Investigation Of The Production Process Honghe Steel Beam Occupational Health Research

The process of industrialization in the world shows that with the development of the productive forces and the improvement of the level of science and technology, occupational health and safety issues faced by the community are becoming increasingly severe. Such as the increase of the disease categories in each industry, there is an urgent need to improve the level of safety management, strengthen occupational health protection in order to protect the safety and health of the people. This paper selected an iron and steel enterprises, according to the characteristics of the occupational hazards of the construction project, Qualitative and quantitative assessment of occupational risk factors may be involved in the site survey and inspection and testing. In full production conditions, in accordance with the relevant national norms and standards requirements, physical factors, dust, toxic and hazardous chemicals and other occupational hazards arising in the detection of the production process. Greater volatility due to the short time of the test data exists, This introduced the theory of gray system which provides theory and method from the correlation analysis to modeling, simulation, forecasting, and planning and control with uncertain information for this system.Using Grey Relational theory analysis of the factors of the occupational hazards of an enterprise system. By associate degree arranged to grasp the main features of things,Identify the critical control occupational hazards workplaces,In order to focus its efforts focus on rapid and effective development of its to take remediation optimized measures to promote occupational health and safety system,During the implementation of the remediation plan, we can make use of gray Markov model to assess trends and future state of the occupational hazards, occupational health and safety decision-making purposes can determine whether the scientific and effective occupational health remediation plan for the next judgment basis.The combination of both analysis methods can provide a more efficient solution to the occupational hazards of a business problem, focused and purposeful implementation of improvement measures for enterprises to save a lot of costs and resources, and to provide a basis for better carry out the construction projects of occupational hazards prevention. The main research content and results are as follows:(1) This thesis is part of the process of working in a steel enterprise production flow analysis, determine the actual production process of the possible occupational hazards, determine the testing methods, instruments and distribution settings. Finally finishing the calculation of the sampling data, the limit on state regulations toxic and harmful risk factors for contrast, summary results and analyze the reasons.(2) The use of gray relational analysis method to identify the primary and secondary production processes result in a typical occupational risk factors, So you can get the impact of different factors and aspects of the entire system. According to this degree of influence,Iron and steel enterprises, occupational safety management department can be able to take measures with a targeted production processes and factors that seriously affect the health and safety of the enterprise workers,develop reasonable and efficient occupational health and safety management decision-making, and to reduce the incidence of occupational diseases.(3) The gray system theory to establish typical occupational hazards GM (1,1) prediction model. In order to improve the precision and accuracy of the prediction results, we introduce the theory of Markov, GM (1,1) prediction model to supplement and improve, in order to obtain more accurate results. The prediction results can grasp the trend toward the development of an occupational hazard factors, for inspection after remediation effect, provided the basis for timely modify the response.