Apr 2016, Volume 18 Issue 4
    

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    Comprehensive Study
  • Development Strategy for China's Energy Conservation and Environmental Protection Industry
    Huijuan Feng, Hong Luo, Yingying Pei, Jie Xue, ZhanHong Yang, Lianhong Lv
    2016, 18(4): 1-8. https://doi.org/10.15302/J-SSCAE-2016.04.001
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    Developing the energy conservation and environmental protection industry—a new economic growth engine—is an important guarantee for the promotion of ecological civilization construction and the realization of green development in China. This paper proceeds from the development status of this industry to analyze the deep-seated problems affecting China’s energy conservation and environmental protection industry development, study and determine the new industrial development trends in the 13th Five-Year Plan period, and define the development objectives and key projects of this industry, thereby offering strategic suggestions for promoting the energy conservation and environmental protection industry development in China.

  • Assessment of Industrial Maturity Levels: Research and Practice
    Liheng Wang, Hailing Tu, Kunsheng Wang, Jianhua Yuan, Hongzhi Ge, Liangyuan Hu, Hainan Wang, Yan Zhao, Yue Lu, Jian Cui
    2016, 18(4): 9-17. https://doi.org/10.15302/J-SSCAE-2016.04.002
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    Development of an industry follows an objective cyclical law that is an inevitable progression from technological and manufacturing maturity to a developed market for new products. Based on research into the cyclical law of emerging industries combined with system engineering and data decision making, this thesis uses the industrial maturity levels theory and assessment method to assess the maturities of technology, manufacture, product, market, and industry in a consistent, standardized, and quantitative evaluation method. Comprehensive evaluation results are obtained through the integration of evaluation and judgment data from experts. Finally, this method predicts the emerging industrial trend at the end of 13th Five-Year Plan in 2020. This paper uses the material field in the Chinese Academy of Engineering’s important fund subject of research on the cultivation and development planning of China’s strategic emerging industry in the 13th Five-Year Plan as an example of using industrial maturity levels to assess and predict industrial development trends, to analyze their restrictions, and then to propose targeted policy recommendations.

  • Innovation in Government Guidance Models for Strategic Emerging Industries
    Jieyu Wei, Lan Xue, Yuan Zhou
    2016, 18(4): 18-22. https://doi.org/10.15302/J-SSCAE-2016.04.003
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    China’s strategic emerging industries have made considerable progress in terms of playing an important role in the transformation of economic growth, changing the industrial structure, and stabilizing economic growth since the 12th Five Year Plan. But there are still some problems such as the dearth of core technologies, how allocated resources are dispersed, institutional mechanisms remain inadequate, supporting facilities lag behind. In the 13th Five Year Plan, it is necessary to make innovation in the support methods of strategic emerging industries, changing the traditional government-led development model, setting up the new development model of “market-led government guidance”. Overall, the new approach should use innovative management tools, improve the strategic emerging industries governance system, and promote innovation capacity building to promote the development of strategic emerging industries.

    • Study on Special Subjects
  • R&D Input and Technological Innovation in the China’s Environmental Protection Industry
    Jie Xue, Zhongyu Ma, Hong Luo, Zhanhong Yang, Huijuan Feng, Yingying Pei, Lianhong Lv
    2016, 18(4): 23-31. https://doi.org/10.15302/J-SSCAE-2016.04.004
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    Technological innovation is an important driving force for the development of the environmental protection industry and is particularly important to promote industrial upgrading and transformation of environmental protection as the new normal. Based on the data from the fourth survey of environmental technology research and development (R&D) situation of 23 820 enterprises related to the national environmental protection industry, with using descriptive statistical method, the state of R&D investment and technological innovation of China’s environmental protection industry in 2011 are analyzed in this study. A qualitative analysis of the factors affecting China’s environmental protection industry’s R&D capabilities is made to help decision-makers to fully grasp the inputs and outputs for R&D in the environmental protection industry.

  • Study on the Development Strategy for the New Generation of Information Technology Industry during the 13th Five-Year Plan Period
    Zhihao Liang, Shouren Xu
    2016, 18(4): 32-37. https://doi.org/10.15302/J-SSCAE-2016.04.005
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    This paper analyzes and sorts out the new generation of information technology sector as a strategic emerging industry during the 12th Five-Year Plan. This study also extrapolates the general direction of the industry in terms of technological shifts and industry practices during the 13th Five-Year Plan. Development ideas and constructive opinions for this area are put forward as references for the development of the new generation of information industry during the 13th Five-Year Plan.

  • Study on the Development of China’s Cyberspace Security Industry
    Da An, Zhihao Liang, Shouren Xu
    2016, 18(4): 38-43. https://doi.org/10.15302/J-SSCAE-2016.04.006
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    The paper summarizes the development situation and experiences of the Chinese cyberspace security industry during the 12th Five-Year Plan, analyzes its new development trends, and proposes policy suggestions for the industry development to provide a reference for cyberspace security industry during the 13th Five-Year Plan.

  • Advanced Bioprocess Development and Manufacturing Technologies in High-Throughput Miniature Bioreactors
    Peng Jiao, Biqiang Chen
    2016, 18(4): 44-50. https://doi.org/10.15302/J-SSCAE-2016.04.007
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    In recent years, the importance of rapid response time to virulent infectious disease is widely recognized. However, the traditional technologies for bioprocess development and manufacturing will not succeed in winning this war. US healthcare companies and related organizations including US Department of Human Health and Service, proposed and started working on the next generation of technology platforms for advanced bioprocess development and manufacturing (ABDM).The development of ABDM is to significantly reduce the timeframe for bioprocess development and manufacturing, making it possible to promptly respond to outburst of pandemic influenza and prevent it from outspreading. Meanwhile, the development of precision medicine also presents new demands to the biopharmaceutical industry. With the demand of small-scale production and fast turn-around time of precision medicine, the duration of development and manufacturing needs to be accelerated significantly. At the same time, the number of sub-groups of the product would increase, and the batch sizes and amount of final product would decrease, as well. To satisfy the demands of small-scale production and fast turnaround time of ABDM, micro- and mini-bioreactor is the key equipment. The major technologies of ABDM include high throughput screening and process development based on micro- and mini-bioreactors, disposable technology, modular unit operations and flexible manufacturing. The development of ABDM will directly strengthen the National Security, improve the welfare of the people, and it also provides great social and economic values. The impact of this platform will radiate to the entire biomanufacture industry, and open a whole new era for the bioprocess development and bio-manufacturing.

  • Current Situation and Prospects of the Solar Photovoltaic Industry in China
    Fantai Kong, Songyuan Dai
    2016, 18(4): 51-54. https://doi.org/10.15302/J-SSCAE-2016.04.008
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    Power produced through solar photovoltaic technology is an important form of renewable energy and also the focus of China’s current efforts to strengthen the global competitiveness of its strategic emerging industries. In this paper, a detailed analysis of the solar energy photovoltaic industry–on both the domestic and international levels–is conducted to assess the development of current and future trends, present state of the industry, and problems faced by China's solar photovoltaic industry. Furthermore, some suggestions and prospects for the healthy future development of the photovoltaic industry are also presented.

  • China’s Nuclear Power Strategic Emerging Industries 12th Five-Year Foster Outcomes and Long-Term Development Prospects
    Qing Guo, Gang Su
    2016, 18(4): 55-60. https://doi.org/10.15302/J-SSCAE-2016.04.009
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    Nuclear power technology industry is an important component of the new energy industry, which is one of the China's strategic emerging industries, and the development of nuclear power meets with our strategy of green low-carbon energy. According to the route that the scientific and technological breakthroughs leading to product upgrades, increasing the production capacity and industrial development, the article systematically analysis the nuclear technology foster and development outcomes during the "12th Five-Year", focusing on the development trend of China's nuclear power industry after the Fukushima accident, and the significant feature of HPR1000, the advanced nuclear power technology; put forward the development trends during "13th Five-Year" and even longer term, including the development of fuel closed-cycle system based on the fast reactor, the development of fusion technology to achieve "three-step" strategy, to explore the multipurpose utilization of nuclear energy through small module reactor technology, to achieve the goal of large-scale, sustainable nuclear power industry development, and play a greater role in promoting China's economic stability, sustainable growth, energy & industrial structure optimization and upgrading.

  • The Summary of Chinese NEV’s DevelopmentDuring The 12th Five-Year And an Prospect of The 13th Five- Year
    Peipei Chao, Qingao Hu, Xinming Wan, Zhihua Zhong
    2016, 18(4): 61-68. https://doi.org/10.15302/J-SSCAE-2016.04.010
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    To better support our new energy vehicles industry further decision, and promote the development of the industry rapidly and healthily, our research group fully research the development situation of domestic new energy vehicle industry, summarize the achievements of China's "12th Five-Year", systemly analysis the impact and effectiveness of the demonstration project and technology innovation project,and further evaluate the maturity level of technology,manufacturing and market.Finally make a pre-judgment of the base on the latest developments and rules.

  • Research on New Energy Auto Industry’s National Development Strategy
    Peipei Chao, Jinyan Gao, Yang Yang, Qingao Hu, Zhihua Zhong
    2016, 18(4): 69-75. https://doi.org/10.15302/J-SSCAE-2016.04.011
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    As one of the essential sector of world's future automotive industry, new energy vehicle will bring big differences to the development of China"s energy, environment, economy, science technology, and society. In order to better support development decision making and ensure healthy and sestainable development of the industry, the research group has thoroughly study the influences that new energy vehicle industry will bring to China, and affirm that it has great strategic significance to energy security, emission reduction, environment conservation and industry transformation and upgrading for our country. After the study of supportive policy and product technology level of new energy vehicle industry that is domestic and overseas, and summarizing and eveluating the pros and cons of China's automative industry, the reseach group is here to offer proposals for strategic positioning, route selection, and cultivation priority for future develpment of China's new energy vehicle industry.

  • Research on Satellite Application Industry Development in China
    Enjie Luan, Kunsheng Wang, Jianhua Yuan, Liangyuan Hu, Yan Zhao, Tao Li, Hongbo Pu, Jian Cui
    2016, 18(4): 76-82. https://doi.org/10.15302/J-SSCAE-2016.04.012
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    Satellite application is the key development direction of the emerging strategic high-end equipment manufacturing industry in China. With the objective of defining the concept and scope of the satellite application industry, this paper provides an overview of the domestic and international development status, existing problems and trends in this field. Policy suggestions to promote the satellite application industry are proposed in this paper, including enhancing innovation capability, accelerating momentous projects implementation, improving policy environment, persistence in military-civil integration development, and adopting a globalization strategy

  • Improving China’s Aerospace Equipment Manufacturing Capacity
    Enjie Luan, Kunsheng Wang, Liangyuan Hu, Yan Zhao, Yinxuan Mao, Hongtao Chen, Jian Cui
    2016, 18(4): 83-89. https://doi.org/10.15302/J-SSCAE-2016.04.013
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    This paper explains the capability structure of aerospace equipments manufacturing system based on the trait analysis of aerospace equipments and the manufacturing process, analyzes the major problems of China's aerospace equipments manufacturing, and gives suggestions for improving China’s aerospace equipments manufacturing capabilities.

  • Research on Development Strategies for China’s Advanced Materials Industry
    Hailing Tu, Shirong Zhang, Tengfei Li
    2016, 18(4): 90-100. https://doi.org/10.15302/J-SSCAE-2016.04.014
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    As a sector of strategic emerging industries, the advanced materials industry is vital for the socioeconomic development and security of the country．This paper describes the current status of the advanced materials industry in China and abroad and discusses weakness of the related enterprises．Finally, we propose the major development directions and make suggestions on government policies for promoting the advanced materials industry

  • Promoting Green Manufacturing Technology Diffusion Using Innovative Policy Implementation Methods
    Peng Liu, KZhou Dillon, Jianlin Yan, Yuan Zhou, Lan Xue
    2016, 18(4): 101-108. https://doi.org/10.15302/J-SSCAE-2016.04.015
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    This paper presents initial findings on a current approach in public policy to promote green technology diffusion using innovative policy measures, through the case of the electric motor upgrading project (EMUP), and examines the degree of success of local governments in their effort to encourage the adoption of high efficiency motors (HEMs). The barriers to green technology diffusion are explored to showcase the challenges faced by local implementer. This research demonstrates the successes of various regions with an emphasis on Dongguan City, which has enjoyed great success using subsidies and financial tools to promote the use of energy performance contracts as an innovative financing mode. Finally, this article analyzes the methods and outcomes of the EMUP, thus far, in order to explain the reasons behind the success of this initial phase of implementation. Further research will be needed to monitor the progress of this initiative. This article summarizes the policy system and the new model will help to promote the development of energy conservation and environmental protection industry in the strategic emerging industries.

  • An Exploration of Development of Construction Device for Ocean Engineering Equipment
    Tao Peng, Zhongqin Lin, Jianmin Yang, Cungen Liu
    2016, 18(4): 109-112. https://doi.org/10.15302/J-SSCAE-2016.04.016
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    With the developing of large scale and deep-water, performance of ocean engineering equipment has been improved rapidly. The offshore manufacturing industry faces with the complex manufacturing process, exacting working conditions, and high accuracy requirements. Manufacturing devices should to be refined, flexible, parallel in processing and measurement, need more breakthroughs in complete sets of equipment, control system and etc. And provide the support for the development of the construction capacity of ocean engineering equipment industry, achieve the fine, intelligent and green development in manufacturing process.

    • Study on Overseas Practice
  • Analysis of Foreign Classical Policy Tools for Strategic Emerging Industries—Government Procurement and Subsidy Policies
    Guannan Xu, Xiuqin Wang, Meijuan Pan, Yuan Zhou
    2016, 18(4): 113-120. https://doi.org/10.15302/J-SSCAE-2016.04.017
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    At present, the strategic emerging industry has become the key to upgrading a country's industrial structure and to winning a priority of economic development. Various countries start to consider the development of emerging industries as a national level strategy and apply a portfolio of policy tools to promote the development of emerging industries. Therefore, research of the important measures adopted by other countries in promoting the development of emerging industries offers important reference for China to carry out relevant policies. This paper mainly analyzes two classical policy tools adopted by developed countries, including government procurement and government subsidiary, so as to provide reference for China to cultivate and develop its strategic emerging industries.

  • Application of Big Data Analysis Methods for Technology Foresight in Strategic Emerging Industries
    Yufei Liu, Yuan Zhou, Ling Liao
    2016, 18(4): 121-128. https://doi.org/10.15302/J-SSCAE-2016.04.018
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    As an innovative strategic management tool, technology foresight has received increasing interest. There is a large number of related scholarship on technology foresight and its application. The theoretical difficulty is how to conduct technology foresight for different kinds of emerging industries, especially for targeted types of industry innovation in a developing country. Delphi expert analysis is currently the most popular method for technology foresight. This method is undermined by a lack of reliabe and valid big data to support expert experience. The authors propose a new method for patent and technical document analysis for the use of technology foresight for China’s emerging industries.

This Issue

Apr 2016, Volume 18 Issue 4

On the cover

Since the 12th Five Year Plan, the cultivation and development of strategic emerging industries in China have achieved remarkable results, and played an important supporting and leading role in the application for economic and social development. Strategic emerging industries are crucial for China's economic growth to shift from factor driven to innovation driven, to achieve the Two Centenary Goals, and to seize the commanding heights of science and technology and industry. Strategic emerging industries have become an important force for structural adjustment and stable growth, and continue to promote the transformation and development of China's economy and society.