Steel Silo Designed for Safety, Efficiency, Stability
Every silo is different, and we know that enough to build based on structural integrity and the characteristics of silo material, as well as the specific conditions of the job site. Our work is more than planning: it’s risk control.
End-to-End Digital Silo Design
- Licensed EPC Contractor
- Dedicated Steel Silo Design Institute
- Long-term Partnerships with Leading Universities
- Dozens of Patents
- Drone Surveying
- PKPM Structural Analysis & Parameter Design
- BIM 3D Modeling
- Cost Optimization
Our team uses highly specific designs based on the analysis of structures, construction, and a multitude of data. We provide complete control and visualization of the design throughout its life cycle.
Using a toolset of BIM, digital twins, and advanced intelligent systems, we tackle sophisticated silo projects, visualize everything in 3D, and eliminate risks before they materialize, while optimizing project schedules and budgets. We partner with clients to provide innovative engineering solutions to their most complex challenges.
We Don’t Sell Products.
We Engineer Systems.
The early stages of engineering decisions determine your storage project's long-term operational safety and cost-efficiency, which is why we are dedicated to act as your engineering decision partner, moving beyond standardized bulk material handling designs.
There are too many variables to consider to design steel silos using templated designs. The flow of material, the local climate and other factors such as the design’s response to seismic activity cannot be standardized.
Designing and constructing a silo system requires continuously evaluation of structural design, material behavior, and operational conditions as an interconnected ecosystem, not isolated parts.
We work to identify and eliminate risks such as structural fatigue and the impact of weather and material bridging during the design process, as we do not build anything without first validating the design.
Engineering is a Iterative Process
Not a single design step. We follow a rigorous protocol to validate every parameter.
- Soil condition survey
- Local climate factors
- Material friction & density
- Load distribution analysis
- Wind & seismic simulation
- Stress point modeling
- Capacity optimization
- Discharge geometry design
- Material friction & density
- Soil condition survey
- Local climate factors
- Material friction & density
How We Control Engineering Risks
We focus on long-term stability of the structures and their designs. We deal with the challenges of material compaction, off center discharge of materials, and thermal expansion limitations to ensure that our silos do not deform.
We distinguish between mass flow and funnel flow, and we design discharge outlets and hoppers based on friction tests we run to avoid arching, rat-holing, and bridging.
A hurricane silo on the coast has engineering challenges different than those of a silo in a snowy area with an active fault line. We apply wind, snow, and earthquake resistance models unique to the geographic data of a specific site.
To avoid bottlenecking operations, we integrate silo geometry, structural support, and design with the feeding and conveying systems to maximize the flow of the entire plant.
We utilize globally recognized engineering standards and advanced simulation.
3D Site Mapping
(Finite Element Analysis)
Simulation Tools
Review System
Validated in Real Conditions
Carbon Industry
Designed specifically for a high-humidity coastal environment. Implemented advanced anti-condensation ventilation logic and utilized severe-grade corrosion-resistant structural optimization to extend lifecycle by 15 years.
Water Treatment Industry
Designed specifically for a high-humidity coastal environment. Implemented advanced anti-condensation ventilation logic and utilized severe-grade corrosion-resistant structural optimization to extend lifecycle by 15 years.
Lithium Battery Anode Material Industry
Designed specifically for a high-humidity coastal environment. Implemented advanced anti-condensation ventilation logic and utilized severe-grade corrosion-resistant structural optimization to extend lifecycle by 15 years.
We Solve Real Industrial Problems, Not Just Draw Blueprints.
A poorly engineered silo isn't just an inconvenience, it turn out to be an operational hazard and a financial drain. Neorigin silo group actively engineers against these common industry failures.
Prevention of rat-holing and collapse of structures under eccentric loading
Risk of structural buckling from wind and shear during seismic events
Calculating material fatigue so that to ensure decades of vertical alignment.
Ensuring perfectly matched throughput between the silo and conveyors.
Stop guessing on structural integrity. Structural integrity certainty is a thing of the past. Let our engineers analyze your constraints of material and site to offer a safe, advanced, and optimized design.