Our n-sea twin-prop and quad-prop excavation systems were designed and developed in-house; each system is constructed to be non-contact and nonintrusive, ensuring controllable and safe operations for operators’ and clients’ assets.
Identifying a gap in the market for shallow water excavation tools, N-Sea have developed the twin and quad-prop controlled flow excavation tools for trenching and deburial operations.
Mass flow excavation systems, signed and developed in-house, are used for trenching and deburial on varying types of seabed in advance of operations starting. Such operations include IMR, leak detection, repositions and decommissioning.
N-Sea’s Twin-prop and Quad-prop are versatile systems. Each fitted with a 2d or 3D sonar survey package to provide accurate data for pre and post surveys and for live monitoring during operations. The fully integrated remotely operated systems have proven success in a range of seabed formations, including sand, silt, gravel, rock dump, drill cuttings and clays.
MFE is a technique that is used for trenching and deburial at which a high volume of water is being produced and directed downwards onto the seabed to break up the seabed formation and to disperse the seafloor evenly.
Innovative features include:
Applications:
Identifying a gap in the market for shallow water excavation tools, N-Sea have developed the twin and quad-prop controlled flow excavation tools for trenching and deburial operations.
Mass flow excavation systems, signed and developed in-house, are used for trenching and deburial on varying types of seabed in advance of operations starting. Such operations include IMR, leak detection, repositions and decommissioning.
N-Sea’s Twin-prop and Quad-prop are versatile systems. Each fitted with a 2d or 3D sonar survey package to provide accurate data for pre and post surveys and for live monitoring during operations. The fully integrated remotely operated systems have proven success in a range of seabed formations, including sand, silt, gravel, rock dump, drill cuttings and clays.
MFE is a technique that is used for trenching and deburial at which a high volume of water is being produced and directed downwards onto the seabed to break up the seabed formation and to disperse the seafloor evenly.
Innovative features include:
Applications:
The N-Sea group includes the entities N-Sea Offshore B.V., N-Sea Offshore Wind B.V., and UXO Control B.V.
N-Sea Headquarters is located in The Netherlands. N-Sea offices are geographically favorable located to benefit key clients on their operations.
