SRON Storage Silo System Solution

  Currently, global logistics costs continue to rise. The transportation costs of large industrial equipment such as silos may even exceed 15% of the product's value. However, for the same goods, SRON has directly reduced the freight cost by 50% after adopting a new packaging and transportation solution.      Reasonable design: improve loading rate, reduce costs and increase efficiency        In the packing and transportation of goods for Indonesia quicklime silo and ancillary equipment project, due to the large volume-to-weight ratio of the usual steel structure equipment packing, the loading weight of each truck is only about 20 tons, the logistics department of SRON, according to the dimensions, weights and characteristics of the goods, through the optimization of the packing form, the volume-to-weight ratio of the steel structure has been greatly reduced, so that the actual loading capacity of each truck has been increased from 20 tons to 30 t...

  Air Cannon Applications in Cement Industry Steel Silos Air cannons, also known as pneumatic blockage clearers or air impactors, use the instantaneous release of compressed air to generate a powerful impact force, helping to clear blockages and promote material flow. Their operating principle is simple and efficient: high-pressure air rapidly expands and releases, creating a shock wave that directly impacts the blocked material, quickly clearing it and preventing accumulation. Advantages of air cannons include no mechanical wear, ease of operation, and low maintenance. Consequently, they are widely used in mining, metallurgy, chemicals, and building materials. Cement Silo Application Background The cement industry holds a crucial position within the basic building materials industry, and its raw material storage and transportation directly impact production efficiency. Steel silos, the primary storage equipment for bulk materials like cement clinker and fly ash, are widely adopted...

Food is a crucial cornerstone of national security. Ensuring food security is not only a strategic goal of national development but also the responsibility of every member of society. Faced with multiple challenges such as global climate change, population growth, and rising food production and transportation costs, efficient food storage, rational utilization, and the avoidance of waste have become critical issues that require urgent resolution.   Large-scale grain   reserves, as a crucial component of national food security, require modernization of their processes and management models, which are directly linked to the quality of grain reserves and the ability to ensure food security. Traditional grain storage methods face numerous challenges, including high losses, high energy consumption, and environmental pollution, and urgently require optimization through technological innovation. The Core of Efficient Grain Storage: Intelligent and Refined Management 1. Intelligent Se...

  With global climate change and the increasing emphasis on food security, the long-term storage of grain has become a key concern. In many tropical regions and during hot seasons, steel silos, due to their strong thermal conductivity, heat up grain quickly, making it difficult to maintain a stable temperature. This directly impacts grain quality and safety, making them impractical for long-term storage. Effectively controlling silo temperature and humidity to maintain the high quality of grain has become a pressing challenge for the industry. To address this, SRON, leveraging its accumulated experience in silo engineering and rigorous calculations, has developed innovative   insulated steel silos , providing a reliable solution for long-term grain storage. How Insulated Steel Silos Work Traditional steel silos often face challenges such as the steel’s high thermal conductivity, rapid temperature rise near the silo walls under sunlight, and increased insect infestation within ...

With the growing demand for large-span structures in the field of industrial construction, especially the popularity of large-span space tube truss structures, this type of structure has gradually become the mainstream choice of modern buildings due to its high space utilization and lightweight advantages. Compared with traditional grid structures, large-span space tube trusses not only have the characteristics of light weight, large span, and steel saving, but also have high engineering benefits. However, in its construction process, it still faces many technical challenges, including complex construction technology, safety hazards of high-altitude operations, and strict requirements for construction technology. This article will conduct a detailed analysis from the aspects of construction technology, technical difficulties, safety measures, etc., and propose corresponding technical solutions to improve construction efficiency and ensure construction quality and safety. Project Overvi...