EOM Offshore, LLC products

Due to its design, the Stretch EM Cable isolates the ocean`s rough conditions from the rest of the mooring through millions and millions of cycles, while simultaneously providing a stable and quiet platform for oceanographic instruments.  The Stretch EM Cable`s watch circle is minimal, eliminating the risk of the mooring line becoming entangled with itself, getting snagged by approaching vessels, or entangled with whales.  

The LP-MRS is placed in a vertical configuration with subsurface flotation attached above, and the recoverable asset attached below.  Once the release command is received and the release is dis-engaged, the synthetic line is freed.  The line wound onto the metal frame is roughly two times the water depth where the mooring is located.  This extra line simplifies retrieval in areas where there can be strong currents or where the mooring may have "walked" into deeper water.   No longer under tension, the subsurface flotation rises to the surface, bringing the LP-MRS with it while the line is payed out from the bottom of the LP-MRS. Upon recovery of the subsurface flotation and the LP-MRS with acoustic release, the ship would take control of the synthetic line via mechanical means and recover the asset in a controlled manner. Rate of ascent is determined by line retrieval rate.

The Multifunction Node-Marine Recovery System (MFN-MRS) has customizable configurations for multiple seafloor instruments and functions as a power and communications node that can integrate with existing seafloor power grids and communication networks.  This configuration ensures the delivery of power and real-time data directly to the shore via a bottom cable or via surface buoy.  It is designed to have positive buoyancy and sits on the seafloor using an integrated anchor recovery system, so all of the mooring elements can be retrieved, including the anchor.  When coupled with the EOM Offshore Stretch EM Cable, the MFN-MRS provides a quiet and stable platform for instrumentation that is easily recoverable. 

The electromechanical universal joint provides a robust electrical and mechanical connection point for electromechanical riser elements.  In return, electrical failure is reduced and the quality of data measurements from subsurface instruments is assured. 

The mechanical universal joint provides a combination of strength and wear resistance for bending under load, and may be used with mooring riser elements such as chain and wire.