<p>Grain Storage Buildings</p>

Grain Storage Buildings

Sheltrix grain storage buildings provide covered space for suitable bulk, bagged or packaged grain and harvest-related handling. We configure the building around the storage method, equipment access and the site’s grain-handling process, rather than treating every grain facility as a silo replacement.

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Agricultural Grain Storage
Buildings for Harvest & Handling

Harvest volumes can arrive faster than existing bins, sheds or handling areas can accommodate. A grain storage building can provide additional covered space for suitable grain-storage methods, temporary overflow or the staging activities that take place between harvesting, drying, handling and transport.

Bulk Grain Storage Areas

Bulk Grain Storage Areas
Bagged Grain Storage

Bagged Grain Storage
Seed & Commodity Storage

Seed & Commodity Storage
Harvest Overflow Space

Harvest Overflow Space
Grain Handling Equipment

Grain Handling Equipment
Agricultural Loading Areas

Agricultural Loading Areas

Plan Capacity Around
the Grain-Handling Method

Storage capacity depends on more than the building footprint. Grain type, bulk density, pile height, loading and unloading equipment, vehicle routes and any required separation affect the space that can be used safely and efficiently.

For bulk grain, the intended pile arrangement and any loads transferred to the floor or supporting system need to be confirmed by the project designer. Conveyors, loaders, augers and truck access can influence building dimensions and opening positions.

Bagged or packaged grain may require a different layout, particularly where pallets, forklifts and aisles are used. Keeping receiving, storage and dispatch routes clear helps reduce handling conflicts during a busy harvest period.

The plan should also consider how grain enters and leaves the site throughout the day. Truck waiting space, unloading positions, dust control, clean-up access and safe equipment routes can affect throughput as much as the available storage volume. Establishing those routes early makes it easier to fit the building into an existing grain-handling system.

Manage Moisture,
Ventilation & Product Condition

Grain storage depends on maintaining suitable moisture and temperature conditions for the specific commodity and storage period. A covered structure reduces direct exposure to rain and snow, but the building shell alone does not guarantee safe grain moisture, aeration or long-term quality.

Before use, determine whether the operation needs ventilation, aeration equipment, temperature monitoring, drying systems, pest management or other grain-handling controls. Any such systems should be designed for the stored crop, climate and storage method.

Site drainage and dust management also matter around loading and unloading areas. The building layout should provide space for equipment and housekeeping without compromising access or creating unnecessary material-handling steps.

Engineered for Agricultural
Loads & Site Conditions

Agricultural grain storage buildings need a design suited to the actual site and use. We can engineer the structure around applicable wind and snow loads, building dimensions, openings, foundations, anchoring and local building requirements.

The project should identify whether stored grain or storage equipment creates special structural or floor-loading requirements. Those loads must be reviewed by the appropriate designer; they should not be assumed to be covered by a standard storage-building configuration. Structural drawings and calculations can be provided where required.

Access for grain trucks, loaders and conveyors should be established along with space for maneuvering, deliveries and unloading. This helps align the structure with the existing harvest workflow.

Durable Covered Space
for Grain Operations

Our buildings use hot-dip galvanized steel framing for corrosion resistance and long-term structural performance. The structure and enclosure should be selected for the application, exposure and grain-handling equipment that will operate inside.

We back our fabric building systems with a 20-year structural guarantee and a 10-year fabric guarantee, alongside a 5-year spare-parts warranty. Coverage depends on the selected configuration and applicable terms. Grain-storage equipment, aeration and monitoring systems must be specified separately where required.

Add Covered Capacity
for the Harvest

Plan a grain storage building around the commodity, storage method, target capacity, material-handling equipment and installation site. Share these requirements with us so the proposed structure can be matched to the grain operation and its engineering needs.

Frequently Asked Questions

What Are Grain Storage Buildings Used For?

They provide covered space for suitable bulk, bagged or packaged grain, seasonal overflow and harvest-related handling, depending on the structure and storage system.

Are Fabric Grain Storage Buildings a Replacement for Silos?

Not in every application. Silos and grain bins are purpose-built storage systems; a fabric building may support other flat-storage, packaged-storage or staging arrangements when appropriately designed.

What Determines Grain Storage Capacity?

Capacity depends on grain type, storage method, pile or stack dimensions, equipment access, floor and structural requirements, and space needed for loading and unloading.

Does a Covered Building Control Grain Moisture?

No. Cover provides weather protection, but safe grain storage also depends on moisture management, aeration, temperature monitoring and other controls appropriate to the commodity.

Can Grain Handling Equipment Operate Inside?

The building can be planned around loaders, conveyors, trucks and other handling equipment, provided clearances, floor loading and equipment requirements are included in the design.

What Should Be Confirmed Before Construction?

Confirm the intended grain-storage method, expected volume, site drainage, handling equipment, environmental controls, structural or floor loads and local requirements.

How Are Local Weather Loads Addressed?

We can engineer the structure around applicable site-specific wind and snow loads, foundation and anchoring conditions, openings and local building requirements.

Can a Grain Storage Building Support Temporary Harvest Overflow?

Yes, for suitable storage methods when capacity, handling equipment, ventilation or aeration needs, floor loads and product-management practices have been reviewed for the grain and site.