污染控制下导向性技术创新对绿色增长的影响机理的明晰可为全球的不同经济体推行新的、更可持续的绿色增长改革提供参考。本文在重构导向性技术创新的区分形式、重建非可再生资源与导向性技术创新之间的内生化形式基础上，建立了一个可充分体现绿色增长的“包容性”、“可持续性”和“均衡性”特征的目标函数和可能性约束的非线性最优控制模型，通过对问题在无限时域上稳态的解析解的求解和数值仿真可得：绿色增长关键的动力来源是技术创新，应为其准备资本空间；非可再生资源并非绿色增长必要的动力要素；相比生产技术创新，环境政策的实施中更应重视对减排技术创新的引导。 

 A clarification of “impact mechanism for directed technological change on green growth under pollution control” can provide reference for different economic systems in the world to implement a new and more sustainable green growth reform. Based on re-distinguishing the forms of directed technological change and re-constructing the endogenous relationship between non-renewable resource and directed technological innovation, this paper propose a non-linear optimal control model in which both the objective function and the possible constraints can fully embody the characteristics of inclusive, sustainable and equilibrium in green growth. Findings will be summarized from the results of the steady state calculation in the infinite horizon problem and the model simulation. Firstly, the key dynamic element of green growth is technological innovation and the capital space of which should be adequate. Secondly, non-renewable resource is not necessary to drive green growth. Finally, environmental policies should be implemented to guide the carbon abatement technology rather than the production technology.