BBMG Group: Promote the Industrialization of Scientific Research Projects and Achieve a New Breakthrough in the Coordinated Disposal of Waste by Cement Kilns

2023-01-09 15:10:18

The research project of co-disposal of pollutants in cement kilns takes particulate matter as the main pollutant, and establishes the diffusion distance and regional concentration distribution model of particulate matter at the kiln tail of cement kiln co-disposal waste enterprises; The long-term monitoring of the multi-pollutants of the fixed pollution source waste gas and the unorganized waste gas of the two enterprises in Beishui and Liushui shows that the impact of the cement plant on the surrounding environment can be ignored, which provides theoretical and data support for the sustainable development of the cement enterprises in the group.

The report of the 20th National Congress of the

Communist Party of China pointed out that "science and technology is the first productive force, talent is the first resource, and innovation is the first driving force", which further strengthened the core strategic position of Jinyu Group's innovation and development, and also pointed out the direction for Jinyu Group to achieve new breakthroughs in the new stage of development. Over the past

year, Jinyu Group has adhered to the strategic concept of "four developments", focusing on the functional orientation of the capital, continuously strengthening key core technologies, continuously increasing R & D investment, insisting on putting scientific and technological innovation at the core of enterprise development, focusing on the five innovative areas of "four green and one new", and through the implementation of key scientific research projects of the Group. The industrialization of scientific and technological achievements has been vigorously promoted and good economic and social benefits have been achieved. Over the past

year, Jinyu Group has further standardized the standards for project acceptance, requiring the project undertaking enterprises to provide complete and standardized test original records, pilot and trial production reports, special funds audit reports, internal acceptance opinions, results appraisal reports and other documents, especially requiring enterprises to complete the results transformation program, and to complete the project. Including the industrialization path of achievements, landing enterprises, benefit calculation and other contents, to ensure the industrialization effect of scientific research projects.

By the end of November 2022, Jinyu Group had accepted 40 key scientific research projects, obtained 95 patents through the project, edited 15 standards, landmarks or groups, approved 1 provincial construction method, and Rizhang Fan and Dunshi Electric Company were successfully selected as "specia lized, special and new" small giant enterprises. New products, new technologies, savings and consumption reduction, and accumulated revenue of about 3.

Cement kiln co-disposal of waste to achieve a new breakthrough

in cement kiln co-disposal of pollutants analysis research project to particulate matter as the main pollutant, the establishment of cement kiln co-disposal of waste enterprise kiln particulate matter diffusion distance and regional particulate matter concentration distribution model; The long-term monitoring of the multi-pollutants of the fixed pollution source waste gas and the unorganized waste gas of the two enterprises in Beishui and Liushui shows that the impact of the cement plant on the surrounding environment can be ignored, which provides theoretical and data support for the sustainable development of the cement enterprises in the group. The research and application project of on-line monitoring data and operation load intelligent analysis system for

key pollution sources has established a demonstration platform for on-line monitoring and intelligent analysis system for key pollution sources, trial-produced and installed on-line monitoring equipment for nitrogen oxides with high temperature and high dust, which provides accurate data support for denitrification and consumption reduction of enterprises; At the same time, it realizes the specialization, data and intelligent management of the group's environmental protection, provides data base reserve for environmental governance, and provides data base for environmental protection to promote the green development of enterprises.

Solid waste co-processing cement kiln bypass dechlorination ash potassium extraction and waste gas dioxin treatment technology development project has been completed and put into operation 2 t/d bypass dechlorination ash dechlorination potassium extraction pilot line, single water washing dechlorination efficiency is about 80%, crystal salt products meet the standard of high-quality products; high-performance dioxin catalyst has been prepared to achieve dioxin degradation efficiency of more than 90%. It is conducive to solving the problem of fly ash in the waste incineration industry and promoting the healthy development of the waste incineration industry.

Cement kiln NOx ultra-low emission (3.

Traditional green building materials products open up a new track

for building aging research-residential indoor home aging technology research and demonstration projects combined with the physiological and psychological needs of the elderly, the development of elderly furniture and intelligent control system in line with the elderly ergonomics; From the three aspects of design, furniture and intelligent control, this paper puts forward the design requirements of interior aging adaptation of Jinyu residence, and establishes the functional space system of interior aging adaptation with Jinyu characteristics. To undertake Xuzhou Jiahe Pension and Henan Shengde Maintenance Center, Liaocheng Shuifa Shengshi Kangyang and other pension projects, the cumulative sales revenue is about 50 million yuan. The application technology research project of

rock wool in the field of greening has developed a kind of ecological porous fiber cotton which can be applied in the field of greening and ecological restoration, which is the first in the field of greening and ecological restoration. The research and application of rock wool in roof greening, wall greening, greening engineering, sponge city construction, mine restoration, soilless cultivation, comprehensive management of saline-alkali land and other directions have filled the gaps in China. More than ten engineering applications have been completed, with a total of 46000m2 of new products applied and a sales volume of 308.

The development and application project of mortar system for green building and prefabricated building uses construction waste to prepare recycled fine aggregate for dry-mixed mortar to solve the problem of aggregate shortage. From 2020 to 2021, 314,000 tons of fine aggregate were prepared from construction waste, which saved 847 yuan in purchasing cost. The research project on the modification and mechanism of polymer on dry-mixed mortar was implemented, and the sales revenue of external thermal insulation bonding mortar products developed was 47.147 million yuan; The sales revenue of external thermal insulation plastering mortar products is 5707.

The research project of technology and equipment for preparing SiO2 aerogel materials under atmospheric pressure has developed the preparation technology of SiO2 aerogel under atmospheric pressure drying conditions, designed a rapid solvent replacement device, and optimized the drying process. A small test line of SiO2 aerogel was set up with a replacement reactor of 100 L, and the thermal conductivity of glass wool was reduced to 0 after it was compounded with glass wool. The results were appraised by Tianjin Science and Technology Commission and reached the leading level in China. The application technology research project of

solar energy in civil buildings puts forward the integrated application scheme of solar energy buildings from the multi-dimensional application of photothermal, photoelectric and light guide, and puts forward the applicable technology and application system architecture for different climate zones and different building types. By proposing the solution of solar photovoltaic photothermal synergy and multi-scenario integrated application for civil buildings, it fills in the blank of solar energy application technology for real estate projects of the Group. The key technology research and application project of building materials utilization

of vanadium-titanium slag has developed the technology of improving the activity of vanadium-titanium slag powder by mechanochemical-chemical excitation coupling, which fills the gap of systematic application technology in China. The industrial application of this achievement can absorb and utilize more than 2.9 million tons of vanadium-titanium slag annually, reduce the production cost of cement and concrete, and achieve remarkable economic, social and environmental benefits. With the technology of this project, the Group plans to build a 1 million tons/year production line of vanadium-titanium ore powder. The research and application project of

bus intelligent cabinet in cement intelligent factory relies on unified network bus media, diverse topology structure and integrated information management means to realize seamless connection from traditional equipment layer to all levels of intelligent factory construction. It has greatly enhanced the technical voice of the Group in the field of intelligent complete sets of equipment. The results of the project have been successfully applied in Tongchuan 10000-ton line project, Qiangang project and Panshi project, with an income of 21.16 million yuan. Aiming at the problem of high pressure loss of raw mill cyclone, the research and development project of

new double-duct cyclone with high treatment capacity innovatively puts forward a new design structure of double-duct, which effectively reduces the pressure loss of the system and improves the separation efficiency, and develops a secondary synergistic static powder selection device with independent intellectual property rights. It has been successfully applied in Jidong raw material vertical mill in Aqi, Inner Mongolia. The development and application project of

high-efficiency and energy-saving vertical mill system focuses on building a new second-generation cement vertical mill, which has successfully realized the transformation of scientific research achievements. After Tongchuan 10000-ton line was put into operation, the output reached more than 210t/H, and the statistical value of power consumption of vertical mill system in normal and stable production was 24.8kWh/t, which was better than comparable comprehensive power consumption standard of 27 kWh/t for second-generation cement grinding, and reached the leading level in China; 1.

The research and application project of the second-generation cement high-efficiency and energy-saving fan has been tested by the third party, and the efficiency of the fan has reached 86. Through this project, Rizhang Fan Company has trained a number of scientific and technological talents in the field of fans and established its own R & D process system. It has laid the scientific and technological cornerstone for the development of enterprises. The research and development and application project of intelligent warehouse clearance robot in

cement factory, aiming at the high-risk operation scenario of cement warehouse clearance, develops customized intelligent warehouse clearance robot, equipped with a variety of accessories, small warehousing size, flexible and efficient operation, and has obvious effect on the classification and disposal of powder, lump and block materials in cement warehouse. The successful development and application of intelligent clearance robot fills the technical gap in the field of intelligent clearance and opens up a new business development direction for the company in the field of intelligent equipment. The project won the first prize of the 16th National Building Material Machinery Industry Technological Innovation Award. In the process of R & D and implementation of key scientific research projects, the

Group has further strengthened the collaborative innovation role of "1 + 7N + 32X", and further strengthened its shortcomings and capabilities in organizational structure optimization, personnel training, system and mechanism improvement, key task deployment, and R & D investment guarantee. Beijing General Research Institute ( "1") is responsible for providing basic technology research, the relevant secondary group professional R & D center ( "N") is responsible for the transformation of docking achievements and application scenarios, and the enterprise R & D center ( "X") is specifically responsible for application research, while providing platform support for the transformation of scientific and technological innovation achievements. Through a series of project research and development, the operation mechanism of the "1 + N + X" scientific and technological innovation complex, which is open, integrated, collaborative, efficient and spiritual, has been established, and has become a new platform for the group's scientific and technological innovation.

Through the research and development of key scientific research projects of the Group, the Group and its affiliated enterprises have actively cooperated with the Science and Technology and Industrialization Development Center of the Ministry of Housing and Construction, China Building Materials Federation, China Academy of Architectural Sciences, China Construction Science and Technology Group, China Construction Science and Technology, Beijing Architectural University, Beijing Architectural Design Institute and other government agencies and research institutes. Fruitful results have been achieved. It is of great practical significance to promote the research, the application of technological achievements and the landing of projects, and to promote the deep integration of "government, industry, education and research". In the process of cooperation, we have learned from each other's strengths and weaknesses, cooperated closely, and initially created a good atmosphere of scientific and technological innovation ecosphere.

In the next step, BBMG and its affiliated enterprises will continue to be market-oriented and demand-oriented, adhere to system and mechanism innovation, management innovation and mode innovation, play the role of "N", cultivate "X" scientific and technological innovation capability, build high-level innovation carriers, tackle key problems of high-level innovation technology, build a high-efficiency innovation ecosystem, and gather high-level innovative talents. We will make every effort to promote the transformation of new products and technologies in "X", take the promotion of scientific research projects as an opportunity, cultivate traditional superior products, cultivate new pillar products and profit growth points, and contribute to the high-quality development of Jinyu Group.

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The research project of co-disposal of pollutants in cement kilns takes particulate matter as the main pollutant, and establishes the diffusion distance and regional concentration distribution model of particulate matter at the kiln tail of cement kiln co-disposal waste enterprises; The long-term monitoring of the multi-pollutants of the fixed pollution source waste gas and the unorganized waste gas of the two enterprises in Beishui and Liushui shows that the impact of the cement plant on the surrounding environment can be ignored, which provides theoretical and data support for the sustainable development of the cement enterprises in the group.

2023-01-09 15:10:18

The title is "Statistics of Highway Construction Investment from January to June 2025". This is about the statistics of highway construction investment in the first half of 2025, including the data of the whole country and provincial administrative regions, including the cumulative value since the beginning of the year and the cumulative year-on-year situation. In the cumulative year-on-year data, the value of Hainan is more prominent, the values of Liaoning and Shanghai are relatively high, and the value of Jilin is relatively flat. Local data reflect different trends of highway construction investment in different regions.