Unicellular Alga Concentration

both in a Terrestrial and Microgravity Conditions
Artikelnummer: 978-620-9-89094-9
Einband: Kartonierter Einband (Kt)
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In this book, the authors reveal the new method of unicellular alga concentration; present physical mechanism of formation of negatively charged catholyte and theoretical explanation of its miraculous effect on the alga cells: illustrate the use of negatively charged catholyte and photosynthesis influence on alga cells to obtain a biomass with a high content of proteins in sufficient quantities; demonstrate advanced technology of the round-the-clock concentrating of alga cells from "green" lake water in a closed ecological cycle under influence of solar energy on solar panel: reveal biochemical mechanism for generating photosynthesis and rapid reproduction of alga cells, using solar energy; present application of the developed method of alga concentration using electrolytic hydrogen bubbles for synthesis of food, biologically active additives, synthetic bio fuels, biopolymers and other products: demonstrate the use concentrate of rapidly reproducing microalgae to convert carbon dioxide emitted by the crew into oxygen and as a food supplement in the diet of the crew of the International Space Station during long-duration spaceflight.

In this book, the authors reveal the new method of unicellular alga concentration; present physical mechanism of formation of negatively charged catholyte and theoretical explanation of its miraculous effect on the alga cells: illustrate the use of negatively charged catholyte and photosynthesis influence on alga cells to obtain a biomass with a high content of proteins in sufficient quantities; demonstrate advanced technology of the round-the-clock concentrating of alga cells from "green" lake water in a closed ecological cycle under influence of solar energy on solar panel: reveal biochemical mechanism for generating photosynthesis and rapid reproduction of alga cells, using solar energy; present application of the developed method of alga concentration using electrolytic hydrogen bubbles for synthesis of food, biologically active additives, synthetic bio fuels, biopolymers and other products: demonstrate the use concentrate of rapidly reproducing microalgae to convert carbon dioxide emitted by the crew into oxygen and as a food supplement in the diet of the crew of the International Space Station during long-duration spaceflight.

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VerlagGlobeEdit
EinbandKartonierter Einband (Kt)
Erscheinungsjahr2026
Seitenangabe128 S.
AusgabekennzeichenEnglisch
MasseH22.0 cm x B15.0 cm x D0.8 cm 209 g
AutorShoikhedbrod, Michael / Shoikhedbrod, Irina

Über den Autor Michael Shoikhedbrod

Michael Shoikhedbrod, Ph.D. is the Director of Electromagnetic Impulse Inc. He has published more than 204 peer-reviewed scientific articles and 250 books.Irina Shoikhedbrod, M.D. is the Manager of the R&D Department at Electromagnetic Impulse Inc. She has published 4 peer-reviewed scientific articles and 189 books.

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