Transmark Subsea Acquires WiSub
pinless underwater connection systems. Both companies have been key equipment and service providers to underwater intervention drone (UID) docking stations since 2018. This convergence of mature cable and connector manufacturing and design with innovative wireless underwater power and data transfer systems ensures reliable delivery of turnkey docking solutions. These systems support subsea automation, especially for enabling underwater drones to remain persistently resident at the underwater work site but operated safely from shore.Transmark Subsea’s Managing Director Leif Hugo Arntsen said
JFMS Launches Grimsby Marine Support Base
farms. The facility provides a local presence to be able to respond quickly to client’s needs through the rapid and efficient mobilisation / demobilisation of vessels and equipment including: mass flow excavation systems; air and Nitrox diving spreads, ROV spreads; Ship to Turbine oil transfer systems; offshore accommodation modules; and other specialist marine and subsea assets and equipment. “This latest expansion of our operational footprint enables us to increase both the range of services and the speed of response and service levels to our customers engaged in the development
New CTruk Design Targets Work Farther Offshore
;s patented moveable wheelhouse and flexible deck pod system will allow the vessel to fulfill multiple roles; potentially transferring 12 technicians in ultimate comfort one day and removing its passenger pod to make use of 72m² of deck space for equipment transfer the next, carrying cranes, transfer systems and amphibious rescue vehicles such as the CTruk Avenger. New features on this vessel include a protected controllable pitch propeller (CPP) system which will give optimal bollard pull and service speeds, increasing the fuel efficiency of CTruk’s lighter weight composite catamarans
MTR100 '13 McLane Research Laboratories, Inc.
Tethered Profiler (ITP) and the McLane Moored Profiler (MMP). These autonomous time-series instruments collect data while traveling on a fixed mooring wire. Samplers that collect suspended and dissolved particulate samples in situ include sediment traps, remote access samplers, large volume water transfer systems and zooplankton samplers. in 2013, McLane announced a new instrument - the Imaging FlowCytobot (IFCB) which an automated submersible imaging flow cytometer that generates images of particles in-flow taken from the aquatic environment. Depending on the target population, the IFCB can generate
February 2024
