Loading...
GEWINNUNG MIKROBIELLER BIOMASSE ALS NEBENPRODUKT DER ABWASSERBEHANDLUNG IN ALGENGRÄBEN
Soeder, C. J. Shelef, G. Groeneweg, J. Mohn, F. H. Stengel, E. Moraine, R.
Soeder, C. J.
Shelef, G.
Groeneweg, J.
Mohn, F. H.
Stengel, E.
Moraine, R.
Citations
Altmetric:
Advisors
Editors
Other Contributors
Issue Date
1982
Submitted date
2022-12-08
Files
Loading...
PDF
Adobe PDF, 5.96 MB
Other Titles
Abstract
In the course of an Israeli-German Project concerning photosynthetic treatment of domestic sewage the "Intensive Algal Wastewater Treatment System (IAWIS)" was developed from existing high-rate pond technology. An IAWIS demonstration plant near Haifa was operated for several years, rendering effluent of high quality. Several tons of algae-bacteria biomass were recovered as a byproduct containing about 50 % of crude protein. Extended feeding tests and toxicological studies in animals proved the microbial biomass to be a suitable feed ingredient. Experiments with high-rate sewage oxidation ponds in the Federal Republic of Germany concerned the treatment of the liquid phase of piggery waste. The removal of BOD, , N and P was efficient, proceeding, however, at lower rate in winter, especially with respect to P removal rate. In order to conserve energy, concentrated liquid wastes should rather be treated by anaerobic/aerobic multistage processes in which high-rate oxidation ponds may be used as the aerobic step. Excess quantities of liquid manure are suggested as target substrates. Improved removal of COD is one of the aims of ongoing studies.
Citation
Workshop Computer Apllications in Fermentation Technology 1976, 61-66
Publisher
DOI
PubMed ID
PubMed Central ID
Additional Links
Embedded video
Type
Book chapter
conference paper
conference paper
Language
de
Description
Series/Report no.
ISSN
EISSN
ISBN
ISMN
Gov't Doc #
Sponsors
License
Attribution-NonCommercial-ShareAlike 4.0 International