Research on Cleaner Production Assessment System Based on FUYYZ-AHP in Electrostatic Flocking Industry

Ren Zhang; Ding Gui Luo; Hong Guo Zhang

doi:10.4028/www.scientific.net/AMR.864-867.2123

Paper Titles

Effects of Operational Condition on Flocs Density in Flocs Blanket
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Research of Effect on Water Quality of Combined Stainless Steel Plastic Pipe and PPR Pipe
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Application of Extenics in Evaluation of Utilization Degree of Irrigation Water
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The Application of Artificial Intelligence in Ocean Development
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Research on Cleaner Production Assessment System Based on FUYYZ-AHP in Electrostatic Flocking Industry
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Failure Analysis of a Low-Temperature Energy Conversion System Using Organic Rankine Cycles
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Solvent-Free Stereoselective Synthesis of Chalcones via Wittig Reaction of Arsonium Ylide by Grinding
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Study on Hydrorefining/Hydroupgrading/Hydrodewaxing Combined Process Performance
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Experimental Investigation on Ozone Mass Transfer Coefficient Enhanced by Electric Field in Liquid Phase
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Research on Cleaner Production Assessment System Based on FUYYZ-AHP in Electrostatic Flocking Industry

Abstract:

Based on the investigation of electrostatic flocking enterprises and related existing industry standards, combined with the principle of construction the domestic cleaner production index system, a cleaner production evaluation index system of the electrostatic flocking industry was introduced. The system contained six primary level indexes, including production technology and equipment, resources and energy, pollutants, waste recycling, product, environmental management and 21 secondary indexes. Based on multi-level fuzzy method using analytic hierarchy process (AHP) to determine the evaluation index weight, the cleaner production level comprehensive evaluation model was constructed. Applied the model to flocking enterprise A and evaluated its actuality of cleaner production level objectively, to provide references for its development.