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Supporting Subsea IMR with Resident ROV Systems to Reduce Vessel Days and Carbon Footprint

The offshore oil and gas industry has been investigating innovative solutions to help reduce or eliminate carbon footprints subsea and increase worker safety on- and offshore. Remote operations coupled with advanced autonomous solutions can have a significant impact on how business is conducted.

Supporting Subsea IMR with Resident ROV Systems to Reduce Vessel Days and Carbon Footprint

Efficient and Accurate Positioning During Depth of Burial Inspections

Why use a 90 m vessel for multiple surveys on a subsea pipeline when you can get the job done in a single pass, using a small electric powered remotely operated vehicle (eROV) launched from an uncrewed surface vessel (USV)? Depth of burial (DOB) inspections and surveys on pipelines are about to become faster, safer and more cost effective.

Efficient and Accurate Positioning During Depth of Burial Inspections

A New Era OF Subsea IMR

The methodologies in performing subsea inspection, maintenance, and repair (IMR) services are ever evolving, with new and innovative technologies rapidly advancing the capabilities of what is possible in the underwater domain.

A New Era OF Subsea IMR

Real-Time Acoustic Monitoring of Offshore Wind Farms

Buoys equipped with hydrophones and acoustic recorders are used to evaluate the level of underwater noise on offshore wind farms. In recent years, the presence of certain species of marine mammal during offshore infrastructure works (pile driving, drilling, etc.) has been a major environmental concern.

Real-Time Acoustic Monitoring of Offshore Wind Farms
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