SRON Storage Silo System Solution

  In modern industry and the building materials sector, storage systems are an essential component of production. This is especially true for the storage of bulk materials like cement, fly ash, and grain. Choosing the right silo structure not only impacts storage safety and service life, but also directly influences project costs and construction schedules. Currently, the most common storage structures on the market include spiral silos, welded silos, and prefabricated cement silos. Each of these three types offers unique structural characteristics and application advantages. Spiral Rolled Edge Silos – Fast Construction and Highly Sealed Steel Silos A spiral rolled edge silo is a silo structure constructed by crimping the edges of steel plates in multiple layers (usually five layers) using on-site construction equipment to form a circular reinforcement structure. This structure combines lightweight construction with high sealing performance and is widely used for storing grain, pow...

  In modern grain storage and transportation systems, flat-bottomed and conical-bottomed silos are the two most common steel silo types. Each has its own unique structure, unloading methods, investment costs, and applicable scenarios. They are widely used in grain depots, feed mills, grain trading companies, and terminal storage projects. Key Structural Features of a Flat-Bottom Grain Silo A flat-bottom silo has a horizontal floor with a concrete ring beam foundation and a central discharge port. Material is discharged via a screw conveyor or belt conveyor. To ensure efficient storage, flat-bottom silos are often equipped with a grain sweeper. After gravity discharge, the remaining grain is pushed toward the discharge port. Furthermore, a ventilated floor is installed at the bottom of the silo, coupled with a circulating fumigation system, to provide ventilation, cooling, and insecticide control during storage. Key Features of a Cone-Bottom Silo Structure Cone-bottom silos are cons...

September 13, 2025 As the logistics and transportation industry continues to demand greater efficiency and intelligence, rapid loading systems, as a key technology for efficient, precise, and environmentally friendly bulk material loading and unloading, are gaining increasing attention. Especially in the transportation of bulk materials like coal, ore, grain, and chemical raw materials, the rapid, quantitative control capabilities of train and truck loading systems have become a key indicator of a loading station’s modernization. Overview of the Rapid Quantitative Train Loading System The Rapid Quantitative Train Loading System is a comprehensive metering and loading device integrating mechanical, hydraulic, and electrical automation controls. Its features of rapid loading, continuous weighing, and precise control have earned it widespread application in industries such as coal mines, ore distribution centers, and ports. Utilizing an advanced automated control platform, the system coor...

       Traditional silo storage and transportation is facing numerous challenges: monitoring relies on manual labor, energy consumption remains high, and equipment failures are frequent. How can we achieve a leap from "passive response" to "proactive intelligence"? Recently, SRON Technology Center held a special seminar on "AI Empowering Silos" to explore feasible paths for systematically solving industry pain points and reshaping the future of bulk material storage and transportation using artificial intelligence technology.        Based on its extensive experience in intelligent warehouse management systems, digital twin platforms, and complex global projects, SRON is committed to systematically applying AI technology to three core scenarios to provide new solutions for the safe, efficient, and green storage and transportation of bulk materials such as grain, cement, and mineral powder.        Scenario 1: From "Experience-Bas...

       In the grain storage and transportation industry, particularly for rice, owners face three main challenges: first, micro-cracks inside the rice grains caused by impacts from falls from heights; second, localized stress damage resulting from deep static pressure accumulation; and third, secondary breakage during dynamic transport. These invisible damages, difficult to detect with the naked eye, not only directly reduce the rice yield and head rice rate but also lead to deterioration in stored grain quality and loss of market value, resulting in significant economic losses for enterprises annually. SRON, through in-depth research into the mechanical properties of rice grains and the mechanical mechanisms of storage and transportation processes, has developed a systematic solution based on terminal speed control, Janssen pressure model optimization, and the principle of kinetic energy dissipation.        Scientific Basis: From Particle Damage ...

       In the transportation of bulk commodities such as coal and ore, loading efficiency and accuracy directly impact the operational efficiency of the entire supply chain. As an EPC general contractor in the bulk commodity storage and transportation sector, SRON's "Rapid Quantitative Loading System for Trains and Trucks" has achieved numerous innovations in technology integration, intelligent control, and system reliability, and has accumulated rich project experience, winning widespread recognition from domestic and international partners.      Intelligent and precise, a new model of innovative measurement        The SRON Rapid Quantitative Loading System integrates advanced technologies such as mechanics, hydraulics, electrical control, and computer management, demonstrating superior performance advantages. The system employs high-precision, large-tonnage pressure sensors for static weighing, with an instrument measurement error...