In what key areas is the steel structure industry accelerating its green transformation?
Category: Industry News
Time: 2025-05-20
Significant energy-saving and carbon-reduction benefits: From a full‑life‑cycle perspective, steel‑structure buildings are an energy‑efficient, environmentally friendly, and recyclable form of engineering construction. For every square meter, steel‑structure buildings reduce energy consumption by 12% during the production and construction phases compared with concrete‑structure buildings.
The steel construction industry is accelerating its green transformation, which is primarily reflected in the following aspects:
Policy guidance drives transformation.
The National 14th Five-Year Plan and the Outline for Long-Term Goals through 2035 encourage the development of green buildings, clearly defining the industry’s strategic directions toward prefabrication, new‑type industrialization, digitalization, and greening. The Action Plan for Peaking Carbon Emissions Before 2030 calls for advancing a green and low‑carbon transformation in urban and rural construction and accelerating the industrialization of new‑type building technologies. At the National Housing and Urban–Rural Development Work Conference held at the end of 2023, emphasis was also placed on making concerted efforts to drive industrialization, digitalization, and green transformation. These policies provide clear guidance and robust support for the steel‑structure industry’s green transition.
Green and low-carbon attributes are becoming increasingly prominent.
Significant energy-saving and carbon-reduction benefits: From a full‑life‑cycle perspective, steel‑structure buildings are an engineering structural system that is energy‑efficient, environmentally friendly, and recyclable. Compared with concrete‑structure buildings, steel‑structure buildings can reduce energy consumption by 12%, water usage by 39%, carbon dioxide emissions by 15%, nitrogen oxide emissions by 6%, sulfur dioxide emissions by 32%, and dust emissions by 59% per square meter during the production and construction phases, while also cutting solid waste generation by 51%.
Materials are recyclable and reusable: During the demolition and renovation of steel‑structured buildings, the recovery and reuse of steel significantly reduce carbon emissions over the building’s entire life cycle, aligning with the requirements for green development across the full life cycle of production factors.
Technological innovation drives the green transition.
Research and Development and Application of High‑Efficiency Steels: The steel industry is accelerating the development of high‑performance, high‑quality steels. Steel for construction is increasingly characterized by high strength, superior performance, enhanced efficiency, premium quality, and cost‑effectiveness. 3. The use of high‑strength steels can reduce steel consumption while ensuring structural safety, thereby lowering carbon emissions and resource use.
Development of Green Construction Technologies: In recent years, green construction technologies in the steel‑structure sector have advanced rapidly, with notable progress in ultra‑tall building construction, large‑span complex‑structure erection, key metal‑roofing techniques, and building‑integrated photovoltaics. Notably, building‑integrated photovoltaics integrates steel‑structure architecture with photovoltaic technology, further enhancing energy savings, emission reductions, and overall green, low‑carbon performance.
Empowering with Digital and Intelligent Technologies: Digital and intelligent technologies can drive the optimization and upgrading of the entire steel‑structure industry chain. For example, at the design stage, adopting standardized, product‑oriented design approaches—such as supply‑chain‑focused design and design that prioritizes fabrication and installation—can enhance design efficiency and quality while minimizing waste. In manufacturing and construction, leveraging digital and intelligent technologies enables automated production and precision execution, boosting productivity while reducing energy consumption and costs.
Industrial collaboration promotes green development.
Synergy between the steel and construction industries: Promote collaborative partnerships across the entire value chain—research and development, design, manufacturing, and engineering—between steel producers and steel‑structure companies to address existing coordination gaps and forge a new‑type construction industry chain. For example, steel mills can produce rolled‑steel products in tailored grades and specifications that meet the lightweight, customized requirements of steel structures; steel‑structure fabrication plants handle processes such as cutting, bending, punching, and coating; and on‑site installation teams execute highly prefabricated, modular assembly. By fostering end‑to‑end collaboration, this approach enhances production efficiency, reduces costs, and supports energy conservation, carbon reduction, and green construction.
Upstream–downstream collaboration: In the steel‑structure industry, upstream and downstream enterprises—including raw‑material suppliers, component manufacturers, equipment producers, construction firms, and design institutes—should strengthen cooperation and communication to jointly advance the green transition. For example, by establishing platforms for supply‑demand matchmaking and knowledge exchange, they can foster integrated development across the entire steel‑structure value chain, enhancing quality and efficiency.
Keywords: In what key areas is the steel structure industry accelerating its green transformation?
More News
Company News
-
Tilting Pouring Cart – Making High-Temperature Molten Metal Pouring Easier, Steadier and Fluent
Time：2026-10-15
-
How can the fire‑resistance performance of rigid beams in boiler steel structures be ensured during design?
Time：2025-06-12
-
What factors need to be considered in the design of rigid beams for boiler steel structures?
Time：2025-06-05
-
What products are included in boiler steel structures?
Time：2025-05-20
-
Structural Characteristics and Application Scenarios of Rigid Beams
Time：2025-03-15
-
Structural Principles and Application Scenarios of Denitrification Flue Ducts
Time：2025-02-19
-
What types of tundish nozzle systems are there?
Time：2024-06-05
Industry News
-
Metallurgical Diversion Chute: A Flow-Guiding Steel Structure for Continuous Casting
Time：2026-09-28
-
In what key areas is the steel structure industry accelerating its green transformation?
Time：2025-05-20
-
The core function of a boiler flue.
Time：2025-03-05
-
Analysis of Key Design and Application Considerations for Steel Ladles in Casting Equipment
Time：2025-01-30
-
Trends in the Steel Structure Industry: Greenization and Intelligentization
Time：2024-11-05
Next article: The core function of a boiler flue.