SRON Storage Silo System Solution

  In coal-fired power plants, cement and building materials industries, and new materials industries, fly ash is an important industrial by-product and reusable resource. Its storage method directly affects resource utilization efficiency, environmental protection, and enterprise operating costs. As industries increasingly demand higher levels of environmental protection and automation, traditional open-air storage or simple warehousing methods have been gradually phased out. In contrast, closed storage systems centered on “ fly ash steel silos ” are becoming the preferred solution for modern enterprises.     Material Characteristics and Storage Challenges of Fly Ash Fly ash is a fine particulate powder emitted from coal-fired power plants, possessing the following typical characteristics: Complex flowability: prone to bridging and arching; Environmentally polluting: open-air storage causes air and water pollution;   Therefore, the storage of fly ash must focus on ...

     Recently, a delegation from the Lesotho Post-harvest Grain Security Technology Seminar—a foreign aid training program hosted by the Ministry of Commerce of China and organized by Henan University of Technology—visited Henan SRON Silo Engineering Co., Ltd. (SRON). The visit focused on technical exchanges regarding post-harvest grain security guarantees, the application of modern grain storage technologies, and the construction of international grain supply chains. This exchange aimed to strengthen the sharing of experience between China and Lesotho in the field of grain storage and transportation, promote the deep integration of China’s advanced grain warehousing technology with international grain security needs, and contribute Chinese technological strength to enhancing the resilience of the global grain supply chain.          Grain security is a critical issue of common concern globally. As a nation in southern Africa, Lesotho attaches grea...

The grain storage industry faces a long-standing paradox: the more critical the grain, the greater the concern regarding "opening the silo for inspection." Every instance of manual entry—whether to take samples, measure temperatures, or check for pest infestations—risks introducing moisture and dust, or even disturbing the grain mass. Yet, without opening the silo, how can one know what is happening deep within the grain pile? Today, an increasing number of steel silos are evolving from systems requiring manual oversight to those capable of intelligent sensing and autonomous decision-making. By combining a comprehensive sensor network with automated control mechanisms, silo managers can now—for the first time—monitor grain conditions without entering the silo and regulate the environment without manual intervention. Challenges of Traditional Warehousing: Inefficiency, Blind Spots, and Lag Before appreciating the value of intelligent solutions, it is essential to understand th...

     Recently, the Philippine Nickel Ore Drying System Project, undertaken by Henan SRON Silo Engineering Co., Ltd. (SRON), successfully completed its overall loading and shipment. The project’s core equipment and system components were dispatched in a single batch via a chartered vessel. Compared with the traditional mode of shared shipments and batch transportation commonly used in bulk material engineering projects, this shipping method further demonstrates the enhancement of SRON’s comprehensive capabilities in project organization and systematic delivery for large-scale overseas engineering projects.          This Philippine Nickel Ore Project serves the construction of the local mineral resource development and processing system. The project involves the core equipment for the nickel ore drying system, enclosed stockyard systems, and handling systems, featuring a large engineering scale, high system integration, and complex cross-border tran...

As the modern grain storage industry continues to upgrade towards intelligence and digitalization, enterprises are increasingly demanding higher standards for storage safety, precise inventory management, and automated control, making grain silo level monitoring systems increasingly important. For grain enterprises, choosing a stable, accurate, and intelligent steel silo level monitoring system can not only improve storage management efficiency but also effectively reduce operating costs and ensure the safety of grain storage. Why must grain steel silos be equipped with material level monitoring systems? Grain steel silos are typically characterized by large capacity, high height, and strong sealing, and are widely used in the storage of grains such as wheat, corn, rice, and soybeans. In traditional warehousing management, silos are mainly equipped with high and low material levels. The high material level prevents overflow, ensures production safety and continuity, and automatically i...