Tharos has been working in a consultant role within the krill industry for about 30 years, and has lodged the 45-page patent application with the Swiss patent office, after developing the undisclosed technology for about six years.
Managaing director, Dimitri Sclabos, said the technology could produce cleaner oils at lower cost, and that most of the major krill suppliers including market leaders Aker Biomarine, Neptune Technologies and Bioressources and Enzymotec had expressed interest in the technology.
“The cost of using solvents is very high as it cannot be done on the boat when the krill is harvested,” Sclabos said. “So we see a lot of value for the industry in this technology in both price and quality.”
Sclabos said he expected the application to be processed within six months at which time the technology could be available for krill extraction is conducted with solvents such as hexane.
He said the technology could deliver cleaner oils, although acknowledged krill oil cleanliness was not a widespread problem with in the industry, even with solvent extraction.
Sclabos observed a disconnect between krill harvesters and processors and said a cheaper extraction method could help them connect and increase the overall krill oil yield. Most krill enters the market from suppliers based in Norway, Poland, the US, Korea, the Ukraine and Israel.
He said this was the case because a solvent-free system would allow more onboard harvesting.
“This technology has the potential to allow companies to achieve vertical integration,” he said.