A system dynamics simulation approach for describing how carbon emissions produced from a production system

Murdapa, Petrus Setya, Widyaningrum, Theresia Liris and Waloyo, Lorensius Anang Setiyo (2021) A system dynamics simulation approach for describing how carbon emissions produced from a production system. In: A Sustainable Recovery for People and the Environment. Universitas Katolik De La Salle Manado, Manado, pp. 11-16. ISBN 978-623-99504-0-8

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Abstract

This paper discusses how a production system will produce carbon emissions when the system carries out its activities. This mainly due to the use of energy obtained from fossil fuels. The use of electricity will also produce emissions if it comes from burning coal, natural gas or other fossil fuels. For a particular production system prototype, a model in the form of a mathematical formula taken from natural phenomena occurring in the system, under the influence of the environmental conditions of the system, can be constructed. However, mathematical models involving multiple differential equations cannot be described or understood easily. For this reason, the formulation can be expressed in the language of system dynamics. The language is actually a generalization of a system of differential equations expressed in the formulation of stock and flow diagrams. The diagram represents the differential rate quantities of the transfer processes involved, and the integration of their accumulative quantities. Several special software related to system dynamics language are now widely known, one of which is Vensim PLE (by Ventana Systems, Inc.) which can be used for academic purposes. With this software, the emission process in the production system can be easily displayed and completed. A prototype of what-if analysis can be carried out in the learning classroom to understand the behavior of the modeled system and to derive the best activity control decision setting of the system. For simplicity, the scope of the research is limited to a hypothetical factory which is a single process and then followed by a single distribution stage.

Item Type:	Book Section
Uncontrolled Keywords:	Carbon emission, single stage production system/ model, prototype, system dynamics
Subjects:	Widya Mandala Catholic University on Madiun Campus > Faculty of Engineering > Industrial Engineering Study Program
Divisions:	Proceeding > Faculty of Engineering
Depositing User:	Lorensius Anang Setiyo Waloyo
Date Deposited:	27 Oct 2023 05:11
Last Modified:	30 Oct 2023 05:29
URI:	http://repository.ukwms.ac.id/id/eprint/36944

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