Top Food Produce Storage Systems 2026

Harvesting produce is only part of the job. Keeping it in good condition until it reaches the market is equally important. Top Food Produce Storage Systems help agricultural businesses manage temperature, humidity, airflow and other conditions that affect harvested crops. Potatoes, onions, leafy greens and fruits all have different storage needs, so facilities must be designed around the products they handle. Producers also need enough space and efficient ways to move goods between storage, packing and distribution. A well-planned facility helps maintain produce quality, meet food safety requirements and keep operations running smoothly.

Food and Beverage Tech Review recognized McGowan Rice as the Top Food Produce Storage System 2026. Led by President Mark Rice, the company designs and builds temperature-controlled facilities based on the needs of each producer and the products they store. Its work covers the entire process, from initial planning and engineering to construction and commissioning. McGowan Rice considers refrigeration, airflow, sanitation, loading arrangements and the movement of produce through the facility. The aim is to create a storage environment that works with the customer's daily operations rather than requiring operations to adapt to the building.

Different crops need different conditions to stay fresh after harvest. Temperature, humidity and airflow can affect how quickly produce deteriorates, how much weight it loses and how long it can be stored. Top Food Produce Storage Systems account for these differences by creating environments suited to particular crops. Storage facilities must also support proper sanitation and the movement of goods from harvesting through packing and distribution. Getting these details right can help producers avoid unnecessary handling, protect more of their harvest and maintain product quality until it is ready for sale.

A storage facility should be designed around how a producer actually works. Businesses comparing Top Food Produce Storage Systems should consider the crops being stored, required capacity, refrigeration, humidity control and how products will move through the building. Materials that are easy to clean are important for sanitation and managing biological risks. Energy use, equipment compatibility and room for future expansion also deserve attention. Bringing refrigeration, engineering and automation specialists into the planning process early can help prevent situations where the building is completed but cannot easily accommodate the equipment or workflows it needs to support.

McGowan Rice begins by understanding what a customer needs to store and how the facility will operate. The company considers produce characteristics, storage methods and daily workflows before developing the building layout. Its experience includes potato storage facilities across the United States, where its envelope storage approach can help limit product weight loss. In one project, McGowan Rice built a facility closer to the customer's market. The customer later expanded it through four additional phases, reduced shipping costs and gained access to new markets. The company's involvement also continues after construction through maintenance, modifications and facility conversions. These capabilities supported its 2026 recognition.

Modern produce storage facilities are increasingly designed to handle more work efficiently while maintaining the right conditions for harvested crops. Top Food Produce Storage Systems can incorporate automated storage and retrieval equipment, advanced refrigeration, improved insulation and variable-frequency drives. But adding new technology is not simply a matter of installing equipment. The building's dimensions, loading areas and mechanical systems must be planned to accommodate it. Energy efficiency also depends on choosing technology that suits the crops and their storage requirements. Considering these needs early helps producers build facilities that support efficient operations without compromising produce quality.