HARVISH® trial season and scale-up

We have developed a patented disruptive technology for harvesting marine organisms in the oceans mesopelagic zones using the organisms natural bioluminescence to concentrate swarms. The system (HARVISHER®) consists of a topside and submerged unit significantly redesigned based on results from previous trials. The submerged unit consists of several inlets with embedded and changeable light sources, a pump and a sensor package (cameras, flow meters and so on). The krill is pumped intact and alive onboard either for flash-freezing or for direct processing into krill oil using a solvent-free, patented technology. We have tested individual wavelengths within the visual spectrum (425-750 nm) to identify the wave-lengths most efficient in attracting krill. We plan to refine the HARVISH® technology and embark on a trial expedition to test the improved prototype, using state-of-the art location and species classification technology to improve catch volume. Our collaboration with Icelandic and Norwegian Marine Research Institutes ensures sustainable and responsible trials. A previous trial expedition in 2018 established that the concept of the technology works, but needed improvements to be commercially viable. During 2019 we have redesigned the HARVISHER® prototype and intend to test it in a commercial setting in Iceland. The tests intent to elevate the technology from TRL 6 to TRL8 and further up-scaling to TLR9. We expect to able to consistently locate and harvest swarms as a result of the trials. MRI Iceland will perform tests to ensure minimal by-catch and use the data to help establish the biomass of the krill in order to sustainably manage these resources. The Norwegian trials targets other species and will require systematic testing of frequencies, depths and other factors to establish parameteres that will predictably attract these organisms.