Find a partner for exchange of material each plant looks for an input, or more, up to the maximum of link set up by the user, among the output of the other plants.
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HOW TO USE ITĪt every time step, each agent performs the following tasks in a chronological order: If a pioneer plant: 1. The plants use truck to exchange material with each other, in this model CO2 emissions from transportation is calculated using the distance between travelled during the delivery stage. GIS layers: Currently used as the geographic display of the roads, and the location of the plant. This model uses actual quantitative input data to represent the symbiosis development, Table 2 summarizes the input and output flows for each participating plant. Links will be created between the plants. Links between agents that represent the exchange of materials: if materials (inputs and outputs) are available.
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Patches: They are the cells where the plants are located, each plant releases CO2 on the patch underneath it. In this model, 47 plants had been selected, 11 of them being already involved in a local symbiosis endeavor, the main activities are: sugar refinery, cereals and oil-seed grains agricultural cooperative, pulp and paper mills, plastics factories, cement plants, and biochemical transformation plants (Figure 1 and Figure 2) 2. Agents: They are the plants, represented by plant managers. The model encompasses the following entities: 1. Thus, AB modeling will be used to model their decision-making process and study these interactions that will reveal the system emergent pattern HOW IT WORKS Therefore, closing, as much as possible, the material cycles and implementing energy cascading by optimizing local resource use and exchange implies new type interactions between actors, each with its own motivations, which may have conflicting interests. Here, we envision that this local circular supply chain initiative can be extended to become an IS endeavor that goes beyond the agriculture industry by involving other local industries with symbiotic potential. Champagne-Ardenne is a European crossroad lying on the main roads from Paris to Germany and from the UK or Belgium to the south of France, where over 60 percent of its land is dedicated to agriculture (crops, livestock farming and vineyards).
This model is applied to a case study exploring at the development of regional Industrial symbiosis around the agricultural-based product industry in the Champagne-Ardenne region (France) where a circular supply chain initiative, limited to the flow circulation of cereals and beats waste and by-products, is already in place (see Figure 19).
(For example, if you have multiple applets in differentĭirectories on the same web server, you may want to putĪ single copy of the NetLogoLite files in one central place andĬhange the archive= lines of all the HTML files to point
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In the HTML code to point to their actual locations. If the NetLogoLite files and your model are in differentĭirectories, you must modify the archive= and value= lines and ending with, and paste it into any HTMLįile you want. If you want, you can just take the HTML code beginning with You don't need to include everything in this file in your page. Though, so if it doesn't work from your hard drive, please try On some systems, you can test the applet locally on your computerīefore uploading it to a web server. (You can copy NetLogoLite.jar and įrom the directory where you installed NetLogo.)Ĭopy the entire directory for each required extension into the same (SymbiosisModelFOR ogo), and the files NetLogoLite.jar and In order for this to work, this file, your model file Windows and Linux users may obtain the latest Java from
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Mac users must have Mac OS X 10.4 or higher. Java must be enabled in your browser settings. This page was automatically generated by NetLogo 5.0.5.
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