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Smart Inspection and Operation & Maintenance Technologies for Steel Structure Buildings: Digital Transformation to Solidify Safety Foundations and Unlock a New Market Blue Ocean
20 Nov,2025
At the national level: The “14th Five-Year Plan for Intelligent Construction Development” explicitly calls for “research and development of technologies for building structural health monitoring, intelligent inspection, and operation and maintenance”; the “Acceptance Standards for Quality of Steel Structure Engineering” (GB 50205-2020) introduces new requirements for digital inspection, mandating that large-scale public buildings and ultra-high-rise steel structures undergo regular intelligent monitoring; the “Implementation Plan for Peaking Carbon Emissions in the Urban and Rural Construction Sector” proposes “extending the service life of steel structure buildings through intelligent operation and maintenance, thereby reducing carbon emissions throughout their entire lifecycle.”
Steel-Frame Housing: A Residential Revolution and New Growth Engine in the Era of Prefabrication Transformation
09 Oct,2025
As the core form of prefabricated housing, steel-structure residential buildings have established a precise support system characterized by “national policy guidance + local pilot programs + complementary standards,” driving the industry’s transformation from “demonstration pilots” to “large-scale promotion.” At the national level: The “14th Five-Year Plan for Science and Technology Development in Housing and Urban-Rural Construction” explicitly identifies “key technologies and components for steel-structure residential buildings” as priority R&D areas. The revised edition of the “Design Standard for Steel-Structure Residential Buildings” (GB 51249-2017) enhances adaptability to residential scenarios by introducing new specific requirements for sound insulation, thermal insulation, and waterproofing. The “Opinions on Accelerating the Development of Affordable Rental Housing” stipulate that “affordable housing should prioritize prefabricated construction methods such as steel structures,” and by 2025, the proportion of steel structures in prefabricated residential buildings must reach over 20%.
Steel-Structure Buildings: Technological Innovation and New Market Opportunities in the Shift Toward Low-Carbon and Lightweight Construction
20 Aug,2025
As a core sub-sector of prefabricated construction, steel structure buildings have established a policy framework characterized by “national strategic guidance + local special support + industry standard safeguards,” thereby driving the sector’s large-scale development. At the national level: The “14th Five-Year Plan for the Development of New Building Industrialization” explicitly states, “Promote steel structure buildings and prioritize their use in scenarios such as super-high-rise buildings, large-span structures, and industrial plants.” The “Implementation Plan for Peaking Carbon Emissions in Urban and Rural Construction” sets a target that by 2025, steel structure buildings will account for more than 15% of newly built urban buildings, rising to over 25% by 2030. The revised edition of the “Steel Structure Design Standard” (GB 50017-2017) strengthens requirements for seismic and fire-resistant design, thus promoting the standardization of technologies.
Low-Carbon Building Materials: A Material Revolution for Carbon Neutrality in the Construction Industry and a New Blue Ocean Market
02 Jul,2025
Low-carbon building materials, as the “key starting point” for carbon reduction in the construction industry, have now established a coordinated framework of national mandatory standards and local incentive policies, driving the building materials sector from “high-carbon production” toward a “low-carbon transformation.” At the national level: The “14th Five-Year Plan for the Development of the Raw Materials Industry” explicitly calls for “promoting the low-carbon transformation of the building materials industry and developing new types of building materials such as low-carbon cementitious materials and low-carbon concrete”; the “General Code for Energy Conservation in Buildings and Utilization of Renewable Energy” mandates that the carbon emissions from building materials used in new constructions must decrease by more than 15% compared to 2019 levels; and the “Catalog of Green Building Material Products (2024 Edition)” includes 12 product categories—such as low-carbon gypsum boards and solid-waste-based concrete—in the priority certification scope, with certified products eligible for preferential treatment in government procurement.
Energy-Efficiency Retrofitting of Existing Buildings: Revitalizing Existing Stock and Trillion-Dollar Market Opportunities Under the Dual-Carbon Goals
18 Jun,2025
Energy-efficient renovation of existing buildings, as a core area for carbon reduction in the construction industry, has now established a policy framework featuring both national mandatory requirements and targeted local measures, driving the industry’s transformation from “incremental construction” to “renewal of existing stock.” At the national level: The “Implementation Plan for Peaking Carbon Emissions in Urban and Rural Construction” specifies that by 2025, the area of existing buildings undergoing energy-efficient renovation will exceed 350 million square meters, and by 2030, energy-efficient renovation of residential buildings in urban areas of northern heating regions will be fully completed. The “14th Five-Year Plan for Energy Efficiency and Green Building Development” proposes “promoting green renovation of existing buildings, with a particular focus on renovating old residential communities and public buildings,” and incorporates renovation rates into local performance evaluation indicators.
Company Address: China, Shandong, Liaocheng, High-tech Zone, Huanghe Road Science and Technology Building
Customer Service Hotline: +86-635-8899799
Email: 18806354656@qq.com
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