From July 20th to 22nd, Qingdao’s first clean energy heating summit forum was held in the West Coast New Area. This was less than 20 days after the “Three-year Action Plan for Winning the Blue Sky Defense” issued by the State Council on July 3.
According to the Three Year Action Plan, by 2020, the total emissions of sulfur dioxide and nitrogen oxides will be reduced by more than 15% compared with 2015; The concentration of PM2.5 in cities at and above the prefecture level has decreased by more than 18% compared with that in 2015, the ratio of days with good air quality in cities at and above the prefecture level has reached 80%, and the ratio of days with severe pollution has decreased by more than 25% compared with that in 2015; Provinces that have fulfilled the goals and tasks of the 13th Five Year Plan ahead of schedule should maintain and consolidate the achievements of improvement.
The air pollution in northern China is mostly concentrated in autumn and winter, of which sulfur dioxide, nitrogen oxides, PM2.5 and other major pollutants from coal-fired heating are one of the important causes of smog weather. In the Three Year Action Plan, it is clearly stated that “pay close attention to pollution control in autumn and winter”, “accelerate the adjustment of energy structure, and build a clean, low-carbon and efficient energy system” “Adhere to the specific requirements of” proceeding from reality, electricity, gas, coal, and heat are appropriate for electricity, gas, gas, coal, and heat, so as to ensure the safety of people in the north to warm up in winter, and effectively promote clean heating in the north “.
The General Secretary emphasized: “The six issues of promoting clean heating in winter in the northern region are all major events, which are related to the lives of the masses of the people. They are major livelihood projects and popular support projects. Promoting clean heating in winter in the northern region is related to the warmth of the masses of the northern region during the winter, whether the haze can be reduced, and is an important part of the energy production and consumption revolution, and the rural lifestyle revolution. It should be based on the principle of enterprise first, government driven, and affordable for residents It is better to use clean energy as much as possible to accelerate the increase of the proportion of clean heating.
On December 5, 2017, the National Development and Reform Commission, the National Energy Administration, the Ministry of Finance, the Ministry of Environmental Protection and other 10 ministries and commissions jointly issued the Notice on Printing and Distributing the Winter Clean Heating Plan in Northern China (2017-2021) (FGNY [2017] No. 2100), which clearly stated in the “Promotion Strategy”, combined with the heating area’s heat load characteristics, environmental protection and ecological requirements, power resources, power grid support capacity and other factors, Develop electric heating according to local conditions. The supply and demand of electric power and thermal power shall be considered as a whole to realize the coordinated and optimized operation of electric power and thermal power systems. Actively promote various types of electric heating. Focusing on “2+26″ cities, we will promote decentralized electric heating such as carbon crystals, graphene heating devices, electric heating films, and thermal storage heaters in areas that cannot be covered by the heat supply network, scientifically develop centralized electric boiler heating, encourage the use of valley power, and effectively increase the proportion of electric energy in terminal energy consumption.
The use of electricity as a heating method has long been difficult to apply and promote in a large area because of a series of problems such as safety, high power consumption, expensive heating costs, and high input costs. Is there a technology that can safely, energy-efficient, and conveniently realize the application of electric heating? At this “Qingdao Clean Energy Heating Summit Forum”, the reporter found the answer.
The new technologies and products released at the “Qingdao Clean Energy Heating Summit Forum” were launched around the application of graphene electric heating technology. They were co sponsored by Qingdao Nansha Taixing Technology Co., Ltd. and Qingdao Ennuojia Energy Saving Technology Co., Ltd. More than 60 enterprises from across the country participated in the event, with more than 200 participants. The forum invited people from the National Academy of Sciences, the National Infrared Detection Center, Zhejiang University Scholars and experts from Harbin University of Technology, Yanshan University, Dalian University of Technology and other universities had on-site exchanges on clean energy heating technology.
The reporter learned that Qingdao Laixi Nanshu is an early graphite mining and processing base in China, which has a history of more than 100 years. It is famous globally for its rich reserves and excellent quality. Since Qingdao hosted the “China International Graphene Innovation Conference” in 2016, it has vigorously promoted the development of graphene technology and industry. It has strong graphene research and development strength, and also has a certain industrial foundation.
At the new product press conference of the Summit Forum, the staff connected the power meter and far-infrared imager to display dozens of newly developed graphene far-infrared electric heating products to experts and delegates, several of which are relatively simple in structure but have good heating effects. The reporter asked about their working principles in detail.
The staff introduced to the reporter that: “This product is specially developed for the national coal to electricity project. It took three years before and after it was finalized. The graphene far-infrared electric heating chip used in the core technology uses the principle of far-infrared radiation+air convection, and the electric heating conversion efficiency has reached more than 99%. Under the condition that the energy saving design of the building meets the standard, the power of 1200 watts can meet the heat supply of 15 m2. This is very energy-saving for the traditional electric heating method, except for electricity There is no external equipment outside the source, so it is very convenient to install and use.
Another product, the staff introduced: “This is our patented product. The electric heating wainscot has a heating temperature of 55-60 ℃, which is equivalent to the traditional water heating radiator, but is only 1 cm thick. It can be installed in an integrated and modular way. It is very convenient to use, and can be used for new buildings and heating reconstruction”.
When the reporter learned about its safety performance from the staff, the staff took the test report and relevant data, which showed that the service life reached 180000 hours without attenuation, and the materials used were fire retardant materials; In particular, the heating chip is a self-developed “self limiting chip”. Even if the temperature controller fails, the high temperature will not gather and ignite. When the reporter asked the expert about this technology, he was also affirmed by the expert.
Zhang Jinzhao, general manager of Taixing · Enen Home Operation Center, introduced to the reporter that the ability to host this summit forum is the affirmation of experts and scholars in the industry on our R&D investment and output in “clean energy heating” and “coal to electricity project”. In the past three years, Taixing · Enen Home has actively carried out production and research with universities and scientific research institutes, and has obtained graphene inorganic composite high-temperature chip technology A series of scientific research achievements such as electric heating product integration technology have been obtained, and relevant patents have been obtained, so that graphene cutting-edge technology can be effectively applied in electric heating industry and health care industry. Integration, modularization and intelligence ensure the safety, energy saving and convenience of products. It can be widely used in livelihood projects such as “coal to electricity” and “rural area clean heating transformation”.
Zhang Jinzhao, the general manager, finally introduced that the first Qingdao Clean Energy Heating Summit Forum was held by experts and scholars in the industry and elite enterprises in response to the 3-year Action Plan of the State Council for Winning the Blue Sky Defense War, and made suggestions for the development of the clean energy heating industry and enterprises. Later, we will actively promote the development of clean energy heating industry and provide intellectual and technical support for the implementation of the national strategy.
Attached expert information:
Professor Zeng Yu: Professor level senior engineer of National Infrared and Industrial Electrothermal Product Quality Supervision and Inspection Center. Expert enjoying special allowance of the State Council, deputy director of Infrared and Drying Equipment Technical Committee of Industrial Furnace Branch of China Mechanical Engineering Society, editorial board member of the Chinese core journal Infrared Technology, and deputy leader of the infrared and industrial electrothermal professional group of the National Inspection and Standards Commission.
Won the Outstanding Contribution Award of International Electrotechnical Commission IEC1906; He has won two first prizes, one second prize and one third prize of provincial and ministerial science and technology awards, presided over and participated in three international standards and more than 20 domestic standards.
Professor Gu Li: Sanbi (Ministry of Education) Key Laboratory of Dalian University of Technology, director of China Optical Society, vice chairman of the electrothermal special committee of China Electrotechnical Society, master’s supervisor, expert of the lEC working group of the International Electrotechnical Commission, and expert of the infrared electrothermal and infrared health industry.
Professor Lu Zichen: President of the Health Industry Research Institute of Cloud Computing Center, Chinese Academy of Sciences, member of the National Standardization Technology Committee, president of Dongguan Institute of Collaborative Innovation and Technology Development, and visiting professor of Dongguan Institute of Technology. Outstanding scientific and technological worker of Dongguan City, chief technician of Dongguan City, and expert in the field of infrared technology, applied for 78 related patents, participated in the formulation of 11 infrared standards, and won the first prize of the “2016 China Standards Innovation Contribution Award” project of the National Standards Commission. Former teachers of Ocean University of China published dozens of papers, including 2 SCI papers and 4 EI papers.
Professor Li Qingshan: Director of the Department of Polymer Materials of Yanshan University, Director of the Polymer Innovation Institute of National University Science Park of Yanshan University. He has enjoyed the special allowance of the State Council and has been engaged in basic research and teaching of polymer chemistry, synthesis and preparation of optical and electrical functional polymers, and application of functional materials for more than 30 years. A series of research results on ABT synthesis and photochemical reaction, mechanism of photo self initiated polymerization and photophysical process were published.
Professor Song Yihu: Deputy Director of the Institute of Polymer Composites, Zhejiang University, doctoral supervisor; The Ministry of Education’s “New Century Excellent Talent Support Plan” and Zhejiang Province’s “New Century 151 Talent Project” plan. He won the second prize of the Excellent Achievement Award (Natural Science) for Scientific Research in Colleges and Universities of the Ministry of Education. Participated in the project “Rheology and Application of Particle Filled Modified Polymer Complex System” and won the first prize of “Zhejiang Natural Science Award”.
Professor Zhong Bo: Doctor of Engineering, Associate Professor of School of Materials, Harbin Institute of Technology (Weihai). Dean of the School of Materials at Weihai Campus of Harbin Institute of Technology, Director of the Graphite Deep Processing Research Center at Weihai Campus of Harbin Institute of Technology, Director of Weihai Graphite Deep Processing Engineering Technology Research Center. Responsible for the application, R&D and industrialization of graphene and graphene like compounds.
The main research direction is the development and application of graphene and graphene like boron nitride materials. In 2011, he obtained a doctor’s degree in engineering from Harbin University of Technology, and then stayed in the university to teach. He presided over one Young Scientists Fund of the National Natural Science Foundation of China, one general project, and one Shandong Young and Middle aged Scientists Award Fund. At J Mater. Chem, J. Phys Chem C and other important international academic journals published more than 50 SCI academic papers, won 10 national invention patents and one first prize of Heilongjiang Natural Science Award.
Professor Wang Chunyu: working in the School of Materials Science and Engineering of Harbin Institute of Technology (Weihai), is a master’s supervisor. He has been engaged in research on the preparation, physical properties and functional applications of new carbon nanomaterials for a long time, developing new technologies and principles related to graphene materials, and realizing the wide application of graphene nanomaterials in energy, environment, corrosion prevention and functional devices.
Post time: Jul-23-2018