Low Carbon Production System for Building Materials with IoT

Ms. Zhaojun Tang is at the helm of Tangshan Yongxin Building Materials Co., Ltd. Under her leadership, it has not only made significant breakthroughs in the field of automated production of building materials, but also actively promotes the application of green building materials. The company has also established long-term cooperative relationships with a number of large-scale steel enterprises to ensure the supply of high-quality steel, which is widely used in construction, bridges, machinery manufacturing and many other fields.
As an outstanding technological innovator in the field of building materials, Tang's series of pioneering technological achievements have successfully broken through the efficiency bottlenecks and quality challenges faced by the traditional building materials industry, and led the industry into a new development stage of intelligence and greening by deeply integrating cutting-edge technologies such as the Internet of Things and artificial intelligence. Its core innovation concept is to build a whole chain of intelligent production and management system, through data-driven to achieve accurate decision-making. During the R&D process, Tang's team uses IoT technology to achieve equipment interconnection and data collection, combined with AI algorithms to monitor and optimize the production process in real time, which significantly improves the efficiency of resource utilization.
This system is specifically developed for steel structure production lines. It aims to enhance production efficiency and quality control through intelligent means.
The core functions encompass: material management, process route management, quality management, and data collection & analysis. It ensures end-to-end detailed management of materials from input to production to finished products, guaranteeing data timeliness, accuracy, and reliability.
Simultaneously, the system integrates SPC (Statistical Process Control) management functions and parametric configuration. This not only adapts to differentiated requirements across various workstations and reduces commissioning time but also enables unified management and deployment of third-party equipment. It resolves challenges posed by diverse equipment brands and communication protocols, thereby improving production efficiency and quality control.
By establishing a comprehensive platform for equipment interoperability and data synergy, the system lays a solid foundation for enterprises' sustainable development in low-carbon manufacturing .