Work task leaders: Dr. Miklós Neményi; Dr. Gábor Milics
Collaborators: Mátyás Csiba, Dr. Endre Gelencsér, Zsolt Stépán, Dr. Péter Sembery, János Wurm, Dr. Zsuzsanna Lantos, Katalin Sellingné Dovigyel
Results:
In the project we are dealing with the production of herbaceous plants as energetic plants. During the plant production for energetic utilization it is important to calculate from the input side with the direct and indirect energy expenditures, from the output side the utilization of the residuals has to be taken into consideration as well. The importance of this statement is that the international data available can not be adapted directly in Hungary as for instance the yield calculated for rape is higher in the calculations of the various sources. Data collection was carried out in the first part of the research project, and the overview of the available technologies technological elements and energy needs for the calculations. The indirect inputs can be determined mainly based on site-specific measurements.
Publications:
M. Neményi; G. Milics (2009): Thermodynamic modeling of agro-ecological systems especially regarding the cost and efficenty of the technological energy input. 10th IAEE European Conference. Energy, Policies and Technológies for Sustainable Economies, Vienna, 2009. 09. 07.-10., pp. 37-38., ISSN 1559-792X
M. Neményi (2009): The maximum technological energy input principle int he plant production. SYNERGY & Technical Development. International Confereces in Agricultural Engineering. Gödöllő, Szent István University, 2009. 08. 30.- 2009. 09. 03., paper: 04-205
Presentations:
Neményi M. (2010): Biomassza termelés optimalizálása termodinamikai szempontok figyelembe vételével. MTA AMB XXXIV. Kutatási és fejlesztési Tanácskozás előadásainak és konzultációs témáinak összefoglalói. (szerk: Tóth L., Magó L.) Gödöllő, 2010. február 2., 11. p., plenáris előadás.
Predoc financed by this project: Mátyás Csiba
Realized conferences, study tours by the project: TÁMOP-4.2.2 Opening conference
