Green and Low-carbon Steel Structure Products

Green and Low-carbon Steel Structure Products

Ⅰ. Definition

Ⅱ. Core Green Product Matrix: Covering Full-scenario Low-carbon Needs

1. Low-carbon Industrial Building Steel Structure Series

• Green Factory Frame Steel Structures: Manufactured with recycled high-strength steel and equipped with energy-saving enclosure systems (thermal insulation sandwich panels, Low-E lighting tiles), these structures reduce factory energy consumption. The structural design reserves interfaces for photovoltaic installation, enabling direct integration with photovoltaic power station construction. This realizes the model of "self-generation for self-use and surplus electricity grid feed-in" for industrial plants, making it suitable for various projects such as green factories and low-carbon industrial parks.
• Energy-saving Warehouse Steel Structures: Adopting a large-span column-free design to improve space utilization, these structures are coated with moisture-proof, anti-corrosion and energy-saving paint to reduce post-operation maintenance energy consumption. Modular prefabrication minimizes on-site construction pollution, making them ideal for scenarios including cold chain warehouses and green logistics centers, balancing energy-saving and practical requirements.
• Steel Structures Supporting Industrial Waste Heat Utilization: Customized steel supports for waste heat recovery equipment and pipelines, made of high-temperature-resistant and energy-saving steel. They are suitable for energy-saving renovation projects such as industrial waste heat power generation and waste heat heating, helping industrial enterprises improve energy utilization efficiency.

2. Eco-friendly Civil Building Steel Structure Series

• Green Prefabricated Residential Steel Structures: Made of 100% recyclable light steel materials with a 100% factory prefabrication rate, these structures generate no construction waste during on-site assembly. Equipped with eco-friendly thermal insulation, sound insulation and waterproof components, they reduce indoor energy consumption by more than 30% compared with traditional residences. They are suitable for projects such as green residential buildings, passive houses, and indemnificatory housing.
• Eco-friendly Rural Residential Steel Structures: Developed to meet the green construction needs of rural areas, this series offers cost-effective green light steel residential components. Combined with solar water heater brackets and rainwater harvesting system supports, it realizes energy conservation and resource recycling for rural residences, making it ideal for green housing projects under the rural revitalization initiative.
• Green Renovation Steel Structures for Old Residential Communities: Customized steel structures for elevator retrofitting, balcony thermal insulation renovation, and roof energy-saving reinforcement. The construction is convenient and causes minimal impact on existing buildings. After renovation, the energy efficiency and living comfort of residences are significantly improved, making it suitable for green renovation projects of old residential communities.

3. Low-carbon Public Building Steel Structure Series

• Green Venue Steel Structures: Adopting lightweight high-strength steel to reduce structural self-weight, these structures are paired with energy-saving lighting roofs with adjustable light transmittance and natural ventilation systems, reducing venue lighting and air conditioning energy consumption. The structural design is integrated with green landscape planning, making it suitable for projects such as eco-friendly stadiums and green convention and exhibition centers.
• Low-carbon Municipal Supporting Steel Structures: Customized steel products including green bus shelters, eco-friendly public toilets, and urban greenway corridors. Made of weather-resistant recycled steel and equipped with solar power supply supporting structures, they are suitable for municipal projects such as sponge city construction and urban ecological restoration, improving the green quality of cities.
• Green Renovation Steel Structures for Schools: Steel components for energy-saving reinforcement of school teaching buildings, green cafeteria frames, and campus landscape corridors. Using eco-friendly materials and energy-saving processes, they create a green campus environment, making them suitable for green renovation projects of schools.

4. Green Supporting Energy-saving Systems

• Energy-saving Protection Series: Low-carbon and eco-friendly anti-corrosion coatings, as well as flame-retardant and energy-saving fireproof coatings. These products emit no harmful gases, boast excellent protective performance, extend the service life of components, and reduce environmental impact.
• Renewable Energy Supporting Series: Photovoltaic brackets, solar water heater brackets, and ground-source heat pump equipment supports. These steel structures are precisely compatible with the installation of various renewable energy systems, helping buildings achieve energy self-sufficiency.
• Water-saving and Energy-saving Supporting Series: Supports for rainwater harvesting systems and sewage treatment equipment. Suitable for building water-saving and energy-saving renovations, they realize the recycling of water resources.

Ⅲ. Advantages

• Low-carbon at Source: Green Raw Materials and Clean Production

  
  

  We prioritize green raw materials such as recycled steel and low-carbon smelted steel, with the carbon emission of raw materials reduced by 40%–60% compared with traditional steel. The production process adopts clean technologies including photovoltaic power supply, water-circulating cooling, and waste gas purification and recycling, achieving over 35% reduction in production energy consumption and zero pollutant discharge, and building a green production base.
  
  
• Low-carbon in Construction: Prefabricated Construction for Cost and Consumption Reduction

  
  

  Full modular prefabrication is adopted, with only on-site assembly work required. This reduces high-pollution and high-energy-consumption processes such as on-site pouring and welding, cutting construction waste generation by more than 90%. Lightweight packaging and centralized distribution are applied for component transportation, lowering transportation energy consumption and carbon emissions, and realizing an eco-friendly construction process.
  
  
• Low-carbon in Operation: Energy-saving Adaptation for Efficiency Improvement

  
  

  Our products are compatible with various energy-saving systems and renewable energy equipment, which can significantly reduce energy consumption and carbon emissions during building operation. Meanwhile, steel structure buildings feature excellent thermal insulation, sound insulation and ventilation performance, reducing the usage frequency of air conditioners, lighting and other equipment, and further enhancing the low-carbon benefits in the operation phase.
  
  
• Low-carbon at End-of-life: Full-life-cycle Recycling

  
  

  Steel is 100% recyclable and reusable. After a building is demolished, steel structure components can be reprocessed for reuse with simple treatment, realizing resource recycling and reducing the environmental pressure caused by construction waste landfilling and incineration. In addition, the modular design enables flexible disassembly and repeated use of components, further extending the product life cycle and reducing the full-life-cycle carbon footprint.

Ⅳ. Cooperation Invitation: Jointly Practice Green Development