Iowa State University Ionwave #RFQ-1001506

ISU Solicits Bids for Soybean Conditioning and Unloading System Installation

Iowa State University of Science and Technology (ISU) is seeking bids for a specialized soybean conditioning and unloading system for research use at the Kent Feed Mill and Grain Science Complex in Ames, Iowa. - Government Buyer: - Iowa State University of Science and Technology - Procurement Services Office - Project Scope: - Design, furnish, install, start up, and commission a soybean conditioning and unloading system - Modification of an existing 15,000-bushel, 42-foot diameter grain bin - Replacement of the current sweep auger with a tapered screw auger system - Integration of automated controls for precise moisture content management - Support for remote monitoring and operation - Products/Services Requested: - Soybean Conditioning and Unloading System (1 unit) - Includes semi-continuous unloading, automated controls, and remote monitoring - Installation and commissioning services - OEMs and Vendors: - No specific OEMs or vendors named - System should function similarly to a Shivvers Dri-Flow style grain conditioning system - Unique Requirements: - System must enable uniform airflow and precise control/monitoring of soybean moisture - Intended for research applications requiring high precision and data collection - Contractor must provide warranty details for all equipment components - Compliance with ISU insurance requirements for installation and maintenance - Opportunity is open to all qualified equipment suppliers and installers capable of meeting technical and operational requirements.

Description

Iowa State University of Science and Technology (ISU) is soliciting bids from qualified contractors to provide and install a soybean conditioning and unloading system. The project involves modifying an existing 15,000-bushel grain bin to provide semi-continuous conditioning and unloading capabilities with precise control, monitoring, and data collection suitable for research applications. The system should replace the existing sweep auger with a tapered screw auger, maintain uniform airflow, and enable remote monitoring and operation. The installation is preferred to be completed by September 30, 2026.

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