Ripoli, M. L C [UNESP]Bizuti, S. F GRipoli, T. C CGamero, Carlos Antonio [UNESP]2014-05-272014-05-272004-12-01ASAE Annual International Meeting 2004, p. 7415-7426.http://hdl.handle.net/11449/68042The objective of this study was to analyze the sugar cane vegetal residues collection, as well as determining its energetic potential, using a rake and cylindrical baler, both from NEW HOLLAND® under two different windrowing process (simple and double). The field tests were carried out in an area that belongs to COSTA PINTO MILL (COSAN® Group) in the city of Piracicaba, Sao Paulo State, Brazil. The geographic location of the area is: Latitude 22°4030'S, Longitude 47°3633'W and altitude of 605m. From the trash analysis, before the baling, the following average results were obtained: 69.93% of leaves; 2.27% of stalks fractions; 21.44% of tops and 6.36% of total strange matter. The estimated residues yield was 27.01 tons.ha -1 with a gross heat of 18.43 MJ.kg-1, low heat of 17.01 MJ.kg-1, useful heat of 13.32 MJ.kg-1, average moisture of 20.76% and an energetic potential of 494,875.09 MJ.ha-1. In the windrowing operations (simple and double) the averages of the 5 out of 13 analyzed variable presented differences between them in a 1% level of significance in the Tukey Test. The averages comparison of the results for bale's specific mass and the effective capacities (ton.h-1) e (ha.h-1) had been significant at a 5% level in the Tukey Test. The comparisons of the averages for the results had been significant to 1% level. The strange matter averages of the bales did not differed between them.7415-7426engBalingEvaluationSugar caneTrashWindrowingEnergy efficiencyMoistureCylindrical balingVegetal residuesSugar CaneTrabalho apresentado em eventoAcesso aberto2-s2.0-300444435912-s2.0-30044443591.pdf1957087099988521