Research and Develop use innovative evaluation model tools in the Electric Arc Furnace Dust recovery

碩士 === 國立勤益科技大學 === 工業工程與管理系 === 107 === In recent more than 30 years,Taiwan's economic growth,The used volume of steel production has increased,the quantity of steel manufacture with Electric Arc Furnaces has increased,Electric Arc Furnaces Dust (E.A.F.Dust,Industrial harmful Waste)also quanti...

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Bibliographic Details
Main Authors: HUANG,PO-SUNG, 黃柏松
Other Authors: LIN,WEN-TSANN
Format: Others
Language:zh-TW
Published: 2019
Online Access:http://ndltd.ncl.edu.tw/handle/sb3dn4
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Summary:碩士 === 國立勤益科技大學 === 工業工程與管理系 === 107 === In recent more than 30 years,Taiwan's economic growth,The used volume of steel production has increased,the quantity of steel manufacture with Electric Arc Furnaces has increased,Electric Arc Furnaces Dust (E.A.F.Dust,Industrial harmful Waste)also quantity increases,With the rise of environmental awareness,as well as the concept of sustainable development of enterprises,in the face of China and other advanced industrial countries, from the Industrial harmful waste caused by pollution incidents,so that the citizens gradually understand,The severity of improper disposal of hazardous industry waste, especially steelmaking of electric arc furnace containing heavy metals in Industry Dust,the most by the citizens attention. Due to the presence of heavy metals in the environment, with high durability, due to the food chain caused by the accumulation of organisms, once into the human body, Isun is accumulated in bones and fats, causing poisoning. Other way,from the efficient of resources,resource utilization is the only feasible method. The execution of efficient recovery of HI valuable heavy metal products and reduce environmental pollution,for the current enterprise attention,to the issue. Based on the Research and Develop use innovative evaluation model tools in the electric arc furnace dust recovery,the main demand is to recycle dust in the steelmaking industry of Electric Arc Furnace, and to recover and produce high price heavy Recycling of metal products and reduction of environmental pollution. Therefore, the research on the development and design of innovative design evaluation model for dust collecting and ash collection in electric arc furnace , if it can be in the design time , Make sound planning and evaluation, And integrate efficient recycling into the process. ,Not only can Production of high-priced heavy Metal Products, While Reduce environmental pollution ,Meeting Society's demand for environmental health. This study is integrate the Importance Performance Analysis (IPA), Analytic Network Process (ANP), Quality Function Deployments (QFD) and Data Envelopment Analysis (DEA) methods, Assess the number of each technology requirement QFD-DEA Considerations such as the importance of customer voice and the difficulty of execution. From the beginning, the customer demand explains the key factors that users care about, and taking into account the existing resource technology, we hope to provide a better way through the relative efficiency of the technology demand and input and output items. The electric arc furnace steelmaking innovation design evaluation mode develops the evaluation mode of the technical demand view, and assists the design engineer to develop the product to meet the customer's voice and enhance the competitiveness of the enterprise. It is also more advantageous in the future to contribute to dust research and development in the steelmaking industry of the electric arc furnace , and to accurately analyze the resources considered in the design of the product . Auxiliary designers to develop electric arc furnace steelmaking products to meet customer demand, enhance industrial competitiveness.