VAA provided complete architectural, engineering, and construction support services for the design of Michigan’s first dairy mash feed mill, creating a 35-ton-per-hour facility on a greenfield site to serve local dairy producers. The facility was Structural Engineer (Hybrid) Minneapolis, MN Hybrid designed to deliver efficient, reliable feed production while minimizing operational staffing requirements and supporting future agricultural growth in the region.
The project included truck and rail receiving systems, grain and flat storage, advanced feed processing equipment, loadout facilities, and Electrical Designer (Hybrid/Remote) Minneapolis, MN Hybrid administrative spaces. Rather than using conventional upright batching bins and batching feeders, the design incorporated flat storage bays and a front-end loader that transfers bulk commodities into a loader scale hopper. The hopper feeds a 10-ton mixer through a high-capacity drag conveyor, after which the finished feed is conveyed to upright storage bins for truck loading. VAA integrated comprehensive safety features throughout the facility to meet OSHA standards, while emphasizing durability, operational efficiency, and ease of maintenance. The resulting feed mill provides a modern, high-capacity solution tailored to the needs of Michigan's dairy industry.
VAA served as the primary Structural Designer (Hybrid/Remote) Minneapolis, MN Hybrid design consultant for a new poultry feed mill designed to produce more than 15,000 tons of pelleted feed per week, replacing the client's existing on-site facility with a modern, high-capacity operation. Working in partnership with the owner and contractor, VAA delivered comprehensive design services, including 3D modeling, civil, structural, plumbing, HVAC, and building code review to optimize plant layout, efficiency, and constructability.
The project included the design of a soft stock truck receiving system, steel grinding system, ingredient mill, feed loadout towers, and a 17,400-square-foot ancillary building housing liquid storage, boilers, and maintenance facilities. Safety was a primary design consideration, with bucket elevator legs located outside the building, pressure relief Electrical Engineer (Hybrid) Minneapolis, MN Hybrid venting incorporated where required, and structural tube steel used throughout the mill and loadout tower to minimize dust accumulation and reduce explosion hazards. The layout also provided generous access around equipment to simplify maintenance, housekeeping, and long-term operations. Through advanced 3D modeling and coordinated multi-discipline engineering, VAA delivered a safe, efficient, and highly productive feed manufacturing facility capable of supporting the client's long-term production needs.
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