Microsource Building B Fertilizer Facility Project

Narrow electrical room with rows of gray motor control center (MCC) panels lining both sides of a central walkway. Overhead lighting and conduit run along a wood-paneled ceiling, and the space features concrete walls and a metal-plated floor path.

Project Specifications

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Industry

Fertilizer Facility

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Completion Date

2025

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Location 

Shakopee, MN

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Interstates delivered a full IPD project for MicroSource’s Building B fertilizer facility in Shakopee, Minnesota, supporting the project from initial design through system checkout and final construction activities. The team provided engineering, programming, operational technology, and construction services, including electrical gear, site lighting, cameras, and the integration of motors and instruments required to bring the facility online. Interstates designed and built a 75,000-square-foot liquid storage facility with automation to efficiently move product between tanks, mixers, and batch totes. The facility was fully operational ahead of schedule and is currently utilizing 40% of its capacity. With electrical infrastructure, automation, and Rockwell hardware in place, it is well-positioned to seamlessly scale to full production as future needs arise.

Services Provided: Electrical Construction | Electrical Engineering | Industrial Automation & Integration | Operational Technology | Prefabrication Panel Fabrication

Key Scope Components

Integrated Project Delivery (IPD) Execution:

The fully integrated IPD team enabled design and scope changes to be incorporated smoothly throughout the project lifecycle without impacting schedule.

Trade and Internal Coordination:

Close coordination with other trades and across Interstates’ internal teams supported efficient execution and contributed to the facility being completed ahead of schedule.

Underground Conduit Infrastructure: 

Interstates utilized underground conduit systems to improve installation efficiency, reduce congestion, and support long-term facility expansion.

Standardized Remote I/O Panels: 

Standard valve manifold remote I/O panels were implemented to streamline system design, reduce panel build time, and improve consistency across the automation architecture.

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