BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES OF HALOPHYTIC PLANTS IN MESOPHILIC ENVIRONMENT (35˚C)

N.Jabborxonova; N.Akinshina

doi:10.5281/zenodo.7219854

N.Jabborxonova , N.Akinshina

Abstract. The search for and effective use of alternative renewable energy sources is an urgent task of modern life and it has an important scientific and applied significance. Anaerobic digestion of organic raw materials for energy production (biogas) is considered as the most affordable economically and technically in comparison with expensive methods of converting solar, wind or geothermal energies. The use of inedible plants growing on saline lands in the economy as a renewable raw material for energy production is very promising from an economic, technical and ecological point of view.

Keywords: alternative energy, biogas, halophyte, substrate, mineral component, anaerobic, biodegradation, Karelinia caspia, Suaeda paradoxa, Methanogenium.

References:

1. Пиневич А.В. Микробиология 1 Т.С- Петербург, 2006 2. Angelidaki I., Karakashev D., Batstone D.J., Plugge C.M., Stams A.J.// Methanogenesis ( Method in Enzimology) / Eds. C. Rosenzweig, W. Ragsdale. Academic Press, 2011. V. 494.P. 327-351 3. Bochiwal C., O'Malley C., Chong J.P.J.// Handbook of Hydrocarbon and Lipid Microbiology/ Ed. K.N. Timmis. Berlin: Springer, 2010. P. 2810-2815. 4. Heinrichova K. Wojeciechowicz M., Ziotecki A. // Hespell R.B., Wolf R., Bothast R.J.// Appl. Environment Microbilogy.1987. V. 53. № 12 P. 2849-2853 5. Kendall K., Finnerty C.M., Saunders G., Chung J.T. Effects of dilution on methane entering on SOFC anode J. Power Sources.-2002.-V.106, № 1-2.- P. 323-327 6. Lokshina L.Ja., Vavilin V.A. Kinetic analysis of the key stages of low temperature methanogenesis Ecol. Model.- 1999.- V.117, №2-3.-P.285-303