Development of controlled logistic system and field utilisation of the wastes produced by agricultural and food industry

Abstract

At mezo landscape scale of Nyírség the soil is a very complex system which is in close correlation with environment. Naturally, the soil fertility always changes in spatially and time. So on a parcel, fertile and less fertile soil spots could be separated. This difference reflects on the properties of plant cover but mainly in the quantity and the quality of yield. Nowadays plant production practice pass by heterogeneity of parcels which appears as a risk during utilisation process. However using Global Positioning System (GPS) permit to add coordinates to heterogenic soil spots (yield, nutrition, physical parameters of the soil and so on) to mapping, controlling these areas. Based on soil analyse results map of nutrient supply could be created too. The reason of the development and adaptation of these plant production technologies are raising profitability, taking into consideration the environment, necessary of environment friendly plant production technologies, controlled quality yield and the claim of food safety. One hand the aim of the research is precision utilisation of biomass which arises as by-product of biogas production. On the other hand the development of controlled logistic system of the input and the output materials. As result we get a completely closed and environmentally safety logistic system in biogas production. The developable supplying, processing and allocation processes will operate in a completely closed system and controlled by geoinformatics database system.