Underwater technology - Import export

HYDREX UNDERWATER TECHNOLOGY offers turnkey underwater repair solutions to shipowners wherever and whenever they are needed. Hydrex’s multi-disciplinary team can help to find the best solution for any problem encountered with a ship below the water line. Divers and technicians are immediately mobilized to carry out necessary repair work without the need to drydock. Every single day that a ship stays off-hire, causes the owner a substantial loss of money. This is where Hydrex comes in, in order to provide the owner with the most flexible and fastest assistance, throughout any underwater repair or maintenance operation of the ship. This can only be done successfully by people who have familiarity with such challenges and the relevant know-how to resolve all of the technical difficulties. This is why all Hydrex staff around the world undergo stringent training, after which they are able to perform a wide range of operations.

Robust CPU I/O master module for offshore applications I/O master module with powerful 32-bit processor Extremely robust design, suitable for the offshore sector and underwater technology Interface with underwater acoustic modems IEC 61131 compliant PLC that can be flexibly programmed with CODESYS Plug-in underwater connections Maximum depth down to 6,000 m

High sensitive 24/7 observation and monitoring system, which allows an optimized responding time against any unwanted asymmetric threats. With the harbour and coast protection system of STL, the Navy will have the general capability to detect unknown threats by passive measurement of the signals of an invader. The observation can be conducted for surface and subsurface surveillance. The advantage of the passive detection is that an invader will not recognize he is under monitoring and observation. This increases the moment of surprise and is a big advantage for the naval staff.All this is made possible through an optimal use of available high technologies. Our 3rd generation system is based on STL‘s high resolution data acquisition, highly sensitive preamplifiers in combination with UEP electrodes, very low noise magnetic field sensors, acoustic sensors with highest accuracy, together with state-of-the-art underwater and computer technology