Use of carbonates for biological and chemical synthesis
View Patent ↗A system of using carbonates, especially water-insoluble or sparing soluble mineral carbonates, for maintaining or increasing dissolved inorganic carbon concentrations in aqueous media. In particular, the system generates concentrated dissolve inorganic carbon substrates for photosynthetic, chemosynthetic, or abiotic chemical production of carbonaceous or other compounds in solution. In some embodiments, the invention can also enhance the dissolution and retention of carbon dioxide in aqueous media, and can produce pH buffering capacity, metal ions, and heat, which can be beneficial to the preceding syntheses.
1. A method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis; comprising the steps of:
providing a carbonate;
providing an acid;
providing a first vessel;
contacting and reacting said carbonate with said acid in said first vessel producing carbon dioxide;
collecting said carbon dioxide produced in said first vessel;
providing a second vessel containing the aqueous media and biota; and
contacting said carbon dioxide with the aqueous media and biota in said second vessel thereby maintaining or increasing the dissolved inorganic carbon concentration in the aqueous media providing growth media for said biota and producing the biosynthesis.
2. The method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 1 wherein said carbonate is limestone, calcite, aragonite, dolomite, magnesite, or siderite.
3. The method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 1 wherein said acid is sulfuric, nitric, phosphoric, or hydrochloric acid.
4. The method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 1 wherein said step of contacting and reacting said carbonate with said acid is achieved within said first vessel wherein said carbonate and said acid can contact and react with each other, producing carbon dioxide that is collected and vented or pumped from said first vessel.
5. The method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 4 wherein said vented or pumped carbon dioxide is bubbled, injected, or contacted with the aqueous media, thus partially or fully equilibrating the aqueous media with said carbon dioxide, hence maintaining or increasing said dissolved inorganic carbon concentration in the aqueous media.
6. The method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 5 wherein the aqueous media containing said maintained or increased dissolved inorganic carbon concentration is used in biosynthesis of hydrocarbons, fuels, plastics, pharmaceuticals, food, feed, or fiber.
7. A method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis; comprising the steps of:
providing a carbonate;
providing carbonic acid;
providing a first vessel;
contacting and reacting said carbonate with said carbonic acid in said first vessel generating carbon dioxide;
collecting said carbon dioxide generated in said first vessel;
providing a second vessel containing the aqueous media and biota;
adding said carbon dioxide to the aqueous media and biota in said second vessel thereby maintaining or increasing the dissolved inorganic carbon concentration in the aqueous media providing growth media for said biota and producing the biosynthesis.
8. The method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 7 wherein said carbonate is limestone, calcite, aragonite, dolomite, magnesite, or siderite.
9. The method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 7 wherein said carbonate is limestone.
10. The method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis if claim 7 wherein said carbonate is calcite.
11. The method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 7 wherein said carbonate is aragonite.
12. The method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 7 wherein said carbonate is dolomite.
13. The method of acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 7 wherein said carbonate is magnesite.
14. An apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in aqueous media, and for biosynthesis; comprising:
a carbonate;
carbonic acid;
a first vessel in which said carbonate is contacted and reacted with said carbonic acid producing CO 2 ,
a second vessel containing aqueous media and biota;
a means of collecting and transporting said CO 2 to said second vessel containing aqueous media and biota; and
a system of contacting and reacting said CO 2 with said aqueous media, thereby maintaining or increasing said dissolved inorganic carbon concentration in said aqueous media providing growth media for said biota and producing the biosynthesis.
15. An apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in aqueous media, and for biosynthesis of claim 14 wherein said carbonate is limestone, calcite, aragonite, dolomite, magnesite, or siderite.
16. An apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in aqueous media, and for biosynthesis of claim 14 wherein said acid is sulfuric, nitric, phosphoric, or hydrochloric acid.
17. An apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in aqueous media, and for biosynthesis of claim 14 wherein said carbonate is dolomite.
18. An apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in aqueous media, and for biosynthesis of claim 14 wherein said carbonate is magnesite.
19. An apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in aqueous media, and for biosynthesis of claim 14 wherein said carbonated is siderite.
20. An apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis; comprising:
a carbonate;
an acid;
a first vessel in which said carbonate is contacted and reacted with said acid producing carbon dioxide;
a second vessel containing the aqueous media, and biota; and
a system for adding said carbon dioxide to said second vessel for maintaining or increasing the dissolved inorganic carbon concentration in the aqueous media providing growth media for said biota and producing the biosynthesis.
21. The apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 20 wherein said carbonate is limestone, calcite, aragonite, dolomite, magnesite, or siderite.
22. The apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 20 wherein said carbonate is limestone.
23. The apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 20 wherein said carbonate is calcite.
24. The apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 20 wherein said carbonate is aragonite.
25. The apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 20 wherein said carbonate is dolomite.
26. The apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 20 wherein said carbonate is magnesite.
27. The apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 20 wherein said carbonate is siderite.
28. The apparatus for acidification of mineral carbonate to generate carbon dioxide, for maintaining or increasing the dissolved inorganic carbon concentration in an aqueous media, and for biosynthesis of claim 20 wherein said maintained or increased dissolved inorganic carbon concentration is further maintained or increased by addition of pure carbon dioxide to said second vessel.