Publication | Open Access
A Method for the Estimation of the Economic and Ecological Sustainability of Production Lines
23
Citations
14
References
2014
Year
EngineeringIndustrial EngineeringAgricultural EconomicsSustainable DevelopmentSustainability IndicatorLife Cycle CostingEnvironmental EconomicsEcological SustainabilitySustainable OperationsLife Cycle ManagementMonitoring SustainabilitySustainable DesignProductivitySustainable ManufacturingEconomic SustainabilitySustainability AnalysisEconomicsLife-cycle EngineeringWhole Life CycleSustainable ProcessEconomical SustainabilityNew Production LineSustainability AssessmentProduction LinesBusinessLife Cycle AssessmentNatural Resource EconomicsSustainabilitySustainable Production
This paper presents a method to evaluate the environmental and economical sustainability of a manufacturing line/plant along its whole life cycle. The concurrent analysis of LCA and LCC allows the process engineers to estimate the production sustainability during the design of a new production line. The method considers costs and environmental impacts of the initial deployment (i.e. initial investment and set-up), use (i.e. workload or maintenance required by each machine) and end of life (i.e. retirement) of the analyzed system. The approach has been tested in a company that manufactures extruded pipes with the aim to evaluate the relative benefits.
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