Core Insights - The Guangzhou Nansha Grain General Terminal is a key hub for grain distribution in South China, with an annual handling capacity exceeding 20 million tons and modern facilities that enhance operational efficiency [1] - The company, COFCO Technology, is focusing on developing a multi-modal transportation system to reduce grain loss and improve logistics efficiency across the supply chain [2][3] - Technological innovations, such as the domestic high-capacity pipeline conveyor, are being implemented to streamline grain transportation and enhance overall supply chain efficiency [3][4] Group 1 - The Nansha Port features 19 modern berths with a grain unloading capacity of 8,000 tons per hour, equating to 133 tons per minute [1] - COFCO Technology is developing high-efficiency multi-modal transport equipment to address challenges in the grain logistics chain, aiming to minimize losses and improve cost efficiency [2] - The company emphasizes the importance of a seamless logistics system to enhance grain supply chain management and support rural revitalization efforts [2] Group 2 - Innovations in logistics equipment, such as automated systems, have led to a 20% increase in overall port efficiency, requiring fewer personnel for operations [3] - COFCO Technology is committed to a technology-driven approach, focusing on research and development to facilitate the transition of traditional industries towards high-end, green, and intelligent solutions [4] - The company aims to create a complete technological loop from basic research to equipment support, ensuring continuous improvement in grain logistics [4]

Core Insights - The article highlights the efficiency and modernization of the Nansha Grain General Terminal in Guangzhou, which has a grain handling capacity exceeding 20 million tons annually and features advanced unloading capabilities [2][3]. Group 1: Terminal Operations - The Nansha Port is identified as a major grain distribution hub in South China, equipped with 19 modern berths and capable of unloading grain at a rate of 8,000 tons per hour [2]. - Advanced technologies such as multi-point unloading devices and self-cleaning low-damage elevators are implemented to enhance efficiency and reduce losses during grain transportation [2]. - The terminal maintains a stable storage temperature below 15 degrees Celsius using six-sided active temperature control technology [2]. Group 2: Transportation and Logistics - The grain transportation process involves a complex multi-modal system, where grain is transported from northern ports to Guangzhou via rail and sea, followed by distribution through various channels including rivers and highways [3]. - The company is focused on developing efficient multi-modal logistics systems to minimize grain loss and transportation costs, thereby supporting rural revitalization and transforming traditional grain logistics [3]. Group 3: Technological Innovations - The company has developed a domestic high-capacity circular pipe chain conveyor to improve grain transfer efficiency between storage and transportation modes, addressing long-standing bottlenecks in the logistics chain [4]. - Automation in port operations has significantly reduced the need for manual labor, with efficiency improvements of 20% achieved through remote control systems [4]. - The company aims to leverage technological innovation to create a complete technical loop, promoting the transformation of traditional industries towards high-end, green, and intelligent solutions [5].

Group 1 - Food security is a national priority, and stable supply chains are essential for ensuring food security. COFCO Group is accelerating the construction of a modern food logistics supply chain system to enhance the resilience and safety of food supply chains [1] - The grain terminal at Nansha Port in Guangzhou, designed by COFCO Technology, is the largest grain port logistics facility in South China, achieving a single silo unloading capacity of 2,000 tons per hour and a berth unloading capacity of 8,000 tons per hour, with an annual throughput capacity of nearly 16 million tons [1] - COFCO Technology has developed advanced equipment such as a non-destructive multi-point grain unloading device and a self-cleaning low-damage elevator, which reduce transportation losses and improve grain circulation efficiency. The automated control system enhances unloading efficiency by 20% and enables real-time information linkage with rail and road transport [1] Group 2 - Grain depots are critical nodes in the grain transportation chain. A new grain storage project in Huangpu District, Guangzhou, designed by COFCO Technology, utilizes next-generation tubular chain technology to address issues of low capacity and high material loss in traditional systems, filling a domestic technology gap [2] - The new tubular chain system has increased grain unloading efficiency from 50 tons per hour to 300 tons per hour, allowing for flexible layout and rapid transportation of grain to designated locations, thus improving the efficiency of the entire grain transportation network [2] - The project transforms traditional grain depots from static nodes into dynamic circulation hubs, facilitating seamless connections for subsequent transportation and creating a high-efficiency, clean, and coherent logistics loop [2] Group 3 - COFCO Group is driving the transformation of traditional industries towards high-end, green, and intelligent development. Innovations in storage include the development of six-sided active temperature control and autonomous temperature control smart storage technologies for precise and eco-friendly grain storage [3] - In processing, COFCO has developed an intelligent milling machine that overcomes key industry challenges such as automatic gap adjustment and online data monitoring [3] - The company is also exploring new growth avenues, including the launch of a new generation of healthy sugar substitute D-allohexose, which supports the Healthy China strategy, and is engaging in cutting-edge research in synthetic biology for future health industry applications [3]