WFS and PSL Join Forces to Improve Subsea Safety
Scottish technology companies WFS Technologies and PhotoSynergy Ltd (PSL) launched a wireless ribbon lighting system, which is said to have been designed to revolutionise diver safety and efficiency in remote subsea locations.
Namely, the so-called Seatooth LIGHTPATH is a combination of two technologies – WFS’ Seatooth, a subsea wireless communication system that can download and log information gathered on subsea installations remotely, and PhotoSynergy’s LIGHTPATH, a side-emitting flexible fibre that projects a continuous line of light that carries no electrical power.
The new product works for both diver and ROV operators working either near surface or at depths of up to 3,000 metres. The light is engaged automatically when the diver or the ROV comes within 5 metres of a structure, and provides instant illumination of subsea architecture and delineating features such as control valves, docking bays and even the outline of the structure itself against the natural darkness of the underwater environment.
It switches off automatically when the diver or the ROV departs the scene, and has the ability to act as a proximity warning system when approaching installations, other divers, ROVs or danger areas.
Reportedly, the unit has been successfully tested in the lab, and will be trialled in subsea conditions in early 2017.
PhotoSynergy Ltd director, Don Walker, said: “Combining Seatooth technology with the LIGHTPATH™ product increases the capability of LIGHTPATH. This is most significant in terms of battery utilisation where LIGHTPATH is only illuminated as required operating either in a flashing or continuous operation.
“By integrating the two products, we have produced a much more convenient and efficient method for lighting a challenging environment with no physical contact required from a distance of five metres. The subsea environment is an intrinsically dangerous place where it is easy to become disoriented, so the Seatooth LIGHTPATH is a very significant development in safety.”