Produção artesanal de aguardente de mel de abelhas de diferentes floradas

Abstract

This study aimed to craft production in copper stills, the spirits of honey of different flowers, juice of sugar cane, honey bees, sugar cane and grape mixed (juice of cane sugar and honey from different flowers) and subsequent aging in oak barrels.The tests were conductedby mixing 75% juice with 25% inoculum (30L and 10L, respectively). The grape juice were cane sugar, honey bees-of-seven different flowers and mixed (where the ratio of 50% by volume for each party).Samples were taken must and wine, quantifying pH, sulfuric acid, ART, Brix, and also ethanol content in wine. In conducting fetched, three fractions were taken: head (8%), heart (84%) and tail (8%), quantifying pH, density, alcohol content, dry extract and acetic acid.The operating temperatures of the still were split head, with initial and final temperatures respectively equal to 89.3 and 93.0 o C; fraction of heart, 93.0 and 96.0 ° C and split tail, 96.0 and 97 , 0 ° C. The duration of each step was about 25 minutes, 70 minutes and 23 minutes respectively, and volumes were obtained 500mL, 500mL and5380mL in the same order. During aging, were measured monthly, alcoholic, acetic acid, pH, solids, density, evaporation rate, visual appearance and color.The results indicated that it is possible to produce brandy honey from different flowers, with appropriate physical and chemical characteristics.The production of grape brandy using resulted in mixed drink with different physical and chemical characteristics in relation to the sugar cane and similar to those obtained with the respective pure honey.This mixture reduces the production costs of brandy,when compared with that produced from pure honey. When we worked with the honey wine, which showed better fermentation efficiencywas honey G (mixed flora, from the state of Ceara).However, when working with mixed wine, the best performance was obtained with Mel C (mixed flora, native of the City of Pao de Acucar - AL).