AMG was hired to design plant process improvements to help improve yields to a corn wet mill in Tennessee that produces corn starch. AMG provided engineering, design, and construction oversight services.

AMG provided detailed engineering to upgrade several unit operations at a corn wet mill in Iowa.

AMG supported a project at a Tennessee wet mill facility that produces corn syrup. AMG provided detailed engineering for the installation of a loadout system.

AMG provided engineering to support a 230K bushel per day expansion project at a Tennessee fructose and ethanol production facility.

AMG provided detailed engineering services for a corn wet milling facility in Iowa to support the second stage of an expansion project. The project expanded starch product mix and production capacity by adding starch modification tanks, dewatering equipment, a flash dryer, storage silos, packaging equipment, and a new warehouse.

AMG provided engineering and design services for the construction of a wet corn gluten feed production and loadout facility within a corn wet milling plant in Iowa.

AMG provided detailed engineering consulting services for a new corn wet milling facility in Saudi Arabia. Designed to process 200 metric tons per day of corn a day into corn starch, refined glucose syrup, and animal feed products. and syrup.

An Iowa corn wet milling facility that produces fructose commissioned AMG for consulting services. AMG provided mechanical, structural, and piping design for a 30,000 bushel/day facility expansion.

A company needing to expand starch production capacity at a corn wet mill enlisted AMG’s expertise for a project with a capital value in excess of $60,000,000. AMG contributed detailed engineering and design services for two areas housing flash dryers and packing machines.

In support of plant expansions at a corn milling facility, AMG provided consulting and engineering for the fructose and process areas.

AMG provided detailed engineering services for upgrades at a corn wet mill in Tennessee. The project involved replacing an existing gas-fired rotary feed dryer with a new rotary dryer as well as adding a new regenerative thermal oxidizer (RTO).