During the "Fourteenth Five -Year" period in Beijing

Transfer to Beijing Housing and Urban -Rural Development Commission

Chapter 1 The basis and trend of development

--. Basic development

During the "Thirteenth Five-Year Plan" period, Beijing Housing and Urban-Rural Development Science and Technology Work thoroughly implemented the innovation-driven development strategy, and conscientiously implemented the "Beijing Urban Master Plan (2016-2035)", "Housing and Urban and Rural Construction Science and Technology Innovation" Thirteenth Five-Year Plan " ", With the main line of" four central construction ", focusing on the development needs of the city's housing and urban and rural construction, giving full play to the leading role of scientific and technological support, vigorously promoting the application of scientific and technological research and development and the application of achievements, and the development of major engineering construction, construction energy conservation and green building development , Modernization of construction industrialization and construction industry, the construction of farm house transformation and the construction of beautiful rural areas, industry informationization and smart construction site construction, engineering standard system and technological innovation system construction, etc. Make outstanding contributions.

(1) The results of industry science and technology research and development are abundant

Our city has focused on the construction of key areas and key projects such as the "Three Cities and One District", the Winter Olympics venue, the Daxing International Airport, and the World Garden Association. The pile foundation construction, high -strength and high -performance concrete ultra -high -rise pumping, the overall promotion of large span steel structures, and the construction of ultra -long and large concrete structure have been achieved. In the past five years, we have organized 393 scientific and technological achievements, and more than 98%have reached the leading level in China, of which 73 have reached the international leading level. Seven achievements such as the research and application of "large -scale roof and enclosure system, key technologies and engineering applications", "green public building environment and energy -saving design key technology research and application" won the National Science and Technology Progress Award. Six6 achievements such as energy -saving transformation and function improvement key technology research and application "" Subway Station PBA method secret digging technology and application "and other 66 achievements won the Beijing Science and Technology Award, Beijing Daxing International Airport Passenger Terminal and Parking Building Engineering, Shougang Old Industry Fifteen projects including the District Reconstruction of the West Tenth Winter Olympics Plaza won the National Green Building Innovation Award. 256 achievements such as the "Key Construction Technology Research and Application of the C first key construction technology of the large high -tech electronic plant" won the Huaxia Architectural Science and Technology Award. 4 items such as the transformation project won the Chinese living environmental example award.

(2) Standardization level of engineering construction continues to improve

During the "Thirteenth Five -Year Plan" period, the city carried out a series of important standard system amendments, and promulgated the "Construction and Quality Acceptance Regulations for Prefabricated Concrete Structure Engineering Projects", "Municipal (Municipal) Railway Railway Project Construction Quality Acceptance Specifications", "Green Construction Evaluation" "Standards", "Standards for Equipment Construction Evaluation", "Technical Regulations for Urban Bridge Engineering Construction", "Technical Regulations for Urban Road Engineering Construction", and 77 local standards such as the construction of water supply and drainage pipeline engineering construction, which effectively guarantees the high -quality development of the capital construction. In the past three years, in order to improve the standardization management level of engineering construction, the study of standardization of Beijing housing and urban and rural construction standards has been carried out, and the standard system framework of "6 (first classification) +17 (secondary classification)" has been established. Standard management system for urban and rural construction characteristics. In order to actively implement the Beijing -Tianjin -Hebei coordinated development strategy, we took the lead in carrying out the preparation of regional engineering construction standards nationwide, and initially formed the Beijing -Tianjin -Hebei project standards coordinated management mechanism. More than a dozen Beijing -Tianjin -Hebei regional collaborative project construction standards including component quality inspection standards.

(3) New technological promotion and achievement transformation have achieved remarkable results

The city attaches great importance to the promotion and application of new technologies and the transformation of scientific and technological achievements, which has promoted the high -quality development of construction, the construction of beautiful rural areas, and the transformation and upgrading of the industry. The "Beijing Housing and Urban -Rural Construction Science and Technology Achievements Promotion Catalog" and the "Beijing Green Buildings and Prefabricated Buildings Applicable Technology Promotion Catalogs" were preparations and release. Organized large -scale public welfare lectures in housing urban and rural construction, focusing on the theme of building energy conservation and green buildings, prefabricated building technology applications, existing construction comprehensive transformation technology, urban underground basic engineering technology, building information model (BIM) technology application, etc. New technology preaching and promotion have attracted nearly 70,000 engineering and technical personnel for learning and exchanges.

The establishment of scientific and technological demonstration projects has been vigorously carried out. In five years, a total of 105 demonstration projects for new technology application projects in Beijing's construction industry have been constructed, which effectively formed the radiation effect of dot -noodles, providing strong technical support for the industry's quality and efficiency. 121 applied demonstration projects for the Beijing Architectural Information Model (BIM), covering the types of housing buildings and municipal infrastructure engineering projects such as Winter Olympics, airports, schools, hospitals, residentials, subways, pipe corridors, bridges, etc. Technology is fully applied in the industry. The construction of ultra -low energy consumption construction demonstration projects has been strengthened. As of the end of 2020, the city passed 32 ultra -low energy consumption projects from expert review, with a construction area of 530,000 square meters.

(4) Innovative ecological support industry sustainable and healthy development

The city closely focuses on the health and sustainable development needs of the construction industry, relying on the advantages of Beijing's rich scientific and technological resources, and continuously strengthened the construction of production, learning, research, and use of integrated innovation mechanisms, and promoted major technological research and development of universities, scientific research institutes and backbone enterprises to carry out major technological research and development In terms of research, encourage small and medium -sized enterprises to jointly cooperate with "technical innovation+graduate training" cooperation, and the industry's overall collaborative innovation capabilities have been greatly improved. In the past five years, nearly 50 % of the construction projects of the Beijing Science and Technology Award are the scientific research results combined with enterprises as the main body and industry, university, and research.

Vigorously promote the construction of new technology innovation bases and industrialization bases. At present, the city has 28 "national prefabricated building demonstration bases", which covers the stage of development, design, production, construction, and installation. "National Prefabricated Building Demonstration City". With the rapid development of the ultra -low energy consumption technology of buildings, a number of materials, equipment manufacturers and design, construction, and scientific research units that meet the requirements of ultra -low energy building have emerged. Ultra -low -energy building industry chains have basically formed.

The construction of innovative professional talent teams has been further strengthened, and a new think tank expert committee has been established in the field of urban and rural construction in the capital housing and urban and rural areas. Research and judgment and technological innovation have played the role of high -level professional teams.

(5) Scientific and technological innovation promotes high -quality construction of urban and rural areas

During the "Thirteenth Five -Year Plan" period, the city worked hard to innovate in the key technologies of green building planning and design and construction, which promoted the large -scale development of green buildings. 381 projects have obtained green building logos, with a construction area of 43.951 million square meters, of which Two -star and above construction area accounts for 95.1%; at the same time, green building technology integration and application demonstration from single to parks in the Beijing -Tianjin -Hebei area has been carried out. A series of major projects such as the Central Administrative Office and the Winter Olympics venues have carried out high -star green buildings. The key technologies of prefabricated buildings are becoming more and more improved, forming a prefabricated concrete structure, steel structure technology system and application system, and established a prefabricated building structure system, peripheral protection system, equipment and pipeline system, interior system and other construction industrialization system architecture. From 2017 to 2020, the city's newly -started assembly construction area accumulated more than 54 million square meters, of which 2206 million square meters were started in 2020, accounting for 40%of the city's new construction area, forming a large -scale development trend. The technical points of the ultra -low -energy construction demonstration project were released, and the specific guidance of the implementation of demonstration projects was strengthened, laying a solid foundation for further promoting ultra -low energy consumption technology.

In the past five years, the city has launched a new type of farmhouse energy -saving technology and the application of earthquake resistance reinforcement technology, and has formulated corresponding standards, specifications, technical atlas and technical guides; more than 150,000 farmers have implemented the reconstruction of earthquake -resistant energy -saving agricultural houses, which has strengthened rural buildings. The ability to prevent disaster prevention and mitigation has improved the safety quality of farmers' housing; the technical training, assessment and certificate issuance tasks of more than 3,000 villages and towns have completed the cooperative development of beautiful rural construction and urban construction.

2. Development trend

During the "Thirteenth Five -Year Plan" period, although the city's housing and urban and rural construction science and technology work achieved outstanding results, many problems and gaps also showed many problems. The new generation of information technology is not deeply integrated with traditional architectural technology, the problem of the "card neck" of the industry still exists, the level of intelligence in the construction method is not high, the technical ability to deal with the lack of industrial labor is weak, and the industry's independent innovation ability and standardization level are still low. The scientific and technological innovation team and the talent structure are not reasonable, the investment in science and technology research and development is insufficient, the scientific and technological innovation system and incentive policy mechanism are still shortcoming, and the strategic support role of the construction of science and technology work still needs to be continuously strengthened. These need to be improved and developed as soon as possible in the future.

During the "14th Five -Year Plan" period, my country has opened a new stage of development in the new journey of building a new socialist modern country. With the continuous evolution and integration of global science and technology, new technologies, new products, new formats, and new models in the construction field will continue to emerge. Essence The science and technology work of housing and urban and rural construction in our city must be based on the overall requirements of the capital's urban functional strategy positioning and the coordinated development of Beijing -Tianjin -Hebei, and become an important engine to promote green and high -quality development.

In the new period, scientific and technological innovation will accelerate the development of green and low -carbon development in urban and rural areas. Under the requirements of "Green Beijing" strategic positioning, focusing on the first strategic goal of achieving carbon peaks and carbon neutrality, the breakthrough and application of high -performance material technology, energy conservation and environmental protection technology, new energy technology, and new generation of information technology will further improve The green performance of housing urban and rural construction has significantly accelerated the realization of the "double carbon" tasks in the field of capital construction.

In the new period, scientific and technological innovation will promote the construction of a harmonious and livable capital. Under the requirements of the "Humanities Beijing" strategic positioning, focusing on the construction of a first -class harmonious and livable capital, new products, new technologies, and new equipment will effectively promote green, safe, healthy, wisdom, livable high -quality residential and community construction. Realize the high -quality development of urban and rural construction, and accelerate the people -centered new urbanization process.

In the new period, scientific and technological innovation will strengthen the deep integration and application of new technologies. Under the requirements of the "Technology Beijing" strategic positioning, major technical breakthroughs characterized by intelligent, green, and generally, will inevitably have a revolutionary impact on production and lifestyle. The deep integration and innovative applications of cross -industry and cross -domain technology will promote the rapid development of emerging technologies in the industry and effectively promote technological empowerment of urban and rural construction.

In the new period, scientific and technological innovation will promote the conversion of new and old kinetic energy for industrial development. Under the new development pattern of domestic large -cycle as the main body and domestic and foreign dual -cycle promotion, it is based on the realization of the requirements of the construction of the construction industry, advanced manufacturing, digital technology, artificial intelligence and other new technologies in construction efficiency, quality control, security and construction It is widely used in management and other aspects. It is bound to accelerate the change of urban and rural construction methods and promote the transformation and upgrading of the construction industry.

Chapter 2 General Requirements

1. Guidance

Guided by Xi Jinping's thoughts on socialism with Chinese characteristics in the new era, the spirit of the 19th National Congress of the Communist Party of China and the 2nd, No. 3, Fourth, Fifth and Sixth Plenary Session of the 19th National Congress of the Communist Party of China and the 19th Central Committee of the 19th National Congress and the Plenary Session of the Sixth Central Committee, adhere to the people -centered development ideas, grasp the new At the stage of development, implement new development concepts, build a new development pattern, and implement the fourteenth five -year planning of the national economic and social development in Beijing and the outline of the 1035 vision target, and focus on the "four centers" function construction to significantly improve The quality and carrying capacity of the city are traction, focusing on supporting and ensuring urban renewal actions as the main line. It is fundamental to promote the transformation and technological change of the industry's development model. The integration and development of new technologies and industry applications, focus on enhancing technological innovation capabilities, focus on improving the scientific and technological innovation and efficiency system, focus on promoting the transformation and application of scientific and technological achievements, and strive to build a team of scientific and technological innovation talents. The tough city provides a strong motivation for the sustainable development of the urban and rural construction of the capital.

Basic principles

Persist in people -oriented and demand traction. Adhere to the starting point of satisfying the people's expectations for a better life, promote the support of urban renewal operations with human -artistic cores, and strengthen the support of scientific and technological innovation to improve the quality of urban and rural residence, human living environment, new urban infrastructure functions, and building disaster prevention and mitigation capabilities. Taking the green development of the industry and the revolutionary demand of the construction method as the traction, the key technologies break through and the large -scale development of the industry.

Adhere to the subject of the enterprise and make overall deployment. Give full play to the initiative of enterprises in market competition, drive scientific research institutes and universities to play the role of innovative subjects, strengthen cross -industry, cross -department, cross -regional collaborative innovation and international cooperation, and form a systematic and task -type collaborative innovation community. Accelerate the integration of institutional mechanism innovation and technological innovation, coordinate the layout of innovative resources such as bases, platforms, and talents, and focus on improving the level of high -quality development of the industry and the modernization of the industrial chain.

Persist in focusing the key and autonomous originality. Grasp the new trend of green and low -carbon development in the construction industry, focus on focusing on the basic research and original innovation of new technologies, new materials, and new equipment in the fields of zero -carbon energy consumption construction, intelligent construction and new construction industrialization, and strive to obtain a number of independent property rights with independent property rights The key core technology achievements provide guarantee for the realization of the "double carbon" target of the city's construction industry and the construction of digital empowerment benchmarking cities.

Adhere to the opening of the scene and demonstrate. Relying on the construction projects and key areas of key areas and key areas of urban sub -centers, "three cities and one district", urban renewal, and rural revitalization, the opening of application scenarios will be increased, and more technological resources and industry needs are coupled. Continuously strengthen the new technologies and new products on the basis of full demonstration and evaluation. Through the leading radiation role of the pilot demonstration project, it will effectively promote the rapid transfer and transformation of scientific and technological innovation results.

Third, development goals

By 2025, the industry's scientific and technological innovation capabilities have been significantly enhanced, and market -driven, government guidance, corporate subjects, and deep integration of industry -university and research in the urban and rural construction science and technology innovation system have been basically formed. Resources increased significantly. The pace of digitalization and intelligent development of the construction industry has accelerated, and engineering construction technology is deeply integrated with cutting -edge and transformative technologies such as artificial intelligence, advanced manufacturing, and information perception. Green buildings, prefabricated buildings, ultra -low energy consumption buildings, earthquake -resistant energy -saving and energy -saving farmhouses and other fields continue to maintain the top nationwide in key areas such as low -carbon zero -carbon building construction, intelligent construction, and new construction industrialization. Key technology of level. The project construction standard system is more perfect, the effectiveness of demonstration engineering construction and new technologies have achieved outstanding results, the transformation rate of new results has been significantly improved, and the supporting role of scientific and technological progress on the supporting guarantee of high -quality development of housing urban and rural construction in the capital city circle has significantly enhanced.

Complete more than 10 national key R & D plan projects and Beijing Science and Technology Plan key projects, complete the science and technology plan projects of no less than 120 housing and urban and rural construction department; complete the construction of more than 200 major scientific and technological demonstration projects; build a domestic first -class high -level experts in China Think tanks, add more than 10 new national key laboratories, technology centers and other innovative platforms to cultivate more than 5 national first -class innovation teams; basically form a multi -technology investment and financing mechanism, industry science and technology research and development investment increased by more than 15%; Site -site technical standards, new technologies such as BIM, big data, the Internet of Things, artificial intelligence, and 5G are widely used in projects above designated size, and comprehensively promote smart living areas and smart home applications; The regional collaborative standard system framework has been formally formed, and the collaborative standards are not less than 15.

Vision of the Vision in 2035: Beijing Housing and Urban -Rural Construction Science and Technology Innovation System and Management Incentive Mechanism have been further improved. Innovative platforms and innovation teams, industry technology independent innovation capabilities, results transfer and transformation capabilities, and engineering standards to ensure driving capabilities are more suitable for the needs of the capital urban and rural construction in the capital.

Chapter III focusing on development direction

During the "Fourteenth Five -Year Plan" period, Beijing's housing and urban and rural construction science and technology should be based on the early basis, keep an eye on market demand, highlight the application prospects, and enhance the demonstration effect. Mobilize the cooperation of the main body of the industry. The focus is on the construction of green low -carbon cities and intelligence. The cooperative development of construction and new construction industrialization, urban renewal and function improvement, improvement of the environment and housing quality of the housing area, the construction of beautiful and livable rural construction, and the safety quality guarantee and supervision of urban and rural construction have been carried out.

1. Promote the construction of green low -carbon cities

In order to promote the construction of green, environmentally friendly, and sustainable development in the capital, achieve the goal of increasing and decreased carbon emissions and balance in the building field, and vigorously carry out the key technologies of building energy conservation and neutral carbon and neutralization. Green, low -carbon, low energy consumption technical paths and promotion experience of geographical and climatic characteristics.

Carry out the research of energy -saving carbon reduction and carbon neutralization of civil buildings, organize construction carbon neutralization technical research, build a zero -carbon building technology system; carry out near zero -carbon emissions regional technology integration and innovation application, monitoring and evaluation technology and low carbon regional low carbon Development index system research; study renewable energy efficient utilization and building integrated construction technology; study the theory and method of green building construction based on the application of BIM applications in the whole life period; continue to promote the research and development of key technologies such as ultra -low energy building design, construction, operation and maintenance , Carry out the research of zero energy consumption and production capacity; study and establish a management model and construction system that conforms to the quality control of ultra -low energy consumption construction; study a new generation of green construction technology that improves low emissions, low noise, low pollution, and less dust; Innovative research on the surrounding structure materials, research and development of integrated composite materials that meet the more energy -saving and more secure requirements of the building.

Carry out the pilot integration of building photovoltaic; promote the construction of the "near -zero -carbon emissions demonstration zone" and the pilot carbon neutralization project of Tongzhou District; promote the operation monitoring and evaluation technology of the construction energy system for the Internet of Things and big data, science Promote the electrification of construction energy; set up solar photovoltaic, photovoltaic and heat pump systems in new buildings with conditions for local conditions; improve the standard system of energy -saving and carbon reduction technology standards.

Column 1: Building green low -carbon energy -saving technology

1. Low -carbon and carbon reduction technology. Study and develop new technologies such as low -carbon and high -efficiency energy fields such as "Optical Storage Store" new types of building energy systems; study the electrification and promotion of high -energy efficiency equipment technology paths in the construction energy system in the building; Data collection and calculation technology; study the carbon footprint calculation and carbon emissions factors of major building parts and materials.

2. Green building and ultra -low energy consumption technology. Study the improvement of construction energy efficiency, efficient utilization of renewable energy and energy storage technology; study zero energy consumption and capacity technology in multi -storey and low -rise buildings; study key technologies for comprehensive improvement in building power energy efficiency; Can iterate upgrade technology.

3. High -performance enclosure structure and green building materials research and development. R & D can actively gather peripheral structure materials and system application technologies that can actively gather external energy, and study ecological enclosure structure materials and functional composite enclosure structure materials; integrated composite materials for R & D structured function and high -strength fire anti -explosive insulation glass system.

2. Promote the cooperative development of intelligent construction and new construction industrialization

Based on improving the quality, safety, efficiency and quality of engineering, effectively pulling domestic demand, cultivating the goals of new growth points of the national economy, promoting the construction of intelligent construction and new construction industrialization technical systems, standard systems and equipment systems, clarifying cooperative development technical paths, strengthening key core cores Technical research, continuously expand application scenarios, focus on prefabricated construction, digital industrial manufacturing, full -process BIM data transmission, and intelligent upgrade of engineering equipment. District construction.

Continuously develop and consolidate the industrial foundation of new construction industrialization, study and improve the technical system of concrete structure buildings, steel structure buildings, demolished installed buildings, combined structure buildings, and assembly decoration, and form supporting process methods; focus on strengthening steel structure housing Building technology system and supporting enclosure system, performance materials, and connecting process research. Carry out the research and development of intelligent construction of basic commonality and key core technologies; research and development and lean construction, compatible parts of parts and components production, lifting, transportation and stacking, parts and components connection, etc. "Mechanized substitution, automation reduction". Continue to promote the research and development of smart production lines and new building materials supporting with construction industrialized production methods. Promote the establishment of professional, large -scale, and intelligent production system based on standardized parts; carry out research on the level of data resource utilization of the entire process of construction, and promote the research and development of key technologies in the field of industrial chain data integration in design, construction and industrialization production.

Carry out pilot demonstration projects for the coordinated development of intelligent construction and construction industrialization, and popularize the application of mature intelligent equipment in the process of engineering construction; promote the industrialized production operation methods at the construction site, and carry out the development and application of intelligent technology products such as construction robots. Establish an Internet management service platform for the construction industry, gradually and orderly promote the construction of nodes at all levels of the Internet industry, encourage the construction platform for construction engineering general contracting projects, and continue to promote the exploration practice of industry supervision platforms and service platforms, and urban information model (CIM) platforms. Continue to promote the construction of the BIM application demonstration project of the entire life period of the building, and carry out the construction of smart construction sites; cultivate intelligent construction leading enterprises and digital empowerment benchmarking enterprises, and lead and drive the majority of small and medium -sized enterprises to achieve digital transformation and upgrading. Establish an advanced and applicable Beijing -Tianjin -Hebei regional intelligent construction and new type of construction industrialization standard system.

Column 2: Intelligent construction and new construction industrialization technology

1. Construction industrialization technology. Research BIM, Internet, Internet of Things, big data, cloud computing, mobile communications, mobile communication, artificial intelligence, blockchain and other new generation of information technology in the whole process of innovation and integration in the process of construction; study covering, design, production, processing, construction assembly, and assembly, and assembly, and assembly, and assembly, and assembly, and assembly, and assembly, and assembly, and assembly,, construction, construction assembly, and construction assembly, and construction assembly, and construction assembly, and construction assembly, and assembly, Operating and maintenance such as high -quality construction engineering technical standard system for the integration of the entire industrial chain; supporting supporting equipment for research and development and promotion of lean production, construction, installation and installation; studying and construction activities The open -type industrial chain coordination system construction path for the in -depth participation of the entire industry chain; strengthening steel Structural building fire prevention, anticorrosive and other performance improvement and technical measures; promoting the iteration and application research of the separation of building pipelines, integrated decoration technology.

2. Smart equipment for construction construction. In the development of construction scenarios, communication guarantee technology, human -computer interaction technology, adaptation to complex scene equipment mobile technology, visual monitoring technology, spatial positioning technology, intelligent equipment control system, construction robot independent collaborative automation construction process, etc., vigorously promote the intelligentization of construction equipment Upgrade and transformation; develop concrete assembly components, steel structure component modular intelligent production lines; develop green smart field technologies for concrete mixing stations; With equipment; explore key equipment applications such as construction robots and intelligent control building machines; develop standardized, modularized and quickly deployed 3D printing equipment and technologies; wearable equipment for research and development to improve construction workers' health and monitoring capabilities; study robots to study robots Production and construction technology standard system.

3. New generation information and digital fusion technology. R & D BIM underlying (three -dimensional graphics) platform software with independent intellectual property rights, developing BIM modeling software, as well as BIM application software that is suitable for design, construction, industrialization processing and manufacturing; Digital integration application systems, smart construction integrated application systems and engineering general contracting projects multi -party collaborative system to promote the research and application of industry big data technology in the security sharing of data security, data transactions, and asset value evaluation in the construction industry; study the automatic construction map based on artificial intelligence technology.Engineering applications of "Internet of Things" technology such as QR code recognition.

4. Building Industry Internet Platform. Study the construction theory and methods of the construction industry Internet platform, carry out the research on the organizational system of overall engineering and construction industrialization informatization of the construction industry; develop the green supply chain technology system of the construction industry, study the interconnection between upstream and downstream enterprises of the supply chain, and improve the supply Key technologies for chain collaboration levels; accelerate the application of human -computer intelligent interaction technology and engineering Internet platforms for the production of parts and process processes, intelligent logistics management and other human -computer intelligent interaction technologies.

5. New materials that are compatible with construction industrialization. R & D steel bars tied materials that adapt to the work of robotic arm and waterproof materials, insulation materials, and modular decoration materials suitable for mechanized operations; cement -based printing materials with reliable performance and reasonable costs; exploring high tough 3D printing concrete in decorative sketches, building components and building components and building components and building components and building components and Application research in the Ministry of Products.

3. Help city renewal and function improvement

With the goal of improving urban functions, improving the living environment, and promoting the intensive development of the capital's connotation, we actively carry out the improvement of urban space structure, the reconstruction of old communities, the construction of new urban infrastructure, urban ecological restoration and function improvement, and the protection of historical streets and lanes. Technological integration innovation and application demonstration with cities such as repairs, help solve outstanding problems such as "urban diseases", promote the implementation of special actions and improvement of special actions, improve the comprehensive carrying capacity and building quality of the city, and continuously meet the people of the people "seven" " Five sex "demand.

Carry out comprehensive research on the implementation path of urban renewal theory and technical implementation; explore the research on the improvement of the technical path of the diversified human settlement environment for the core area of the capital's functional area; New materials, new processes, and new equipment, improve the existing architectural diagnosis evaluation and effect evaluation comprehensive technology. Carry out the research on the improvement of existing public infrastructure function improvement and rapid transformation technology; study key technologies such as comprehensive development and smart management of underground space; and study micro -transformation technologies for realizing urban functions and high -quality improvements in the standard of people. Study the technologies of the protection and utilization and function improvement of historical and cultural districts, disaster prevention and mitigation and dynamic early warning technology, repair and monitoring technology, and key technologies of historical building function adjustment and structural optimization, and build a "one picture" system for protection supervision.

Establish a urban renewal standard system, prepare technical guidelines such as the renovation of old communities, the renewal of the old buildings, and the renovation of the old factory buildings and the evaluation standards to improve the technical specifications of aging and barrier -free transformation; carry out demonstration and promotion of the renovation of old communities. Strengthen the collection and inheritance of historical architectural construction process methods; increase the training of traditional craftsmen.

Column 3: Urban update and functional improvement technology

1. Corporation (courtyard) and key technologies for comprehensive renovation of old communities in the core functional area of the capital. R & D suitable new technologies, new materials, new processes, and new equipment, focusing on breaking the fast -installed integrated module technology that has a low impact on residents' lives; studying the non -excavation and repair technology of municipal infrastructure in the residential community, existing vegetation protection technology, and public service facilities Update and support temporary facility module technology and demonstrate application; develop new pipelines, pipelines and convenient laying technologies with high strength, high stiffness, strong toughness, and corrosion resistance; Key technology.

2. There are key technologies for comprehensive transformation of public buildings and old factories. Study existing public buildings, industrial buildings, and industrial parks' function improvement and re -use technical systems and technical standards; existing industrial parks (buildings) for different functional and application scenarios to study the key technologies and prefabricated components of extended life transformation and spatial performance improvement Replacement technology, comprehensive assessment of indoor and outdoor environmental assessment technology and intelligent management technology system; study key technologies and equipment for the application of green demolition and geopanic recycled civil engineering materials; study the flexible transformation of the performance of the building's performance New technologies, new materials, and new products; study existing new types of high -strength and efficient material structure reinforcement technologies for new buildings and infrastructure; study existing construction curtain walls and key technologies for the repair and extension of the fence system.

3. Key technologies for building protection and repair of historical districts. Study the technologies of the protection and utilization and functional improvement of historical and cultural blocks, disaster prevention and reduction and dynamic early warning technology, repair and monitoring technology; carry out the protection, recovery construction, and the independent renewal of the bungalow courtyard, the infrastructure of traditional bungalow areas Reform technology research and application; study the application of traditional process repair technology innovation; improve the traditional craftsman training system, and establish a traditional craftsman -level assessment system.

4. Promote the improvement of the environment and housing quality in the residential area

With the residents of the residential area, with the goal of improving the living environment and housing quality, through the performance improvement technology such as green, healthy, comfortable, and friendly, green buildings, sustainable buildings, and healthy buildings are accelerated through residential area and housing green, healthy, comfortable, and friendly. Development, help improve the quality, service level and governance capacity of urban housing areas, and promote the development of urban housing with safety, health, improvement of facilities, orderly management, and livable and available.

The system studies the technical system, standard system, and service governance system of a complete residential community; study the construction technology with high standard service facilities and full -age, space -livable, and beautiful construction technologies for newly built new residential areas. Study and improve the green affordable housing technology system; study the development of sustainable construction, establish a standard system for life, and support the formation of a policy system; strengthen the optimization of the health building evaluation index system. Accelerate the research of technologies such as environmental quality monitoring, human location and behavioral status acquisition; increase the research and development of key technologies, basic software and application platforms for digital home systems, improve the organic embedding and compatibility of housing and community construction to smart products and digital facilities, Ability; study the smart management technology of community property, and build a smart living area management and service platform. Study the health performance of indoor air, water quality, sound insulation, and improvement technology of building vision and psychological comfort.

Carry out the sustainable building pilot and health building evaluation demonstration, promote the environmental quality assurance technology of the community; build a comprehensive digital family technical guide; promote the construction of digital households with better conditions.

Column 4: suitable residential area and high -quality housing construction technology

1. Key technologies for environmental construction in all -age -friendly living areas. Study and construct the construction standards for the construction of a complete residential community supporting facility system; carry out research on the application of public facilities in public facilities and system integration technology for public facilities in the residential area; study the micro -space transformation and integration technology of pocket parks in the old urban area, and small squares in the old town. High -precision "micro -design" complete solution; study the improvement of barrier -free environment in the residential area, the construction of the old and suitable for the old and the renovation standards and technical systems; study the elderly livable and child -friendly transformation information and intelligent service solutions of the residential area Schemes, digital twin residence areas and smart assistance systems for home care.

2. Key technologies for the construction of new wisdom and residential areas. Study the key technologies of the multi -dimensional intelligent perception, sexual identification and data connection of urban buildings and residential areas; study the smart cabin and smart service terminals supported by the integrated information service platform supported by the Smart Live District Artificial Intelligence Internet of Things Comprehensive Information Service Platform Product integration technology system; develop all -round public health, safety and health monitoring and early warning technologies in the development of residential areas; study the integrated application of smart sharing service facilities such as living shopping, digital diagnosis and treatment, cloud museums, and mobile libraries.

3. Key technologies for improving housing quality and performance. Study the industrialized assembly and construction technical system of different types of housing; study integrated technologies and standards such as durable structure, variable space, modularization of electromechanical pipelines, and coordination of parts of parts and components; Research and develop materials, products and production equipment for the overall kitchen and bathroom and light composition walls; the development of high -insulation and sound insulation performance integrated parts, high -durable waterproof function materials, high -efficiency phase -changing energy storage materials, multi -functional environmental protection materials and other new building materials; research improvement improvement The exterior wall of the building is suitable for durability such as anti -cracking and falling, waterproof leakage, etc.

Fifth, strengthen the construction of beautiful and livable rural areas

Focusing on the beautiful rural goals of ecological livable, vigorously carry out the research of rural housing construction technical research that adapt to Beijing's geography and climatic characteristics and continues the characteristics of Beijing's rural features, for the construction of earthquake -resistant and energy -saving farm houses, rural dilapidated housing reconstruction, the investigation and rectification of hidden dangers of farm housing, and tradition Village protection and development provides technical support and services for rural greening, low carbonization, and modernization.

Based on the requirements of "functional modernity, style, structure safety, healthy and environmental protection, and reasonable cost", innovation and development of modern local building systems; focusing on carrying out high -performance prefabricated agricultural house structures, regional materials application, renewable resources and energy utilization in cold areas Research on key technologies, build a set of technologies and standard systems such as assembly farm houses, livable low -carbon farm houses, and localization of local materials. Continue to carry out the research on the safety of the safety, energy saving, livability, and aging transformation of existing agricultural houses, and develop the inspection, testing technology and equipment of hidden dangers of farm houses. Accelerate the research of technologies for the protection, function improvement and activation of traditional villages, and strengthen the excavation and inheritance of traditional creation technology.

Further improve the standard system of farm house construction, improve the quality of farmhouse construction, and promote the newly built a number of functional modern, rustic, economic, structural safety, and green and environmentally friendly demonstration farmhouses; carry out pilots in zero -carbon villages, expand photovoltaic, light, light, light Technology applications such as heat; use technical integration and application demonstration, strengthen the training of farm house management, technical personnel and rural craftsmen, promote the application of standard atlas of farm houses, and guide the construction of beautiful rural areas; promote the pilots of digitalization of rural construction information in the countryside Digital rural construction.

Column 5: Livable Farm House Construction Technology

1. Green low -carbon farmhouse construction technology. Under the premise of paying attention to the inheritance of the Beijing rural style, innovate the theoretical system and technical system of green rural housing and livable performance. Study the construction of solar photovoltaic integration of farm houses; study key technologies of high -performance enclosure structure and materials for agricultural houses; and study key technologies and equipment of rural construction waste resources.

2. There is a technology improvement technology improvement technology improvement technology. Study the technical improvement and appropriate disaster reduction technology of earthquake resistance; study key technologies for rapid and low cost inspection of risks of farm houses; study key technologies of the aging aging transformation of rural housing; improve the reinforcement and energy saving transformation of the old houses that are conducive to the inheritance of the rural style in Beijing and the continuation of the village characteristics. Technical and standard system.

3. Industrialized prefabricated farmhouse technology. Explore the construction model of agricultural and housing industrialization, and carry out rural building prefabricated light steel structures and heavy steel formed sets of technology research and development and promotion. Strengthen the research on the research of regional raw material resources and efficient utilization; compile concise and easy -to -understand technical guides and guidance atlas.

4. Protection and inheritance of rural features. Explore the key technologies of traditional villages, the reinforcement, energy conservation renovation, and functional improvement of traditional villages under the principles of protecting priority, and improve the renovation technology system for protecting the residential houses; explore new types of local material integration technology and construction technology suitable for protecting the exterior walls and roofs of the residential houses; Carry out the study of the construction measures of traditional residential houses in Beijing, the construction process method and the performance of special materials, and strengthen the research and application of modern local architectural technology and standard system.

5. Informatization of rural construction management and monitoring. Strengthen the application of digital technology in the field of management and monitoring in agricultural houses, explore information technologies such as high -precision remote sensing images, digital twins, BIM, GIS space analysis, and big data analysis in rural disaster prevention and mitigation, traditional village style protection monitoring, and rural construction Appropriate studies in areas such as database construction.

6. Strengthen the safety quality guarantee and supervision of urban and rural construction

Supported by scientific and technological innovation, carry out theoretical and technical research on quality control, construction safety monitoring, operation management prevention and control, and reliability and durability, innovate industry supervision and service models, and continue to improve the city's housing construction projects and municipal engineering The quality and safety level of the city constantly enhance the ability of cities to deal with major emergencies.

For urban and rural construction scenarios such as engineering quality, safety supervision, smart construction site, urban operation, build a technical system for urban and rural construction management of co -construction, co -efficient, intelligent and reliable urban and rural construction, establish big data auxiliary scientific decisions and engineering quality, security supervision models and models Mechanism; strengthen the research and innovative application research of new generation of information technology in engineering quality and safety governance; carry out the research on bidding, cost, completion acceptance and critical engineering management technology research based on new generation of information technology such as BIM. Focus on the major improvement and support of technical progress on engineering management and urban toughness, strengthen the research, construction, management theory and technical research, and research and development of technologies and platforms such as urban buildings and infrastructure; research Public safety, emergency refuge, emergency epidemic prevention and other emergency function improvement technology.

Promote remote visual industry safety supervision, expand the application scenarios of Beidou navigation, high -scoring remote sensing, IoT and other technologies in construction projects, and carry out demonstration applications of industrial robots and intelligent equipment in dangerous procedures and links.

Column 6: Safety and quality guarantee and supervision technology of urban and rural construction

1. Key technologies for engineering safety and quality supervision. Study new technologies such as BIM, 5G, Internet, Internet of Things, big data, cloud computing, artificial intelligence, blockchain and other new technologies in the integration and innovation application of the entire process of construction to explore the integration mechanism with CIM; strengthen deep foundation pit, high high, high high Large -scale dangerous dynamic monitoring of engineering risk dynamic monitoring and major accident hidden early warning technology research and application of risks such as supporting models and lifting machinery disassembly; studying the construction of smart building quality assurance management platforms, establishing big data assistance scientific decisions in the field of housing urban and rural construction and establishing a housing urban and rural construction field The technical support system for market supervision, developing digital results delivery, review and archiving management system; study digital regulatory technologies such as remote supervision, mobile supervision, early warning prevention and control; study "BIM+Internet of Things" and digital twin integrated application technology, establish a sound and intelligent intelligence and intelligence Construction of the quality, safety supervision, intelligent construction site and engineering digital twin application technology system that is compatible with the full life period of the building.

2. Key technologies for full life cycle management of housing. Study and establish a comprehensive service information platform such as BIM files, residents and housing information archives, property service information files such as residents and housing information files, and property service information files in the entire process of housing construction; study the key technologies of multi -dimensional data mapping and twin construction of the building and public pipeline network; study the intelligent perception of architectural intelligence perception , Key technologies of sexual identification and data connection, management of operating sexual evaluation; research and development of the technical system for the construction of a policy housing residents' credit evaluation system and rental housing supervision service platform.

3. After the disaster emergency and rapid repair of key technologies. Study the rapid construction of urban public facilities, rapid functional conversion technology, and rapid construction technology, new material application technology, underground space emergency utilization technology, intelligent operation and maintenance technology; carry out the development of rapid construction technology and equipment for urban emergency facilities, and study based on conventional market demand production. Temporary emergency building modules under conditions Efficient production equipment and assembly technology.

Chapter 4 Innovation System Construction

Based on improving the scientific and technological innovation capabilities in the field of housing urban and rural construction, give full play to the coordination of government organizations, strive to strengthen the entities of innovative talents, accelerate the cultivation of innovative talents, strengthen the construction of innovation platforms, increase the promotion of scientific and technological achievements, promote the construction of the technical system and standard system, give play to the use of the construction of the technical system and standard system. The market's decisive role in the allocation of innovative resources, stimulate the vitality of scientific and technological innovation, and form a benign innovative ecological environment.

1. Cultivate the main body of scientific and technological innovation

Highlight the role of enterprise technology innovation. Support the construction of backbone enterprises to participate in government scientific and technological innovation decisions, undertake national and ministerial major scientific and technological projects, upgrade corporate innovation institutions, and conscious organizational results transformation and application. Guide traditional enterprises to transform into science and technology enterprises, and encourage small and medium -sized enterprises to participate in scientific and technological projects at or above the district level. Promote the gathering of innovation elements to enterprises, encourage enterprises to increase investment in science and technology, and attract more powerful enterprises to participate in the construction of urban scientific and technological innovation bases.

Promote the construction of a new type of innovation. Support upstream and downstream enterprises upstream and downstream enterprises in the construction industry chain to integrate resources to form a technology R & D community, and build a collaborative innovation platform. Guide backbone companies lead the establishment of an industrial innovation alliance to attract digital technology companies to infiltrate the construction industry. Promote the complementary advantages of innovation resources in the Beijing -Tianjin -Hebei regional industry, strengthen the integration and cooperation between the construction technology markets of the three places, promote the transformation of scientific and technological achievements in the three places, promote the industrialization, intelligent and digital development of the construction industry in the three places, and help the optimization adjustment of the industry layout to help the industry layout optimization and adjustment Essence

Give full play to the advantages of the capital talent. Using the advantages of the talent gathering and high -level scientific research teams of the Capital College to give full play to the role of high -level experts and scholars in the development of industry development strategies, planning and policies. Strengthen the construction and management of expert databases in various fields such as green buildings, ultra -low energy consumption buildings, and prefabricated buildings, and actively absorb the responsible and dynamic young and middle -aged science and technology talents and first -line technical experts of enterprises. Guide high -level scientific research teams to actively participate in the research and development of key scientific research projects to improve the quality of scientific and technological achievements.

Second, comprehensively improve scientific and technological innovation capabilities

Pay attention to the guidance and research and development layout of scientific and technological innovation. Focusing on the key tasks and major projects of housing urban and rural construction, gathering scientific and technological resources, aiming at the development direction of the industry, from the actual problems and long -term development needs of urgent solutions, forward -looking and systematic layout research projects. Guide innovative subjects focusing on the application basic issues of the integration of new technologies such as low -carbon technology, digital technology, artificial intelligence, and new materials, and strive to improve the original innovation capabilities, and strive to achieve "0 to 1" in the areas of new building materials, BIM software and other fields. The breakthroughs, overcome a group of key core technologies with independent intellectual property rights and reaching the international advanced level.

Increase the promotion of scientific and technological achievements. Further improve the promotion system and management methods of the scientific and technological achievements of housing urban and rural construction, and improve the promotion mechanism such as industry technical announcements and technical directory. Innovate the scientific and technological achievements evaluation system in the field of urban and rural construction, build a scientific and technological achievement library, regularly release advanced technology and typical application cases, and organize an excellent innovation team to exchange training and promotion. Encourage scientific and technological service agencies to carry out intermediary services in accordance with the law, and promote the effective docking of scientific and technological achievements and market demand. Carry out the exchange experience exchanges of new technologies, and continuously improve the transformation rate of scientific and technological achievements.

Promote the pilot demonstration of new technology applications. Innovative and new technology uses the organizational implementation of science and technology demonstration, strengthen the organic combination of business work and technology innovation pilot demonstration, and focus on civil building energy -saving carbon reduction, urban renewal, intelligent construction and smart construction site construction, new construction industrialization development, green livable farmers Pilot demonstrations such as housing construction and other fields, exploration mechanism innovation and technological innovation coordinated efforts, strengthening work summary and effect tracking, and effectively forming advanced technical systems and typical application demonstration experience.

Continuously improve the standardization level of engineering construction. Further improve the "6+17" project construction standard system in the field of housing urban and rural construction in our city, and comprehensively build the Beijing -Tianjin -Hebei regional standard framework. Based on new technologies and new products, combined with the needs of key work in urban and rural construction, we will integrate and improve technical indicators such as quality and safety, green environmental protection, health and livability, energy resource conservation and utilization to form an innovative standard system, and accelerate the promotion and application of scientific and technological innovation achievements. Combining new technologies such as BIM, big data, and artificial intelligence, the research of standard implementation and supervision information system has been carried out to promote the effective implementation of standards and efficient government supervision.

3. Create a good scientific and technological innovation ecology

Strengthen the construction of industry science and technology innovation platforms. Carry out the top -level design of the innovation platform and promote the optimization and integration of scientific and technological resources of scientific research institutes, colleges and universities, and backbone enterprises. Focusing on the high -quality development of the industry, the construction of strategic, cutting -edge, basic scientific research rooms and technological innovation centers with complete technical supply capabilities. Encourage eligible enterprises to actively apply for municipal and national engineering technology centers, research centers and key laboratories.

Create a good atmosphere of innovation. Encourage enterprises to optimize the distribution policy, increase the proportion of sharing in the transformation of scientific researchers, explore more effective incentive measures for innovative talents, and stimulate innovative vitality. Encourage construction units and individuals to actively apply for the Great Wall Cup Award of Beijing Architectural Cup, Green Construction Innovation Award, Chinese Household Environment Award, Huaxia Science and Technology Progress Award, China Construction Engineering Luban Award, Chinese Civil Engineering Zhan Tianyou Award, National Engineering Survey and Design Master, etc. Evaluate awards. Further improve the industry's scientific and technological credit evaluation mechanism, and optimize the weight of scientific and technological awards, standards and construction methods, and science and technology demonstration projects in the industry credit evaluation system.

Strengthen high -level international innovation exchanges and cooperation. Relying on the main topic of the engineering consulting and construction service of the China International Service Trade Fair, the establishment of a technical exchange platform composed of well -known experts and scholars such as academicians such as academicians of the two academies, aiming at the new achievements and new developments of the development of scientific and technological development in the world, and actively expand the international field of international construction. Science and technology cooperation. Support industry group organizations to organize high -level international construction technology forums, encourage municipal state -owned enterprises to rely on the "Belt and Road" engineering projects, actively participate in international scientific and technological cooperation and international standardization work, promote the international joint R & D and production of industry technology, standards, products, and equipment, drive engineering Consultation, survey, design, construction, and supervision enterprises provide high -quality engineering technical services to overseas markets.

Chapter 5 Protection Measures

1. Strengthen organizational leadership and innovative management service mechanism

Strengthen the horizontal coordination of various government departments and the municipal and districts, to clarify the target -oriented and management responsibilities, form a joint effort for the innovation and development of scientific and technological innovation in housing, urban and rural construction, and do a good job of scientific and technological innovation, coordination, and service. Promote the formulation and implementation of technological preferential support policies, and provide policy guarantee for enterprise innovation -driven development in accordance with the law. Strengthen the support and management of key technologies such as carbon emission reduction and urban renewal, and give scientific and technological elements to the implementation mechanism of supervision and implementation with clear goals, clear responsibilities, and reasonable prizes. Actively cooperate with the construction of scientific and technological innovation platforms and the construction of scientific and technological achievement libraries that are developed by the Ministry of Housing and Urban -Rural Development.

2. Reasonable allocation of resources to enhance the vitality in the innovation subject

Establish a new mechanism of diversified science and technology investment in the combination of enterprises, society, and governments, give full play to the role of financial funds, guide social capital investment, and encourage enterprises to establish science and technology development funds. Accelerate the construction of a technological innovation system that combines production, research, research and research, and encourage enterprises, universities, and scientific research institutes to build new industrial research institutions and innovative talent training bases. Give full play to the advantages of industry think tanks, associations, and society in terms of scientific and technological information services, education and training services, and technical consulting and exchange services to promote the integration of scientific and technological innovation elements. Exploring new project organizations such as unveil the list, horse racing system, orientation entrustment, which are suitable for the characteristics of the construction industry, have attracted high -level talents and teams to actively participate in technological tackling of key areas of engineering construction.

3. Carry out work evaluation and focus on planning implementation effects

Strengthen the supervision of the implementation of the scientific and technological development planning planning of housing, urban and rural construction, establish an evaluation mechanism and evaluation index system for industry science and technology innovation work, and better serve the research and decision -making of technological innovation in engineering construction. Encourage the industry to actively feedback the implementation of the planning and adjustment suggestions, carry out research on the technological strategy of the construction industry, and dynamically correct the planning in a timely manner in accordance with the development trend of new technological development and the completion of the target tasks. Research, summarize, and publicize the new mechanism, new models, and new experiences emerging in scientific and technological innovation development, forming typical cases that can be replicated and promoted, and promoted the effectiveness of scientific and technological innovation in the field of housing urban and rural construction.

Fourth, increase scientific and technological publicity, and strengthen co -construction and sharing social consensus

Continue to carry out various forms of construction of scientific and technological innovation policies, public welfare lectures, technical guidance, and popular science promotion activities, and increase service efforts to send technology into universities, enterprises, rural areas, and communities. Make full use of Internet media such as government websites, Anju Beijing APP, as well as activities such as Beijing International Service and Trade Association, Science and Technology Week, Energy -saving Publicity Week, Low -Carbon Day and other activities to widely publicize new technologies, new products, and applications in the field of housing urban and rural construction. Common sense in the use of scientific and technological products, cultivate citizens' scientific and green lifestyles, expand the social needs of high -quality buildings, guide and encourage various forms of multi -form and multi -forms to support, participate in the technological progress of the construction industry, and share the results of high -quality urban and rural development.