1 / 20

Organism

Organism. H 2 μmol/ mg drywt/h. Growth conditions. H2 evolution assay conditions. Anabaena cylindrica B-629. 0.103. Air + CO 2 (5%); 7000 lx at the, surface of the culture vessels. Ar + CO 2 (3%); 4000 lx at the surface of the culture vessels. Oscillatoria brevis B-1567. 0.168.

lewis
Download Presentation

Organism

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Organism H2 μmol/ mgdrywt/h Growth conditions H2 evolution assay conditions Anabaena cylindrica B-629 0.103 Air + CO2 (5%); 7000 lx at the, surface of the culture vessels Ar + CO2 (3%); 4000 lx at the surface of the culture vessels Oscillatoria brevis B-1567 0.168 Air + CO2 (5%); 7000 lx at the surface of the culture vessels Ar + CO2 (3%); 4000 lx at the surface of the culture vessels Calothrix scopulorum 1410=5 0.128 Air + CO2 (5%); 7000 lx at the surface of the culture vessels Ar + CO2 (3%); 4000 lx at the surface of the culture vessels Calothrix membranacea B-379 0.108 Air + CO2 (5%); 7000 lx at the surface of the culture vessels Ar + CO2 (3%); 4000 lx at the surface of the culture vessels

  2. Organism Maximum hydrogen evolution Growth conditions H2 evolution assay conditions Anabaena sp. N-7363 36 μmol/mg chl a/h - Ar Anabaena variabilis PK84 167.60 μmol/mg chl a/h Ar(73%) + N2(25%) + CO2(2%); 90µE m2s-1 Ar(93%) + N2(5%) + CO2(2%); 90 µE m2s-1 Anabaena variabilis PK17R 59.18 μmol/mg chl a/h Ar(73%) + N2(25%) + CO2(2%); 90 µE m2s-1 Ar(93%) + N2(5%) + CO2(2%); 90 µE m2s-1 Anabaena variabilis AVM13 68 μmol/mg chl a/h Air + CO2(1%); 100 µE m2s-1 -

  3. Organism used - Rhodobacter sphareroides Medium used – asy medium Culture was harvested - 4000 rpm for 20mins Cultivated in gl medium [10 mM sodium glutamate 83 mMsodium lactate 1.5 mMsodium hydrogen carbonate ] Outcome Hydrogen production After hydrogen production was detected the culture was changed to gl medium with FeSO4 limitation

  4. Photo fermentation for malate for hydrogen production

More Related