Eely500 performs inspection, maintenance and repair in confined spaces not accessible by conventional underwater vehicles.
Subsea inspection, maintenance and repair (IMR) is costly and complicated.
Whether for oil and gas installations, fish farms or other underwater facilities, IMR requires deployment of large service vessels and resource-intensive operations. This results in high fuel consumption and greenhouse gas emissions.
IMR is especially difficult in confined spaces, which are not accessible by conventional underwater vehicles, only human divers.
Eelume has designed a revolutionary subsea robot for precision manoeuvring and repairs. The self-propelling Eely500 has a slender and flexible body, which can perform IMR in almost any confined space.
The eel-like design allows Eely500 to straighten to the shape of a torpedo and travel great distances at speed. At the same time, it can bend and twist to access narrow gaps and openings, moving with exactness even in strong ocean currents.
Eely500 is a battery-powered and modular vehicle. It can be tailored to different needs using a set of joints, thrusters and various payload modules. Sensors and tools can be mounted anywhere along the flexible body.
Eely500 can even achieve a dual-arm configuration by mounting tools on each end and forming the vehicle body into a U-shape.
The Eely500 is engineered to reside permanently underwater, where it can operate 24/7, regardless of surface weather.
Eely500 allows users to service subsea installations remotely, at any time, without the need for comprehensive operations with service vessels and divers. This reduces environmental impact and risk, as well as saving time and money.
Eely500 is flexible and adaptable to any type of underwater inspection, maintenance and repair for large and small installations.
The market for Eelume’s subsea robots includes offshore oil and gas, aquaculture and other types of offshore and subsea activity.
Eelume was established in 2015 as a spin-off from the Norwegian University of Science and Technology (NTNU), after a decade of research on snake robots in collaboration with the research organisation SINTEF. The company is co-owned by Kongsberg Maritime and has a strategic partnership with Equinor.
Self-propelled and subsea-residing robot for underwater inspections
Modular system providing unparalleled access to confined spaces
Alleviates the need for large-scale service operations and divers