SRON Storage Silo System Solution

  With the rapid development of industrial production, industries such as thermal power plants, coal-fired boilers, and cement plants generate large quantities of fly ash daily. As a major industrial solid waste, fly ash is not only an important raw material for building materials such as concrete, aerated bricks, and cement, but also plays a role in road construction and mine backfill. However, fly ash’s fine particles, tendency to generate dust, and its tendency to absorb moisture and form lumps place higher demands on its storage. Traditional fly ash storage methods, such as open-air stacking and simple bungalow warehouses, not only occupy large areas and are susceptible to moisture, but also lead to dust pollution and difficulty in unloading. Why Choose Steel Silos for Fly Ash Storage? 1. Conventional Fly Ash Storage Methods Currently, the following types of fly ash storage facilities are available on the market: Concrete Silos: sturdy structure and large capacity, but require ...

  Grain storage is crucial for ensuring food supply security, and vertical silos, as efficient grain storage facilities, are widely used for bulk grain storage and management. With global climate change and the increasing severity of pests, pest control and grain quality maintenance have become two core challenges facing vertical silo storage. As an innovative pest control technology, the recirculation fumigation system effectively prevents pest infestations and limits grain quality loss. Through optimal fumigation gas distribution and precise gas concentration control, recirculation fumigation technology can significantly improve grain storage safety. Features of vertical silo storage system Silo Structure and Design A silo consists of three parts: a base, a cylinder, and a roof. The base is typically constructed of concrete, ensuring good load-bearing capacity and moisture resistance, effectively ensuring silo stability. The cylinder, primarily constructed of steel plates or rein...

  Industry pain points: Traditional storage methods are inefficient and have many hidden dangers Traditional slag powder storage relies on manual operation, which is inefficient and has many hidden dangers: manual control of inlet and outlet is prone to errors; loading requires secondary weighing, which has a high risk of error; dust pollution is serious; delayed material level monitoring can easily lead to material overflow accidents; lack of optimization of equipment energy consumption restricts green development. As an EPC general contractor in the field of industrial infrastructure for bulk materials such as minerals and energy, SRON has accumulated rich experience in the intelligent storage of bulk materials such as slag powder, which can effectively solve the industry pain points of low efficiency and many hidden dangers of traditional storage methods.  Five Core Benefits of Intelligent Systems Full process automation with less human intervention SRON intelligent storage...