基于合同环境服务的环保产业项目协同创新绩效评价

发布时间：2018-10-05 19:27

【摘要】：随着中国社会经济的发展和产业结构的调整，中国环保产业对国民经济的作用日益凸显，逐渐成改善经济运行质量、促进经济增长、提高经济技术档次的产业。我环保产业在产业生命周期中正处于快速成长期阶段。环保产业为适应新的市场环境，一种新的商业模式“合同环境服务（CES）”成为一种必然。技术进步与创新对于新兴产业的发展起着决定性的作用，然而技术以及知识产权是国内节能环保产业发展的硬伤。另外，我国环保产业尚未形成规模效应，缺乏市场竞争力。为了寻求解决之道，选择《基于合同环境服务的环保产业项目协同创新绩效评价》这个课题，进一步研究在推行合同环境服务模式下，解决费用支付、服务标准、技术集成的问题，通过研究这些问题，进一步强化在环保产业发展过程中体现协同创新的重要性和必要性。本文首先对当前合同环境服务的内涵、协同创新理论、绩效评价理论进行了梳理，分析了合同环境服务的协同创新模式、绩效的反映因素及评估要求。随后，本文综合合同环境服务背景下，根据逻辑框架法和文献分析法，从项目服务能力、项目整合能力、项目创新能力、项目管理水平、项目所属产业配套体系建设水平五个方面构建了基于合同服务环境的环保产业项目协同创新绩效评价指标体系，然后，根据指标及指标体系的特点，采用模糊层次分析法和格序理论对项目协同创新绩效进行评价，，为了验证构建的绩效评价方法科学有效，选取永清环保的四个合作项目进行评价，最后，本文根据上述研究的结果提出提高环保产业项目协同创新绩效的对策和建议。本文以合同环境服务模式的环保产业项目为研究对象，从协同创新的角度来评估和控制环保产业项目的绩效，加强了环保产业项目的绩效管理，避免了事后处理乏力问题。
[Abstract]:With the development of China's social economy and the adjustment of industrial structure, the role of environmental protection industry in China's national economy has become increasingly prominent, gradually becoming an industry that improves the quality of economic operation, promotes economic growth and raises the level of economic technology. Our environmental protection industry is in the rapid growth stage in the industry life cycle. In order to adapt to the new market environment, a new business model, "contract environment service (CES)", becomes inevitable. Technological progress and innovation play a decisive role in the development of new industries. However, technology and intellectual property rights are the harms of the development of domestic energy-saving and environmental protection industries. In addition, China's environmental protection industry has not yet formed a scale effect, lack of market competitiveness. In order to find a way to solve this problem, this paper chooses the subject of "performance Evaluation of Collaborative Innovation of Environmental Protection Industry Project based on contract Environmental Service", and further studies how to solve the problem of cost payment and service standard under the mode of contract environmental service. Through studying these problems, we can further strengthen the importance and necessity of collaborative innovation in the development of environmental protection industry. In this paper, the connotation of the current contract environmental services, collaborative innovation theory, performance evaluation theory is combed, and analyzes the contractual environmental services collaborative innovation model, performance factors and evaluation requirements. Then, under the background of integrated contract environment service, according to the method of logical framework and literature analysis, this paper analyzes the ability of project service, the ability of project integration, the ability of project innovation, and the level of project management. This paper constructs the evaluation index system of collaborative innovation performance of environmental protection industry projects based on contract service environment in five aspects of the construction level of supporting system of industry, and then, according to the characteristics of index and index system, Fuzzy Analytic hierarchy process (AHP) and lattice order theory are used to evaluate the collaborative innovation performance of the project. In order to verify the scientific and effective performance evaluation method, four cooperative projects of Yongqing environmental protection are selected for evaluation. According to the above research results, this paper puts forward the countermeasures and suggestions to improve the collaborative innovation performance of environmental protection industry projects. This paper takes the environmental protection industry project of the contract environment service mode as the research object, evaluates and controls the environmental protection industry project performance from the angle of collaborative innovation, strengthens the performance management of the environmental protection industry project, and avoids the problem of weakness after the event.
【学位授予单位】：湖南大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：X324;F273.1

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