Green, low-carbon steel structure warehouse completed, facilitating industrial green transformation and warehousing upgrades.

Recently, a steel structure warehouse designed with green and low-carbon principles and tailored to the needs of the energy-saving and environmental protection industry was officially completed and put into operation. Leveraging the environmental advantages of steel structure buildings and combining them with the needs of industrial development, the project creates a professional storage space. It not only provides local energy-saving and environmentally friendly enterprises with an efficient and suitable warehousing solution but also sets a benchmark for the green transformation of the regional warehousing industry.

According to reports, this green and low-carbon steel structure warehouse project is located in the core area of ​​the energy-saving and environmental protection industrial park. With a total investment of 120 million yuan, it covers an area of ​​15 mu (approximately 1 hectare) and has a total building area of ​​7,800 square meters. The project was planned and constructed by a company with green building design qualifications. It primarily serves the storage, transfer, and supporting services for energy-saving and environmentally friendly equipment and materials within the park, balancing practicality, environmental friendliness, and economy.

Throughout the project's construction, the concept of "green construction and low-carbon operation" was consistently upheld, comprehensively implementing green development requirements in material selection and construction processes. The main structure uses high-strength, environmentally friendly steel, which not only has excellent load-bearing capacity and strong earthquake and wind resistance but is also recyclable and reusable, with a steel recycling rate exceeding 98%, reducing construction waste at the source. Meanwhile, the prefabricated construction process, using factory-prefabricated steel components and precise on-site hoisting, significantly reduces dust and noise pollution during construction, and lowers energy consumption by more than 35% compared to traditional concrete warehouses.

To further enhance low-carbon operations, the warehouse is equipped with a rainwater harvesting system and a solar lighting system. Treated rainwater can be used for irrigation and ground cleaning, while the solar lighting system meets the warehouse's daily lighting needs, saving approximately 80,000 kWh of electricity annually and effectively reducing energy consumption during operation. Furthermore, the warehouse features an environmentally friendly ventilation design, reducing the frequency of air conditioning use. Combined with insulated steel components, it achieves natural temperature regulation, reducing both operating costs and carbon emissions.

This steel structure warehouse is designed to fully adapt to the characteristics of energy-saving and environmentally friendly industrial goods. It features zoned storage areas with dedicated storage spaces for different types of environmentally friendly equipment and materials, equipped with moisture-proof, dust-proof, and corrosion-proof facilities to ensure safe storage. Simultaneously, the warehouse has reserved logistics transportation channels and is equipped with professional loading and unloading equipment, enabling rapid transshipment and efficient distribution of goods, effectively improving the company's warehousing operation efficiency and reducing logistics costs.

The project leader stated that the commissioning of this green, low-carbon steel structure warehouse not only fills the gap in specialized warehousing for the region's energy-saving and environmentally friendly industries but also highlights the unique advantages of steel structure buildings in the green and low-carbon field. It is expected to serve over 150 energy-saving and environmentally friendly enterprises within the park annually, with an annual cargo throughput of 400,000 tons, helping enterprises reduce warehousing operating costs and promoting the large-scale and standardized development of the industry.

A relevant official from the local environmental protection department pointed out that the project's implementation is an important measure to promote the green transformation of the warehousing industry and contribute to the achievement of "dual carbon" goals, providing strong support for the green development of the industrial park. The next step will be to actively promote the application of steel structure buildings in the warehousing field, encourage enterprises to increase investment in green and low-carbon technologies, create more green, intelligent, and efficient warehousing projects, and promote the green and high-quality development of the regional industry.