Remote inspection services and autonomous solutions

Blue Essence undertaking remote inspection of Aberdeen Wind Farm
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    We are leading the development and deployment of remote and autonomous solutions with our global network of remote operations centres and autonomous vehicles that support the maritime industry for a safe, sustainable and liveable world.

    Ivar de Josselin de Jong headshot

    Ivar de Josselin de Jong

    Global lead - remote and autonomous solutions

    Our drive to deliver remote and autonomous solutions led us to set up a global network of remote operations centres. Combined with our fleet of uncrewed surface vessels (USVs) and electric remotely operated vehicles (eROVs), we deliver safe and sustainable remote survey, inspection, piloting and positioning services for the maritime industry.

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    More information about Fugro's remote inspection services

    What remotely operated vehicle (ROV) services do Fugro offer?

    We offer a complete range of ROV services designed to meet the needs of various subsea operations and offshore surveys.

    Inspection and maintenance: Our ROV services are equipped for detailed subsea inspections, ensuring the integrity and safety of underwater infrastructure. These services include visual inspections, ultrasonic testing, and other non-destructive testing techniques.

    Remote mapping: ROVs are used to precisely  map the seafloor and subsea structures. This involves gathering high-resolution data that supports environmental assessments and resource management.

    Environmental monitoring: We collect data on water quality, marine habitats, and other ecological parameters to support environmental protection initiatives.

    What are remote and autonomous vessels?

    Remote and autonomous vessels are ships that can operate without a human onboard, such as, uncrewed surface vessels (USVs). They rely on automated control systems and remote operations centres (ROCs) to perform various maritime tasks, reducing HSSE risks for offshore personnel and therefore enhancing safety. An onshore team of mariners and engineers control the USV and eROV from a ROC through a satellite connection. These inspections are used for offshore assets, construction support services, and hydrographic and geophysical surveys.

    How do remote services enhance operational efficiency?

    Remote services encompass a wide range of activities, including remote inspection, data collection, and data processing. These services are managed from specialised ROCs.

    Remote services unlock operational efficiency in several ways:

    • Reduces operational costs - ROCs can manage multiple projects simultaneously, optimising resource allocation and reducing overall expenditures

    • Reduces human presence in remote locations - by reducing the need for people in remote locations, remote services lower the costs and challenges of transporting and supporting staff there

    • Better accuracy and precision - remote sensing tech and autonomous systems ensure precise data collection and operational execution

    • Continuous operations - ROCs enable 24/7 operations without compromising work-life balance or safety (e.g. back deck work in rougher weather)

    • Reduces CO2 emissions - because USVs do not carry any personnel onboard, their size can be significantly reduced compared to conventional vessels without compromising data quality. While a traditional vessel may consume up to 7 metric tonnes of fuel per day, our 12-metre USV uses only up to 180 litres of fuel daily to power its generators and charge its batteries. This substantial reduction in fuel consumption results in up to a 95 % decrease in CO2 emissions compared to a conventional survey vessel

    • A future fit workplace - operating from a ROC offers significant benefits for marine crews and opens up new talent pools for Fugro

    The key advantages of remote services include:

    • Predictable scheduling: Crew members know their schedule in advance and can better plan their personal time

    • Work-life balance: After a 12-hour shift, crew can return home and spend time with their families, improving overall well-being

    • Increased flexibility: Experts at ROCs easily switch between different projects by moving to various operations rooms, enhancing project efficiency and collaboration

    • Attracting new talent: The chance to work in a ROC appeals to people who may not have been interested in or able to work offshore before

    Benefits

    01

    Over 1,000,000 hours of remote operations

    Delivered from 10 global ROCs, 365 days a year with 24/7 onshore supervision

    02

    Up to 95 % lower fuel consumption

    By shifting our operations to smaller hybrid USVs, there is an immediate reduction in fuel consumption when compared to conventional vessels, which in turn means a large reduction in the overall carbon footprint of our operations

    03

    Up to 100 % reduction of personnel in offshore operations

    By transitioning operations to onshore ROCs, in most cases we can remove all personnel from offshore operations for a safer working environment

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    Remote and autonomous solutions

    Spaarc

    Focusing on space automation, artificial intelligence and robotics, SpAARC aims to encourage more research and development of remote asset management capabilities for space, with a flow-on effect and benefits to other industries such as mining, emergency services, agriculture and maritime surveillance.

    Our insights deliver

    Safer operations

    Remote and autonomous solutions can perform the most difficult offshore tasks, allowing our experts to deliver projects from onshore locations safely out of harm’s way while experiencing a healthier work-life balance.

    Faster and more informed decision-making

    Through digitalisation of our remote operations and cloud processing, our clients obtain better quality insights in near real time from the comfort of their office.

    Lower carbon footprint

    Remote and autonomous solutions are a springboard for a more sustainable, safe and liveable world, as our experts manage a fleet of hybrid, fuel efficient uncrewed vessels from onshore locations. 

    Contact us

    Get in touch for more about our remote and autonomous solutions

    Ivar de Josselin de Jong headshot

    Ivar de Josselin de Jong

    Global lead - remote and autonomous solutions

    ,
    Engineer onboard Fugro Galaxy

    Come join us

    Exciting challenges. Unforgettable experiences. Work that helps create a more safe and liveable world. These are a few of the things you’ll find at Fugro. Will you join our global team?

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