Research on Total-Factor Productivity of Petrochemical Industy in China
|School||Dalian University of Technology|
|Course||Technology Economics and Management|
|Keywords||Petrochemical Industry TFP Competitiveness Energy Environment|
Petrochemical industry is an important pillar industry of national economy, the development of related industries to promote the upgrading and stimulate economic growth plays a decisive role. TFP as a measure of the efficiency of an important indicator of economic growth, is an important concept of macroeconomics, but also an important source of economic growth analysis tools, especially the government to develop long-term sustainable development policies important basis. Therefore, this paper select \Paper is divided into six chapters. The first chapter is the introduction, this chapter is intended to lay the foundation for the commencement of the entire study, the main objective of the research background, and around the research involved in this field of research literature review, followed by the logical framework and content of the arrangements Full description of the overall framework erected, and finally used in this paper the main research methods and innovations may be established for the relevant introduction. The second chapter is to consider environmental and energy factors petrochemical industry TFP theory and calculation model, this chapter focuses on productivity concepts and traditions to define the concept of total factor productivity, based on the integration of environmental and energy considerations into TFP analytical framework used in this paper and to TFP calculation model is selected, then the indicators were selected and handling instructions. The third chapter is to consider environmental and energy factors, China petrochemical industry TFP empirical research, this chapter Chapter established to consider the use of environmental and energy factors petrochemical industry TFP calculation model from the industry point of view of Chinese petrochemical industry total factor productivity of the empirical estimates, and with environment and energy factors, without considering the petrochemical industry TFP comparative analysis. The fourth chapter is the Chinese petrochemical industry TFP impact factor analysis, this chapter from the static and dynamic two angles using regression analysis and dynamic impulse function of the petrochemical industry TFP external environmental factors and the relationship between the empirical test. Chapter TFP-based China Petrochemical industry competitiveness evaluation studies, this chapter from the perspective of total factor productivity, the establishment of the petrochemical industry reflects TFP including configuration, innovation, market capacity, carrying capacity and environmental and other aspects of the petrochemical industry competitiveness evaluation index system, and established a set of evaluation model entropy, on this basis, on regional petrochemical industry competitiveness an empirical evaluation and analysis. Chapter Six Conclusion and Outlook, this chapter is mainly the following three aspects: First, the basic conclusions of this study are summarized, and the second, this study describes the theoretical and practical significance; Third, this study Limitations and future research prospects are described.