| abstract |
A biological growth reactor vessel for the cultivation of micro-algae, diatoms or other unicellular organisms, especially for oil production, is described which incorporates a dispensing rod to which are attached a plurality of clear paddles which increase surface area for the diffusion of light and growth enhancing admixtures such as CO2, nitrogen and cellulose premixed at micron level. The dispensing rod incorporates a plurality of holes strategically placed to disperse the micron-mixture slurry of the growth admixtures. The dispensing rod and its attached clear paddles make use of methods and technologies to concurrently micron mix admixtures such as natural gases, amendments and other biological factors such as enzymes and microbes to increase contact area between said mixtures and micro-algae, diatoms or other naturally occurring unicellular growth. The dispensing rod is also used in a strategic moment in time to introduce a high concentrate of micro-bubbles, micron-mixed catalase enzymes and other cellulose break-down admixtures and gases to enhance rupturing of cell walls in order to extract the maximum amount of triglyceride content from both intra and extra-cellular walls of said micro-algae, diatom or other microorganism. |