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Harvest. Research was conducted at the Ag Engineering and Agronomy Farm and the ISU Dairy Farm Complex in the fall of 2009. The research equipment, a John Deere 9860 STS combine and an AGCO 4790 large square baler, were prepared in the Ag Engineering/Agronomy (AEA) Farm shop with updated biomass processing attachments and a hitch that would allow for the baler to be pulled behind the combine during field operations. Initial testing was carried out on the Marsden Farm in an area designated for the Advance Machinery Group. Testing continued from October 27 to December 2 at the ISU Dairy site. Tests conducted at the ISU Dairy included both logistical and productivity analysis at various collection rates of corn stover (0%, 50%, 100%). These rates were applied in two different collection tests. The first was bulk collection, which included support machinery in the field to collect stover from the combine during harvest. The second system tested was a single pass baling system. Data loggers connected to the machine’s Controller Area Network (CAN) systems logged GPS location, fuel consumption, and yield data for the combine and supporting vehicles in the field. These data are now being analyzed for both productivity and cost analysis of the systems. Field tests were duplicated during the testing phase to analyze affects of crop and plant moisture on overall machine productivity. Testing will continue next fall to confirm results.

Analysis of Corn Stover Harvesting Equipment and Corn Stover Storage Methods