Research on Dust Pollution and Control Countermeasures in Working Environment of Manufacturing Friction Materials

Yong Yi Wang; Lin Li

doi:10.4028/www.scientific.net/AMR.773.857

Paper Titles

Combined Forecasting Model Based on the Rough Set to Predict the Chinese CO₂ Emissions
p.831

Comprehensively Evaluating Soil Nutrients in Spring Wheat (Triticum aestivum) Field under Regulated Deficit Irrigation in an Arid Environment
p.837

Soil Nutrients and Grain Yield Performance in Spring Wheat (Triticum aestivum) as Influenced by Regulated Deficit Irrigation
p.844

Formation and Evolution of Luyang Lake Wetland
p.852

Research on Dust Pollution and Control Countermeasures in Working Environment of Manufacturing Friction Materials
p.857

Accumulation and Environmental Risk on Heavy Metal Pollution in Bottom Sediments of Surface Waters in Xiao Qinling Gold Mine Belt, China
p.862

The Analysis of Stability of Inter-Regional Water Resource Redistribution
p.869

Study on Well Location Methods in Deep Buried Area of Karst Aquifer-Giving an Example in Boai County, Henan
p.875

Thermal Comfort Analysis of a Ship Air-Conditioning System Using Solidworks Flow Simulation
p.883

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 773Research on Dust Pollution and Control...

Research on Dust Pollution and Control Countermeasures in Working Environment of Manufacturing Friction Materials

Abstract:

On the basis of investigation and survey on Chinese enterprises manufacturing asbestos friction material, it is concluded through analysis that key operation posts and pollution features of dust hazard during the process of manufacturing asbestos friction material in the way of the application of process management and hazard identification. Transport and feeding of asbestos and packing etc, hot briquetting, polishing and stamping punch are important operation posts of asbestos dust dispersing, characterized by wide distribution of dust producing places, difficulty in the implementation of closeness and ventilating measures, and extensive dispersing of asbestos dust following air and stream of people. According to three-E principle of risk management theory and safety production accident prevention, controlling asbestos dust should, based on the improvement of technology and abandonment of the use of older production equipment, comprehensively adopt engineering technology, individual protection and legal measures to prevent and reduce asbestos dust pollution and occupational hazard of enterprises manufacturing asbestos friction material.