Studying Technological Innovation Of Coalbed Methane Exploitation Based On Element Vary Innovation Theory

Under the increasingly severe constraints of population,resources,and ecological environment,the role of technological innovation in promoting economic and social development becomes increasingly important.Accelerating the pace of technological innovation and obtaining competitive opportunities and advantages are the major issues that companies and governments must urgently solve.Reasonable methods can help enterprises to speed up the process of technological innovation and improve the quality of innovation.With the acceleration of domestic and foreign industry 4.0 and the process of innovation-driven development in recent years,the demand for innovative methods of enterprises has reached an unprecedented level.Currently,most of the domestic innovation methods are introduced from foreign countries.However,due to the differences in era,research fields and backgrounds,many foreign innovation methods have gradually been difficult to adapt to the current product and technology innovation process in many emerging fields in China.Element Vary Innovation Theory,as a kind of new-born innovation theory,defines the concept of nine innovation dimensions and nine innovation disciplines from the perspective of internal primitive law of technological innovation.This theory can effectively stimulate innovative thinking,and provide a specific creation path of innovative solutions,which will help companies strengthen their innovation ability.The theoretical system has obtained good achievements in practice,but the perfection and enrichment of the theory is still a dynamic process.How to further optimize the application process of Element Vary Innovation Theory to Improve its efficacyapplication value of the theory,It needs to explore continually.In view of this,the main research content of the thesis includes the following parts:(1)Research on the coupling relationship between innovation dimension and innovation discipline.Based on the full analysis of the innovation dimensions and innovation disciplines,their coupling feasibility and effectiveness are thoroughly studied,and the coupling relationship and formulas are further constructed.The work can provide a theoretical model reference for the theory's dimension-discipline coupling process in various fields.(2)Research on the model construction of technological innovation path based on Element Vary Innovation Theory.Firstly,the key ideas that Element Vary Innovation Theory is applied to technological innovation are clarified,and the steps to obtain technological innovation solutions in specific fields by Element Vary Innovation Theory are also clarified.Then,to select key innovation dimensions and innovation disciplines,the application of patent analysis techniques and knowledge traceability methods are stated concretely.Finally,a model of technological innovation path is constructed guided by the Nine-dimensions and Nine-disciplines.(3)Empirical research.At present,CBM mining and treatment is recognized as a difficult problem.Especially for the relatively thick single-coal reservoirs,the pressure relief and coal outburst technology in coal reservoirs and coal bed methane extraction technology have not achieved good results.Enterprises need to look for low-cost,scalable and automated CBM mining methods.This theory is applied to guide the innovation process of coal bed methane extraction so that to provide theoretical support and methodological assistance for the technological innovation of coal bed methane extraction,and to verify the theory's scientificity and effectiveness.