Process for producing a bio-inactve and shelf stable biomass matter derived from bioactive biomass feedstock

A process for producing a bio-inactive and shelf stable biomass matter derived from bioactive biomass feedstock comprised of the following:

• a) providing said bioactive biomass feedstock comprising:
• i) an original protein concentration of between 2.5% and 66% by weight of the bioactive biomass feedstock;
• ii) an original fat concentration of between 2.5% and 66% by weight of the bioactive biomass feedstock;
• and
• iii) an original water concentration of between 20% and 90% by weight of the bioactive biomass feedstock;
• b) stabilizing the bioactive biomass feedstock by adding an antioxidant at a dosing concentration of 2.0 to 20,000 parts per million by weight of the bioactive biomass feedstock to said bioactive biomass feedstock to produce a stabilized biomass wherein the fat is stabilized to prevent oxidation and to minimize free fatty acid creation to less than 50% by weight of the original fat concentration of the bioactive biomass feedstock;
• c) providing a blending dried biomass, having a particle size between 10 and 20,000 microns;
• d) back blending the stabilized biomass by mixing with the back-blending dried biomass at a back blending ratio by weight of said blending dried biomass to said stabilized biomass to produce a back blended biomass having a water concentration by weight that is 75% or less than said original water concentration of the bioactive biomass feedstock so that the biological activity does not consume the bioactive biomass feedstock via aerobic degradation processes and
• e) controlled drying of the back blended biomass by producing controlled drying environment conditions including producing an airflow over the back blended biomass, maintaining a humidity level of between 5% and 100%, and maintaining a temperature of the back blended biomass between 10° C. (50° F.) and 71.1° C. (160° F.) over at least 50% of the drying time to produce said bio-inactive and shelf stable biomass matter having a final water concentration of no more than 10% by weight;
• wherein a total duration time for processing said bioactive biomass feedstock in step a) to said bio-inactive and shelf stable biomass matter in step e) is controlled to less than 12 hours so that the bioactive biomass feedstock is not consumed by aerobic degradation processes.