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2016-07-12

Layout Development Year High-end Institute Platform Gathering Advantages Significantly Create a New Situation of Scientific Research Development

In 2016, the high-end institute will usher in the year of layout development, and the scientific research creativity, collaborative cohesion and transformation management of our institute will be greatly improved. With the strong support of the Tianjin Municipal Government and the Dongli District Government, with the attention and help of all sectors of society, under the correct guidance of the leaders of the high-end institute, and the forge ahead of various scientific research institutions, the scientific research work of our institute has been steady and steady. Continue to create a new situation in the scientific research development of high-end institutes. As of June 30, 2016, the High-end Institute has established 23 professional research institutes, 1 research office and officially signed 4 joint research centers. The list of scientific research institutions in high-end institutes includes 8 new research institutes and 2 new joint research centers in the first half of 2016. According to the analysis of the sources of each research institute, in the first half of 2016, a total of 5 out-of-school teams were introduced (accounting for 21.7 per cent of the total), 1 in the mechanical department of Tsinghua University and 2 in the non-mechanical department. In 2016, two new joint research centers were added, namely the Joint Research Center of Intelligent Lubrication Technology and the Joint Laboratory of Energy Equipment and Technology. The Joint Research Center for Intelligent Lubrication Technology is oriented to the field of intelligent lubrication system and intelligent engineering services. Combined with the industrial advantages of Zhengzhou Aote Technology Co., Ltd. in intelligent engineering services, the Joint Research Center for Intelligent Lubrication Technology has been established in high-end institutes through the collaborative innovation mechanism of production, teaching and research. It provides intelligent lubrication research for Tianjin to become a national advanced manufacturing research and development base, and establishes friction lubrication Internet of Things and big data platform. The energy equipment and technology joint laboratory is oriented to the field of high-end equipment manufacturing. It uses the professional advantages of the high-end institute to cooperate with Lanzhou Lanshi Group Co., Ltd. through the collaborative innovation mechanism of industry, university and research, and establishes the energy equipment and technology joint laboratory in the high-end institute. Become a national advanced manufacturing research and development base to carry out cooperation in new materials, high-end energy equipment manufacturing research and development and technological achievement transformation. In terms of cooperation in horizontal scientific research projects, the contract amount of horizontal funds has increased by 41.1928 million yuan, including 1.1928 million yuan for scientific research projects and 40 million yuan for scientific research institutions. In terms of vertical project declaration, in the first half of the year, the Ministry of Science and Technology organized the declaration of 1 bilateral intergovernmental science and technology cooperation project between China and Japan; the National Natural Science Foundation of China declared 1 item and jointly declared 1 item; the Ministry of Science and Technology jointly declared 7 key research and development plans. One Tianjin science and technology support project declared in 2015 was approved, and two key research and development projects participated by our hospital were publicized. With the continuous growth of the high-end hospital, the high-end hospital will attract more social teams to join the platform of the high-end hospital, and strengthen the scientific and technological research and development of the high-end hospital and the transformation of achievements. In the future development years, the high-end institute will continue to build a collaborative innovation body, build an innovative industrial chain, and build a scientific and technological service platform as its development goals, form a high-end equipment manufacturing industry development cluster, give full play to the advantages of platform convergence, and promote the transformation of scientific and technological achievements and the opening of resources Sharing, contributing to the collaborative innovation of Beijing-Tianjin-Hebei and the development of my country's equipment manufacturing industry. (Report of Scientific Research Department/Quan Li Mei Tu/Zhang Rongwei)

2016-07-13

Series Training of Scientific Research Department-The First Meeting of the Third Laboratory Safety Training and Scientific Research Equipment Procurement Training Held

The scientific research department held the third laboratory safety training and the first scientific research equipment buyer training on June 3 and 22 respectively, and achieved good results. The event invited a number of teachers from the Equipment Department of Tsinghua University, the Asset Department of Tianjin University and other units to explain the laboratory safety management methods, fire emergency knowledge and related systems of equipment procurement. During the training, everyone studied hard, spoke enthusiastically, discussed enthusiastically, and empathized with many theories, cases and methods introduced by the teacher. After the training, everyone expressed the hope that the theories and methods used in this training can be applied in practical work, strengthen the safety management awareness of each institute, and further improve work efficiency. Site of Laboratory Safety Training Meeting Tianjin University Asset Department Teacher's Report on Laboratory Safety Report Fire Drill Scientific Research Equipment Buyer Training Meeting Site (Report of Scientific Research Department/Yu Yan Tu/Yu Yan)

2016-07-15

The signing ceremony of strategic cooperation agreement between our hospital and Xingtai municipal government was successfully held

He Yongyong, Executive Vice President of the High-end Institute, and Tong Yingan, Deputy Mayor of Xingtai City, signed a cooperation agreement on behalf of both parties. On June 6, 2016, the signing ceremony of the strategic cooperation between the Tianjin High-end Equipment Research Institute of Tsinghua University (referred to as the "High-end Institute") and the Xingtai Municipal Government was held in the conference room of Building 4, High-end Institute, Kechuang Huigu Park, Dongli District, Tianjin. Luo Jianbin, president of the high-end hospital, and Dong Xiaoyu, mayor of Xingtai City, attended the signing ceremony. He Yongyong, executive vice president of the high-end hospital, and Tong Yingan, vice mayor of Xingtai City, signed the cooperation agreement on behalf of both sides. Also present at the signing ceremony were Zhang Xiangjun and Woodmin, vice presidents of the high-end institute, Yang Fei, executive deputy director of the Laser Engineering Research Institute (hereinafter referred to as the "Laser Research Institute"), Zou Yirong, deputy director of the institute's affairs department; Yang Mengxun, secretary general of Xingtai Municipal People's Government, Li Chaoying, secretary of Nanhe County Party Committee, and He Qingdong, deputy county magistrate. At the symposium, Dong Xiaoyu introduced the economic and social development and comparative advantages of Xingtai City. He said that the coordinated development of Beijing, Tianjin and Hebei has become a major national strategy, which provides a rare opportunity for the two sides to deepen cooperation. He hopes to take the signing of the agreement as an opportunity to combine the cutting-edge technology and scientific and technological achievements of the high-end institute with the advantages of Xingtai's location, industry and policy, and deepen cooperation in the transformation of scientific research achievements, the construction of R & D platform, and the training of talents. Dean Luo Jianbin said that Xingtai's industrial layout, resource advantages and high-end institutes have a good foundation for cooperation. Our institute will further deepen strategic cooperation with Xingtai and actively promote the effective transformation and industrialization of more scientific research results in Xingtai. Development, accelerate the promotion of more scientific research bases and incubation projects in our institute to settle in Xingtai, promote the gathering of innovative elements and talents, and contribute to the coordinated development of Beijing, Tianjin and Hebei. Yang Fei, executive deputy director of the Laser Institute, introduced the technology and industrialization achievements of the high-end institute. According to the agreement, the two parties will strengthen cooperation in strategic consulting, intellectual services, industry-university-research integration, talent introduction and training, etc., and focus on the pillar industries of Xingtai City. Organize scientific research forces to jointly tackle the project requirements and technical problems raised by enterprises and institutions in Xingtai City, realize the docking of talents and projects, and accelerate the integration of production, learning, and research. At the signing ceremony of the cooperation agreement signed by Yang Fei, executive deputy director of the Laser Institute, and He Qingdong, deputy head of Nanhe County, on behalf of both parties, Tianjin Qinghong Optoelectronic Technology Co., Ltd., an incubator of the high-end laser institute, signed a cooperation agreement with Nanhe County Government at the same time to develop lasers and other related high-tech products for monocrystalline silicon laser cutting and help upgrade Xingtai's equipment industry structure. Laser Engineering Research Institute Report/Wang Zitu/Zhang Rongwei.

2016-07-15

Table Interface Micro-nano Technology Research Institute Team Won the National Finals of Tsinghua Alumni Creative Innovation and Entrepreneurship Competition

On June 30, 2016, the "Tsinghua Alumni Creative Innovation and Entrepreneurship Competition and National Finals" (referred to as the "Three Innovation Competition") award ceremony hosted by the Tsinghua Alumni Association and the Tsinghua University Committee of the Communist Youth League was grandly held in Tsinghua Science and Technology Park. The nano self-assembled coating modified oil-water separation technology of the team of the Institute of Surface and Nano Technology of Tianjin High-end Equipment Research Institute of Tsinghua University stood out among more than 300 entries and won the seed group championship. The final showed the competition on the spot. Tsinghua alumni, teachers and students gathered. Tsinghua University Party Committee Secretary Chen Xu, Tsinghua Alumni Association Secretary Tang Jie and other school leaders also came to the competition site to give high recognition and appreciation to the competition. I hope Tsinghua alumni will carry forward the "three innovation spirit" and wish the competition better and better. Chen Xu, Secretary of the Party Committee of Tsinghua University, presented the award-winning project to the participating team. The Micro-Nano Technology Research Institute is one of the earliest research institutes established by the Tianjin High-end Equipment Research Institute of Tsinghua University. It is committed to the research and transformation of practical technologies in the directions of micro-nano particle self-assembly and fluid-solid interface effect. In this competition, the team used nano self-assembly coating to modify the existing filter materials, and achieved low-cost and high-efficiency separation of various oil-water mixtures. The technology can be widely used in the treatment of oily wastewater and oil leakage emergency treatment in petrochemical, machinery and catering industries, and has a broad market prospect. Report by the Institute of Surface Interface Micro-Nano Technology/Liu Xiaohong/Du Chuan.

2016-07-25

The first friendly table tennis match of Tianjin High-end Equipment Research Institute of Tsinghua University was successfully held

In order to enrich the spiritual and cultural life of employees, build a harmonious society in an all-round way, let our employees relax physically and mentally after intense work, and build a harmonious and civilized working atmosphere of "healthy life and happy work", at the same time, in order to strengthen the friendship between various units, on the afternoon of July 8, 2016, Tsinghua University Tianjin High-end Equipment Research Institute (hereinafter referred to as "High-end Institute") specially held the first table tennis friendly match, we also invite colleagues from Dongli Lake Management Committee and Huaming Management Committee to join us in the competition. A total of 55 players signed up for the men's singles round robin, including 41 men's singles and 14 women's singles. In line with the principle of "friendship first, competition second", it provides a stage for table tennis enthusiasts in our college and Dongli Lake Management Committee to show themselves, exchange skills and enhance feelings. Before the game, the participants selected their opponents in the form of a draw. The group stage adopted the elimination system, with three games, two wins and 11 goals. At the beginning of the men's and women's mixed doubles finals, the men's singles competition was fierce, and the competition entered the anxious stage, and the women's singles and mixed doubles also entered the state one after another. Many evenly matched contestants compete with each other, making the game more exciting. Straight shots, horizontal shots, spiking, spinning balls, curving balls and other skills have been reflected one by one. From time to time, enthusiastic cheers were heard from the onlookers. After two weeks of fierce competition, our college and Dongli Lake Management Committee finally won the top three places in all competitions, resulting in the first, second and third place in men's and women's singles and mixed doubles. Our contestants and Dongli Lake Management Committee contestants took photos of this competition to create a relaxed and pleasant sports atmosphere and enrich the amateur cultural life of employees. Meeting friends with the ball, fellowship with the ball, and enthusiastically participating in the game, so that the arena is always full of tension, intensity, friendship, and mutual assistance, giving full play to the staff's strengths and hobbies, and popularizing and improving table tennis activities in high-end academies It has built a platform, enriched the connotation of the cultural construction of high-end academies, and achieved a double harvest of sports performance and spiritual civilization. Department of Hospital Affairs, Enterprise Publicity Office, Daily News/Zhang Rongwei Chart/Zhang Rongwei

2016-07-25

Our hospital and Nanhe County Government formally signed an agreement to jointly establish a friction reduction project center.

The signing ceremony of the friction reduction and consumption reduction engineering center was held in Xingtai City. On July 10, 2016, the signing ceremony of the cooperation agreement between the Tianjin High-end Equipment Research Institute of Tsinghua University (referred to as the "High-end Institute") and the Nanhe County Government on the joint establishment of the friction reduction and consumption reduction engineering center was held in Xingtai City. Luo Jianbin, president of the high-end hospital, and Tong Yingan, vice mayor of Xingtai City, attended the signing ceremony. Zhang Xiangjun, vice president of the high-end hospital, and He Qingdong, deputy head of Nanhe County, signed cooperation agreements on behalf of both sides. Also present at the signing ceremony were Wood Min, vice president of the High-end Institute, Zhang Chenhui, director of the Lubrication Technology Research Institute, Yang Fei, executive deputy director of the Laser Engineering Research Institute, Li Chaoying, secretary of the Nanhe County Party Committee, Li Shengmin, deputy secretary of the county party committee and county magistrate, and Liu Haichuan, member of the Standing Committee of the county party committee and executive deputy county magistrate. At the symposium of the high-end hospital delegation visiting Hebei Jinshahe Noodle Industry Group, Tong Yingan and Li Chaoying respectively introduced the economic and social development of Xingtai City and Nanhe County. Tong Yingan said at the meeting that the municipal party committee and municipal government will attach great importance to the cooperation between the high-end hospital and the Nanhe county government, make every effort to ensure and provide high-quality services, so as to continuously inject new vitality and expand new space for city-school cooperation. It is hoped that the two sides will give full play to their respective advantages, realize the transformation of scientific and technological achievements as soon as possible, and improve the lives of the people through scientific and technological innovation. Luo Jianbin said that with the help of the cooperation agreement signed with Nanhe County, our institute will further deepen the strategic cooperation with Xingtai, actively promote the effective transformation and industrial development of more scientific research achievements in Xingtai City, accelerate the settlement of more scientific research bases and incubation projects in Xingtai, promote the gathering of innovative elements and talents, and contribute to the coordinated development of Beijing, Tianjin and Hebei. According to the agreement, the two sides will build a manufacturing technology platform for friction reduction and consumption reduction, promote the sustainable development of manufacturing systems in Nanhe County, Xingtai City and Hebei Province through industry authoritative testing and certification, and attract experts or institutions in relevant fields at home and abroad to provide technical solutions for friction reduction and consumption reduction for enterprises in Nanhe County. Organize domestic and foreign experts and scholars through industry technical training, industry conferences and exhibitions, promote the construction of talent training in Nanhe County, and extensively promote the manufacturing industry's friction reduction and consumption reduction and green energy-saving technologies; through the application and promotion of the manufacturing industry's friction reduction and consumption reduction series of technologies, integrate the upstream and downstream enterprises in the manufacturing industry and the mechanical processing industry. Promote the upgrading of manufacturing and technical service industries in the entire chain of formulating industry standards, high-quality friction materials and product research and development. Scientific Research Department Report/Wang Liquan/Zhou Pengfei

2016-08-07

On August 07, 2016, Tianjin TV Station's "Shi Shi" column reported on the innovation-driven development of high-end institutes.

2016-08-11

The first "Youth High-end Forum • Friction and Lubrication" ended successfully

2016年7月21日至2016年7月24日，首届“青年高端论坛•摩擦与润滑”在天津市东丽区成功召开。本次论坛由中国机械工程学会、中国机械工程学会摩擦学分会、中国机械工程学会摩擦学分会青年工作委员会、清华大学摩擦学国家重点实验室主办，清华大学天津高端装备研究院（简称“高端院”）和清研检测（天津）有限公司承办。　　　　参会嘉宾及代表合影　　中国科学院院士、清华大学机械工程学院院长、高端院院长雒建斌和中国科学院院士、固体润滑国家重点实验室主任刘维民作为特约嘉宾参与了论坛，为广大业内同仁和青年学者做了精彩的讲座和深入的交流互动。天津市东丽区副区长杨灏、中国机械工程协会副秘书长左晓卫、中国机械工程协会摩擦学分会总干事李健、高端院副院长路新春、摩擦学分会青工委代表张晨辉、中国石油和化学工业联合会润滑脂专　委会主任郭小川、中国石油和化学工业联合会润滑脂专委会秘书长刘庆廉、通力电梯有限公司技术专家Dr.Simo、以及摩擦与润滑领域内的高校和科研机构专家与教师、行业和企事业领军人士、在校的青年学者等200余　人莅临现场参加了本次论坛。论坛由高端院常务副院长何永勇、副院长张向军等主持。　　雒建斌院士就国内外摩擦学研究最新进展做了精彩讲座　　　　刘维民院士做题为《润滑材料与摩擦化学》讲座　　　　天津市东丽区副区长杨灏致辞　　　　与会的各位特约嘉宾精彩发言　　　　高端院常务副院长何永勇、副院长张向军分别主持了论坛开闭幕式　　论坛以“摩擦与润滑”为主题，内容涉及摩擦与润滑前沿与基础、表面物理化学、密封理论、检测技术、多领域摩擦学（制造、能源、矿山、仿生、空间、高铁）等。各领域专家学者及行业精英就自己团队的科研成果及学术见解进行了内容充实而丰富的演讲，在讲座的互动环节中，各位专家与参会学生和企业代表进行了亲切交流，为学生在学术研究和人生规划等方面的问题答疑解惑。　　各领域科研专家及行业精英分别作了专业报告　　参会人员认真聆听各位专家的讲座报告，并积极提问互动　　本次论坛针对摩擦与润滑问题，精心设计了“学生之问”与“企业之问”环节。会务组人员向参会企业和学生搜集并整理了他们最关心、最棘手的问题，在论坛举办期间由院士和专家进行逐一解答。会务组同时将关注度高的问题张贴在公示板上，邀请参会专家和代表将自己的见解书写出来，供大家阅览、探讨。这个环节的设置，不但直接回答了问题，也为青年才俊提供了许多解决相似问题的思路，获得了热烈反响。　　与会人员向专家请教、交换意见，同时参观了企业展出的先进的摩擦学测试仪器　　论坛期间，各位与会嘉宾在张向军陪同下参观了高端院展厅和润滑与摩擦检测中心。　　　　与会嘉宾参观高端院润滑与摩擦检测中心　　本次会议作为首届摩擦与润滑领域青年才俊向前辈学习与相互交流的高端论坛，通过院士、教授的学术讲座和企业领军人物的行业报告，展示交流了我国摩擦与润滑领域在学术研究和产品应用方面取得的最新成果。来自广大企事业单位、高等院校和研究机构，从事摩擦与润滑相关研究和应用的科研精英人才踊跃参加本次会议，促进了我国摩擦与润滑领域科学、工程及技术的发展，也为今后青年高端论坛的举办树立了良好的标准。　　　　润滑与摩擦检测中心报道文/马庆超图/徐雅晨

2016-08-12

Research Institute of Embedded Systems and Internet of Things

The Institute of Embedded Systems and Internet of Things was established on October 15, 2016, dedicated to the research of embedded control and Internet of Things technology. The research institute has more than 20 core backbones, and has strong technical accumulation and rich industrialization experience in the fields of automation and informatization. Researcher Xu Changrong, director of the Institute, was awarded the title of "Person of the Year in China's Automation Field in 2010" and is currently the chairman of PLC Branch of China Mechatronics Technology Application Association. Research Institute Core Technology Computer Technology Signal Processing Technology Embedded Software Technology Automatic Control Technology Data Communication Technology Cloud Platform Technology Data Mining Technology System Monitoring Technology Mobile Internet Technology Industrialization Development 1. Based on embedded control and Internet of Things technology, combined with industry needs, rapid development of various automation products universal programmable controller generator set special controller air conditioning and refrigeration special controller power monitoring special controller heating network monitoring special controller environment monitoring special controller energy-saving equipment special controller water treatment equipment special controller 2. based on automatic control, communication, cloud computing, big data and other technologies, design and implementation of integrated monitoring system intelligent factory: electric power, metallurgy, building materials, chemical intelligent city: transportation, heating, water supply, gas supply intelligent life: environmental Protection, Building, Agriculture, Water Conservancy 3. Service Units and Work Contents Beijing Subway: Ground and Vehicle Controllers Tianjin Heat Supply: Gas Boiler Automatic Control Changchun Heat Supply: Heat Exchange Station Automatic Control PetroChina: Distributed Energy Controller China Ship: Ship Distributed Controller State Grid: UHV Transmission Controller Shenhua Group: Coal Mine Power Distribution Monitoring System Xiexin Group: Environmental Remote Monitoring System Tsinghua Enlightenment: Sewage Treatment Monitoring System Qingdao Subway: Ground Power Supply Monitoring System Haidian Government: many countries in the air conditioning energy-saving control system: radio and television power supply monitoring contact information: address: building 4, kechuang huigu park, hongshun road, huaming high-tech zone, Dongli district, Tianjin zip code: 300300 contact person: Xu changrong fixed telephone: 022-84819310 mobile telephone: 13701392991 E-mail: 022-xuchangr@tsinghua-tj.org fax: 022-84819302

2016-08-13

Optoelectronic Technology Research Institute

The Institute of Optoelectronic Technology is an adaptive optics team led by Professor Huang Lei from the Department of Fine Instrument of Tsinghua University. It is a team with the spirit of exploration and innovation. Has undertaken the national major special projects, 863-804 high-tech, the National Natural Science Foundation and other scientific research projects more than ten. More than 20 patents have been granted. Won 1 second prize of the Ministry of Education, 1 first prize of military science and technology, and 1 second prize of the Ministry of Education for Technical Invention. The core technology research team has achieved important results in the forefront of scientific and technological development in the field of optoelectronic technology, including basic scientific exploration, applied basic research and system technology research and development. The main core technologies are embodied in the photoelectric system technology with high energy and large aperture deformable mirror technology as the core, including: photoelectric system technology with deformable mirror as the core technology: mirror precision processing and compensation technology, mirror surface precision control and aberration compensation technology, mirror stress control and release technology, high-precision adaptive wavefront control technology, high-precision light field imaging distortion detection technology, etc. High-energy large-aperture deformable mirror technology industry demand high-precision deformable mirror system technology is a hot spot in the field of laser and optoelectronic technology, and is the key core technology of modern large-scale laser and optical systems, especially laser fusion ignition devices. Its function is to realize high-precision real-time correction of optical distortion through nano-scale precision aberration control of ultra-thin active mirrors. Due to the huge energy of large-caliber laser and the extremely high calibration accuracy requirements, this technology is extremely difficult. It has been monopolized by foreign countries for a long time (the active reflector of the NIF device in the United States is the most advanced level in the world), which severely restricts my country's high-energy laser system, especially The development of the ongoing major national defense scientific device-Shenguang III device. Improving the independent research and development capability and equipment level of active mirror technology will effectively promote the strategy of "science and technology power" and ensure national security. The research team has the photoelectric system technology with independent intellectual property rights, which meets the urgent needs of high-precision wavefront control of laser and photoelectric system, and can be widely used in laser fusion energy (high-energy PW/EW beam internal and external beam synthesis), directional energy laser weapons (dynamic resonant cavity), astronomical observation, high-resolution/microscopic imaging, remote communication, human eye medical treatment, terminal display equipment and other fields, it is the core technology that determines the performance of the system, and has broad application prospects and considerable social and economic benefits. Contact Information: Address: C1/F, Low Carbon Industrial Park, Huaming High-tech Zone, Dongli District, Tianjin Zip Code: 300300 Contact: Ma Zengrong E-mail: mazr@tsinghua-tj.org

2016-08-16

Advanced Energy Equipment Technology Research Institute "Key Technology Research of Natural Gas Liquefaction Plant Construction" entered the experimental test stage

Since October 2015, the Tianjin High-end Equipment Research Institute of Tsinghua University (hereinafter referred to as "High-end Institute") Advanced Energy Equipment Technology Research Institute (hereinafter referred to as "Advanced Energy Institute") has undertaken the "Research on Key Technologies for Natural Gas Liquefaction Plant Construction" project of PetroChina Daqing Oilfield Engineering Construction Co., Ltd. (hereinafter referred to as Installation Company). After several months of continuous research, the project has entered the experimental testing phase from the program design, calculation and analysis phase. The temperature of liquefied natural gas can be as low as_162 ℃, so the transportation and storage of liquefied natural gas is the main technical problem in the natural gas liquefaction plant, and ensuring the safety of the storage and transportation process and improving its economy is the main technical key of the liquefied natural gas project. During the cooperation with the installation company, the Advanced Energy Institute gave full play to its technical advantages, steadily promoted the design and optimization of the scheme, and the research and development work was fully recognized by the cooperative units. At present, the project is progressing smoothly, the design of the scheme has been completed, a number of key technical measures have been demonstrated and implemented, the project has entered the experimental testing stage, and phased progress has been made. Natural liquefaction plant is a very important link in the LNG industry chain. The LNG industry chain is a complete chain system with huge capital and intensive technology that runs through the whole process of the natural gas industry. Due to the needs of environmental protection, it is estimated that in 2020, my country's annual import of natural gas will reach 30 million tons, which makes my country have a huge demand for natural gas storage and transportation. Daqing Oilfield Construction Co., Ltd. is a comprehensive engineering construction enterprise with special qualification for general contracting of chemical petroleum engineering construction. It is the largest engineering construction enterprise in China. The company's business scope includes chemical petroleum construction, construction, road and bridge construction, product prefabrication, engineering design, etc. The five main businesses, the construction field covers 23 provinces, autonomous regions and municipalities directly under the Central Government in China, and has successively entered Pakistan, Bangladesh, Iraq and other countries and regions. Liquefied natural gas fluid and structural calculation results (temperature and structural stress distribution) Advanced Energy Equipment Technology Research Institute is a scientific research institution under the high-end institute. It is a research institution with the design, calculation analysis, software service and technical support of nuclear power station as its main research direction, taking into account the research and development in the fields of petroleum and chemical industry. At present, the Institute focuses on nuclear energy equipment and petrochemical products, and provides consulting and technical services to research institutes and enterprises in related technical fields. Report by Advanced Energy Equipment Technology Research Institute/Guo Bao

2016-08-23

Video of the first advanced seminar on "Made in China 2025 and the Development Strategy of Chinese Manufacturing Enterprises in the 13th Five-Year Plan"

2016-08-23

Integrated Circuit (IC) Manufacturing Technology Video

2016-08-23

Green energy saving technology video

2016-08-23

Video on Additive Manufacturing (3D Printing) and Laser Processing Technology

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party building work

Layout Development Year High-end Institute Platform Gathering Advantages Significantly Create a New Situation of Scientific Research Development

2016-07-12

Series Training of Scientific Research Department-The First Meeting of the Third Laboratory Safety Training and Scientific Research Equipment Procurement Training Held

2016-07-13

The signing ceremony of strategic cooperation agreement between our hospital and Xingtai municipal government was successfully held

2016-07-15

Table Interface Micro-nano Technology Research Institute Team Won the National Finals of Tsinghua Alumni Creative Innovation and Entrepreneurship Competition

2016-07-15

The first friendly table tennis match of Tianjin High-end Equipment Research Institute of Tsinghua University was successfully held

2016-07-25

Our hospital and Nanhe County Government formally signed an agreement to jointly establish a friction reduction project center.

2016-07-25

On August 07, 2016, Tianjin TV Station's "Shi Shi" column reported on the innovation-driven development of high-end institutes.

2016-08-07

The first "Youth High-end Forum • Friction and Lubrication" ended successfully

2016-08-11

Research Institute of Embedded Systems and Internet of Things

2016-08-12

Optoelectronic Technology Research Institute

2016-08-13

Advanced Energy Equipment Technology Research Institute "Key Technology Research of Natural Gas Liquefaction Plant Construction" entered the experimental test stage

2016-08-16

Video of the first advanced seminar on "Made in China 2025 and the Development Strategy of Chinese Manufacturing Enterprises in the 13th Five-Year Plan"

2016-08-23

Integrated Circuit (IC) Manufacturing Technology Video

2016-08-23

Green energy saving technology video

2016-08-23

Video on Additive Manufacturing (3D Printing) and Laser Processing Technology

2016-08-23

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Tel: 86-022-2491 5888

Address: Buildings 4 and 5, Kechuang Huigu Park, Hongshun Road, Huaming High-tech Zone, Dongli District, Tianjin

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