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A Review of the Research on the Influencing Factors of Enterprise Key Core Technology Breakthrough
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作者 Liangcan Liu Yuexian Zou 《Proceedings of Business and Economic Studies》 2024年第4期125-129,共5页
The breakthrough of key core technology is a theoretical and practical strategic issue to realize the rise of the country.This paper analyzes the concept of key core technology and its breakthrough and analyzes its ch... The breakthrough of key core technology is a theoretical and practical strategic issue to realize the rise of the country.This paper analyzes the concept of key core technology and its breakthrough and analyzes its characteristics.Based on the perspective of participants,this paper summarizes the influencing factors of key core technology breakthroughs in enterprises:internal and external enterprises,universities and scientific research institutions,and government.This paper expands the relevant research on key core technology breakthroughs and provides inspiration for enterprises to carry out key core technology research and breakthrough practices. 展开更多
关键词 Key core technology breakthrough Concept discrimination Technical features Influencing factors
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New Breakthroughs in China's Coal Gasification Technology
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《China Petroleum Processing & Petrochemical Technology》 SCIE CAS 2014年第1期18-18,共1页
It is learned from the 2013 Summit Forum on Strategic Development of Coal-to-Natural Gas in China that the China Sedin Engineering Company,Ltd.has developed with independent intellectual property rights two experiment... It is learned from the 2013 Summit Forum on Strategic Development of Coal-to-Natural Gas in China that the China Sedin Engineering Company,Ltd.has developed with independent intellectual property rights two experimental furnaces for pressurized gasification of crushed coal,5 m 展开更多
关键词 MPA New breakthroughs in China’s Coal Gasification Technology
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Breakthrough in the China's Separation Technology for Extraction of Rare Earth Elements
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作者 HAO Ziguo FEI Hongcai +1 位作者 LIU Lian Susan TURNER 《Acta Geologica Sinica(English Edition)》 SCIE CAS CSCD 2013年第6期1743-1744,共2页
Separation technology of rare earth elements (REEs), as the critical step in the separation process, had long been fraught with technical difficulty. A research project conducted by Baotou Shibo Rare Earth Extracti... Separation technology of rare earth elements (REEs), as the critical step in the separation process, had long been fraught with technical difficulty. A research project conducted by Baotou Shibo Rare Earth Extraction & Equipment Co. Ltd., Baotou REE Research Institute, and Baotou Steel & REE Group Hi-Tech Co. Ltd (Inner Mongolia), has successfully solved the problem using a centrifugal extractor and advanced techniques to achieve a key breakthrough. 展开更多
关键词 LINE breakthrough in the China’s Separation Technology for Extraction of Rare Earth Elements REE
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A review of commercial development of continental shale oil in China 被引量:2
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作者 Xiaolin Wang Guosheng Zhang +4 位作者 Wei Tang Donghui Wang Kun Wang Jiayi Liu Dong Du 《Energy Geoscience》 2022年第3期282-289,共8页
Continental shale oil is an important strategic supplement to the sustainable development of petroleum industry in China.Based on the thermal maturity of organic matter,most shale oil in China is mediumhigh or medium-... Continental shale oil is an important strategic supplement to the sustainable development of petroleum industry in China.Based on the thermal maturity of organic matter,most shale oil in China is mediumhigh or medium-low mature oil with relatively high density that is usually stored in thin layers and difficult to extract due to strong fluid flow resistance.Most petroliferous basins in China host shale oil but the abundance and distribution are not favorable for operators looking for a commercial exploitation.This study systematically investigates the recent progress of shale oil exploration and development in China.The result shows that the country is facing the following challenges while trying to explore its shale oil resources:complex geological conditions;a lack of established effective development mode;high development cost;and an absence of substantial breakthroughs in key technologies.Given these,the study suggests from research and policy-making perspectives to strengthen the research on basic theories and key technologies,establish demonstration zones for development of different types of shale oil,pursue breakthroughs in a stepwise approach,innovate the management mode to reduce the development cost,set shale oil as an independent mineral type,and give special policy incentives. 展开更多
关键词 Continental shale oil Commercial development Petroliferous basin Technology breakthrough Mineral right
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A roadmap to carbon-lean steel
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作者 Pierre GUGLIERMINA Armelle JOUET +1 位作者 Jean-Pierre BIRAT Karl BUTTIENS 《Baosteel Technical Research》 CAS 2010年第S1期126-,共1页
The steel industry has come a long way in increasing its energy efficiency.In Europe the carbon intensity of steelmaking over the last 40 years was decreased by a factor 2.The potential for further improvements is now... The steel industry has come a long way in increasing its energy efficiency.In Europe the carbon intensity of steelmaking over the last 40 years was decreased by a factor 2.The potential for further improvements is now becoming less obvious as blast furnace operations are approaching the thermodynamical lower limit of hot metal production.To take on the climate change challenge and be able to respond to the expectation for strong reduction of carbon emissions,ArcelorMittal(AM) has developed a two step approach: (1) In a first instance given the modest remaining potential for incremental improvements precise benchmark tools were developed.This allowed identifying the top runners and determining the remaining potential for improvement.Plans were developed to bridge the gap with this achievable performance.In total a plan was devised with more than 400 identified actions throughout the group.This action plan will allow achieving a further 8% increase of CO_2 efficiency by 2020. (2 ) Secondly,already in 2002 AM engaged in the development of breakthrough technologies to further drastically reduce the carbon intensity of steelmaking.After screening a large number of candidates a few were selected for further development.A first breakthrough technology which is the most advanced stage of development can be applied to existing blast furnace and is reaching maturity and a demonstration on industrial scale of this technology is under preparation.In itself this technology will decrease the dependency on carbon as well as increase the productivity of the original blast furnaces.Real big gains can be made if this technology can be combined with underground carbon storage. In the AM roadmap the impact of raw materials(DRI,scrap) was excluded.In the longer run however the attention will have to turn to the overall footprint of materials and the long term consequences of the choice of materials.Increasing the recovery while preserving the quality of used steel products will leverage greatly the efforts done in the production of primary and secondary steel and power. 展开更多
关键词 climate change CO_2 benchmarking CO_2 breakthrough technology
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