Abstract
The enterprise has an intricate and elaborate system of relationships between the departments, functioning closely as a cell within an organism, with its defined role within the market. In the complex context of actual economic system, resources are limited and enterprises seek for efficiency in order to reduce costs. In this paper we present the development of a solution for the optimization of an agricultural enterprise related to the plastic-based materials usage in the agricultural processes. In this matter, the experimental part consists in the creation of a model of a plastic management system using methodologies from the literature (e. g., System Dynamics or SD etc.) and its simulation with specific tools used traditionally. Besides the experimental part, we will make a short analysis regarding the structural and economic issues regarding plastics used in agriculture and some considerations regarding the bioplastic material that can be obtained from different types of agricultural waste.
Highlights
Due to their maneuverability and their low cost, plastics are used widely in agriculture, especially in the form of foils, used for packing and cover, or as pipes, used for irrigations
The main development is the addition of the bioplastics within the plastic necessary, parallel with the reduction of costs given by the usage of bioplastics in the agriculture
The model presented shows the obvious importance of the plastic materials within an agricultural enterprise
Summary
Due to their maneuverability and their low cost, plastics are used widely in agriculture, especially in the form of foils, used for packing and cover, or as pipes, used for irrigations. These plastic materials have the unique capability to reduce cost implications and to increase the optimal character of the enterprise economy [3], as well as growing the final value of the product. This consists in the importance of the plastic material management within an enterprise.
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