SRON Storage Silo System Solution

     June 22–26, 2026, the 4th China International Supply Chain Expo (CISCE) will be grandly held at the China International Exhibition Center (Shunyi Hall), Beijing. As a global expert in intelligent storage and handling systems for grain and bulk materials, SRON Silo Engineering Co., Ltd. will showcase three core technologies—an Intelligent Storage & Transportation Management Platform, a Photovoltaic Energy Storage Microgrid System, and a Full-Chain Storage & Handling System (covering intelligent silos, enclosed stockyards, rapid loading systems, and port handling operations)—to build an end-to-end “storage–transport–management” intelligent bulk material solution for the grain industry, with a focus on empowering grain warehousing and circulation.        Smart Storage and Handling Management Platform        Relying on digital twin and intelligent inspection technologies, SRON enables full-process visualization, intelligent...

  In the context of the large-scale and intensive development of modern animal husbandry, the safe storage and efficient management of feed have become one of the key factors affecting breeding efficiency. Traditional storage methods are gradually revealing many shortcomings in terms of moisture prevention, mold prevention, and automation. Meanwhile, feed steel silos, with their advantages of strong sealing, high automation, and long service life, are becoming an important choice for industry upgrading. This article will systematically analyze how to utilize steel silos to improve feed storage efficiency from the perspectives of structural characteristics, application advantages, and management optimization strategies. Major Problems in Feed Storage In actual production, common problems in feed storage mainly include: Moisture absorption and clumping: Feed is highly susceptible to moisture absorption, leading to quality decline and even mold growth. Mold contamination: Poor stora...

  Article Summary The key to selecting clinker silos for cement plants lies in first assessing the clinker temperature, particle size, abrasiveness, moisture content risk, and the plant's continuous discharge requirements. For most medium to large-scale projects, clinker silos should be selected based on a "systems engineering" approach, rather than simply by tonnage. In short, the suitable clinker silo is not the largest, but the one that best matches the clinker operating conditions, plant cycle time, and systems engineering requirements. Key Points When selecting clinker silos, first consider the material operating conditions, then the silo capacity. For medium to large-scale cement projects, welded steel silos are generally more suitable for large-capacity, continuous clinker storage. The clinker inlet temperature needs to be controlled; data shows that cement clinker should not exceed 85°C upon entry. What truly affects operational stability is often not the silo i...

       From May 13 to 15, 2026, the 27th International Cement Technology and Equipment Exhibition came to a successful close at the Fuzhou Strait International Conference and Exhibition Center. This three-day industry event brought together leading experts and elites to exchange insights. Henan SRON Silo Engineering Co., Ltd. (SRON) made a prominent appearance at the event. Leveraging its robust R&D capabilities, mature full-chain system solutions, and extensive global project experience, SRON engaged in in-depth discussions with domestic and international building materials experts, partners, and industry peers, jointly exploring new pathways for the industry’s green and intelligent development.        At the exhibition, SRON focused on three core sectors: the intelligent storage and conveying management platform, the photovoltaic energy storage microgrid, and the full-chain storage and conveying system. SRON presented its comprehensive smart...

  Against the backdrop of the global push for “dual carbon targets” and energy transition, clean and renewable energy are gradually becoming an important component of the energy structure. Among these, biomass fuels, due to their wide availability, renewability, and relatively low carbon emissions, are considered a key alternative to traditional fossil fuels. As a representative of biomass fuels, wood pellets are widely used in power generation, heating, and industrial boilers. With the continuous expansion of the biomass energy industry, the requirements for wood pellet storage systems are also increasing. Traditional storage methods are insufficient to meet the safety, efficiency, and environmental protection needs of modern energy companies. Therefore, wood pellet steel silos , as an advanced bulk material storage device, are gradually becoming an important solution in the field of biomass fuel storage.   The Important Role of Biomass Fuels in Reducing Carbon Emissions Biom...