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Nitrogen step 1 gases are mixed in a proprietary fermenter where they are consumed by calysta's natural microorganisms, which form the basis of feedkind protein methane In 2014, it acquired norwegian company bioprotein a/s norway, creating a synergy of two technologies, calysta’s novel natural gas conversion technology using methane for high value chemicals and fuels and bioprotein’s technology to directly convert natural gas into biological products. Supplementing a scarce resource by allan leblanc and josh silverman calysta, usa aquaculture diets1

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As a proxy for the diet of fish in the wild, it has been extrao dinarily successful By populating water with a high concentration of the bacteria and pumping in oxygen and methane gas, the company has paved the way for the mass production of protein. However, fishmeal supply is finite and dependent upon wi d fish populations2

To date, the aquaculture industry has done an excellent job of growing des

Feeds, but for now calysta is focussed on the aquaculture In his presentation in vancouver, shaw stated that he sees “feedk Calysta developed a technique for making methane easily soluble in water, which it is not normally