Silo engineering takes into consideration numerous elements to ensure the structural integrity of a silo design. The storage capacity you need helps determine the correct silo size, though other factors, including the seismic probability of your location, are also considered.

 

When designing concrete silos, Marietta Silos follows the silo design codes outlined in the American Concrete Institute (ACI) 313-16: Design for Concrete Silos and Stacking Tubes for Storing Granular Materials. As a member of the ACI Committee, we stay on the cutting edge of the latest industry standards and updates. We also often work with an experienced silo engineer to help ensure the structures are designed to withstand external forces and the static pressures exerted by the type of stored material at rest and during flow.

 

 

Cement silo construction and concrete silo design consider the stored material, flow patterns, size, and more when creating a custom storage solution. All stored materials flow at different rates and via different flow patterns through a silo. Understanding how a stored material flows through a silo determines whether the silo should be designed with a flat bottom, funnel flow, mass flow, or expanded flow.

 

In addition to considering static pressures of the intended bulk storage material, silo engineers also determine reinforcement arrangements necessary for the silo size and silo construction type, Jumpform, Slipform, or Stave. Loading and unloading needs are also important considerations, as the most critical portions of this design involve the lower part of the silo. This is where large loads from the stored material are channeled. An efficient flow pattern allows for the effective unloading of the silo.

 

Marietta Silos' knowledge and experience mean that our designs will be the best possible designs to fit your needs. Our engineering practices conform with the method that our construction crews utilize for our Jumpform and Slipform systems, so it's important to use Marietta Silos for your silo engineering as well as the silo construction.

 

 

On average, concrete silos are typically lower in cost than metal silos. However, because so many factors must be considered during silo engineering, setting one standard or fixed price is impossible. When determining the cost to build a silo, it’s best to start with a consultation with a professional silo engineering and construction company, like Marietta Silos, which uses a silo engineer to ensure your silo is designed to be structurally sound and economical for your unique application.

 

 

While tanks are used to store liquids, silos are used to store bulk solids for a variety of industries. Stacking tube are much smaller than traditional storage silos. They are often used in coal plants, mines and storage facilities, shipping terminals, and limestone storage. The stacking tube format facilitates an even distribution of coal or limestone into neat piles. While stacking tubes can be constructed using the same Jumpform technology as much larger storage silos, their comparatively small size makes them a less expensive option for industries that do not have as much material to store.

 

 

Storage silos let you store materials in a smaller footprint when compared to a horizontal warehouse. When compared to piles, they also provide better protection from the elements.

 

 

Concrete offers numerous advantages and provides better structural stability than steel or aluminum in constructing storage silos. Concrete better resists internal pressure that causes buckling, splitting, and other failures of steel silos, like abrasive inner wear from stored materials and corrosion. Using concrete instead of steel to construct storage silos eliminates these risks when combined with proper maintenance and inspection.

 

Concrete silos require minimal maintenance as they are not typically weakened by abrasive or corrosive materials or moist environments that lead to rusting in steel. However, when steel silos experience wall thinning from abrasive storage materials, corrosion from internal or external moisture compounds the risks of silo failure.

 

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