa 2 with plans to provide technology solutions to other developers in the region as more offshore wind projects are announced. The move comes as PanGeo was awarded a series of cable depth of burial survey along the export cables of one of the region’s largest offshore wind farms. Expected to commence April 2021, the surveys will see the
Taiwan
Miaoli-county
Miaoli-xian
Formosa
Moya-cahill
Siemens
Macquarie-green-investment-group
Swancor-renewable-energy
Acoustic-imaging-technology-enters-taiwan-market
Support-jan-de-nul
Offshore-wind-farm
Rgeo-subsea
Image courtesy PanGeo Subsea
Sub-Seabed 3D Acoustic Imaging Technology Enters Taiwan Market to Support Jan De Nul’s Offshore Wind Farm Developments
PanGeo Subsea introduced its patented Sub-Bottom Imager (SBI) to Taiwan to deliver sub-seabed imaging for Jan de Nul, in support of Formosa 2 Offshore Wind Farm Project. Initially, PanGeo plans to have one SBI unit resident in Taiwan with a plan to ship additional SBI units as operations dictate.
PanGeo will be supporting the growing renewable markets in the region by providing acoustic imaging services for cable depth of burial specifically for Formosa 2 with plans to provide technology solutions to other developers in the region as more offshore wind projects are announced. The move comes as PanGeo was awarded a series of cable depth of burial survey along the export cables of one of the region’s largest offshore wind farms. Expected to commence April 2021, the surveys will see the SBI image the cables to a depth greater than 1
Taiwan
Miaoli-county
Miaoli-xian
Formosa
Moya-cahill
Siemens
Macquarie-green-investment-group
Swancor-renewable-energy
Acoustic-imaging-technology-enters-taiwan-market
Support-jan-de-nul
Offshore-wind-farm
Rgeo-subsea
December 11, 2020
While nautical charting mainly focuses on bathymetry and objects that form a hazard to shipping, offshore construction and dredging require sub-bottom information. There is nothing worse in any project than finding wrecks or unexploded ordnance (UXO) after construction has started. The detection of covered cables and pipelines is also an important survey objective. There have been some interesting innovations in this field over the past years and, while this article does not attempt to be exhaustive, it provides an overview of the various types of system available.
The Sub-bottom Profiler
The classic instrument for detecting bottom layers and sub-bottom objects is the sub-bottom profiler (SBP), or shallow seismic system. We distinguish the pinger, boomer and sparker type instrument, based on their acoustic source.
Germany
German
Sub-bottom-object-detection
Main-innovations
Compressed-high-intensity-radar-pulse
Sub-bottom-imager
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பிரதான-புதுமைகள்
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