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Monitoring of Innovative Technologies and Projects in the Field of Improved Industrial Energy Efficiency and the Industrial Implementation of New Energy Sources Aimed at Sustainable Development of the Northern (Arctic) Russian Regions

机译:旨在提高俄罗斯北部(北极)地区可持续发展的工业能源效率和新能源的工业实施领域中的创新技术和项目的监控

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Objective: The study is aimed at identifying and analyzing technologies and projects in the field of improved industrial energy efficiency and the implementation of new energy sources at enterprises focused on industrial introduction in the Northern (Arctic) Regions of Russia and promoting their sustainable development. Methods: An expert study is a key method of research. The concept and methodology of monitoring and two-level expert evaluation of advanced projects and technologies have been developed; the project selection criteria have been formed. In the formation of the research methodology the experience of Western countries during the two-level expert evaluations were taken into account. Nine experts in the field of the energy were invited. Mathematical processing of expert data was carried out by an averaged evaluation of the expert committee members' opinions and by determining the resulting expert opinion. For the analysis of the markets for application of the selected technologies the statistical and economic research method was used. Findings: The theoretical and methodological framework has been developed to select the most promising projects. An array of information about markets for applying the best technologies in Russia and in the world has been formed. The problems have been identified that hinder the development of this industry in Russia and in the world, an electronic catalog of existing and emerging projects and technologies has been created. With a view to the urgency and importance of the Arctic Russia the priority was given to the projects with a high stage of development. Recommendations have been developed to improve the effectiveness of cooperation between Russian educational and scientific organizations conducting research in the field of industrial energy efficiency improvement and the introduction of new energy sources at enterprises and the industrial enterprises operating in the Northern regions of Russia. To determine the key scientific leaders in the given subject area we assessed the degree of readiness of Russian scientific institutions to the introduction of advanced technologies in the target scientific direction. The results will serve as a basis in the implementation of an effective state policy for the development of the Russian Arctic regions, which since 2016 will complement the range of activities, developed in 2014 within the Russian government decree. Applications/Improvements: The complex of selected technologies allows organizing energy-efficient and environmentally friendly business activities for sustainable development of the Arctic regions of Russia and also can be used regardless of the weather conditions and can serve to energy efficiency improvement of any industrial enterprises in all climatic zones.
机译:目的:该研究旨在识别和分析提高工业能源效率和在俄罗斯北部(北极)地区重点引进工业并促进其可持续发展的企业实施新能源领域的技术和项目。方法:专家研究是关键的研究方法。已经制定了监测和对高级项目和技术进行两级专家评估的概念和方法;项目选择标准已经形成。在研究方法的形成过程中,考虑了西方国家在两级专家评估中的经验。邀请了九位能源领域的专家。专家数据的数学处理是通过对专家委员会成员的意见进行平均评估并确定得出的专家意见来进行的。为了分析所选技术的应用市场,使用了统计和经济研究方法。调查结果:理论和方法框架已经开发出来,以选择最有前途的项目。已经形成了一系列有关在俄罗斯和世界范围内应用最佳技术的市场信息。已经发现了阻碍俄罗斯和世界范围内该行业发展的问题,已创建了一个现有和新兴项目与技术的电子目录。鉴于北极俄罗斯的紧迫性和重要性,优先考虑了处于较高发展阶段的项目。已经提出了一些建议,以提高在工业能源效率改善领域进行研究的俄罗斯教育和科学组织之间的合作效率,并向在俄罗斯北部地区经营的企业和工业企业引入新能源。为了确定特定学科领域的关键科学领导者,我们评估了俄罗斯科学机构对在目标科学方向上引进先进技术的准备程度。结果将作为实施有效的国家政策以促进俄罗斯北极地区发展的基础,该政策自2016年以来将补充2014年根据俄罗斯政府法令制定的一系列活动。应用程序/改进:多种选定的技术可以组织节能和环保的业务活动,以实现俄罗斯北极地区的可持续发展,并且可以不受天气条件的影响而使用,并且可以提高俄罗斯任何工业企业的能源效率。所有气候带。

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