Kajian Mutu Kimia Bubuk Kopi Espresso Aceh Berdasarkan Rasio Pencampuran Varietas Kopi Arabika dan Robusta dan Teknik Penyangraian

Dian Hasni, Murna Muzaifa, Dedy Rahmad, Maulana Insan
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Abstract

Generally there are two coffee varietes cultivated in Indonesia, known as Arabica and Robusta coffee. Arabica distinctively known for its distinctive quality but limited quantity compared to robusta which is commonly use for commercial coffee production due to its robust productivity. Nowadays, global market demand encourages a huge variety of coffee product, based on coffee such as espresso. The quality of espresso is influence by many factors such as roasting technique and ratio blending of coffee ground. This study aims to determine the influence of blending ratio and roasting techniqus to the chemical compounds of coffee ground and its espresso brewed. This research used Factorial Random Design, consists of 2 factors. First factor is ratio of blending Arabica and Robusta with three levels ratio; B1=70:30; B2=80:20; and B3=90:10). The second factor is roasting technique, consisting of 2 levels of conventional roasting(P1) and torrefacto (P2). Each treatment was repeated 3 replications to obtain 18 units of experiment. Measured parameters are pH of brewed espresso and moisture (%), ash (%), protein (%), lipid (%) and caffeine (%) contents of coffee ground. The results showed that the blending ratio was highly significant (P≤0,01) to the moisture and protein contents of coffee grounds and pH of resulted espresso. The best treatment was obtained from combination of B1P1 treatment (combination blending ratio (70%:30%) and conventional roasting) with 2.00% moisture content, 4.83% ash, 13.04% protein, 10.41% fat, 81.17% carbohydrate and caffeine 1.49%.
一般来说,印尼有两种咖啡品种,被称为阿拉比卡咖啡和罗布斯塔咖啡。阿拉比卡以其独特的品质而闻名,但与罗布斯塔相比,由于其强大的生产力,罗布斯塔通常用于商业咖啡生产。如今,全球市场需求催生了以浓缩咖啡为基础的各种咖啡产品。咖啡的品质受烘焙工艺、咖啡粉配比等诸多因素的影响。本研究旨在确定混合比例和烘焙技术对咖啡粉及其浓缩咖啡的化学成分的影响。本研究采用因子随机设计,由2个因素组成。第一个因素是阿拉比卡和罗布斯塔的混合比例,采用三级比例;B1 = 70:30;B2 = 80:20;和B3 =挺)。第二个因素是烘焙技术,包括两个级别的传统烘焙(P1)和烘烤(P2)。每个处理重复3个重复,得到18个试验单位。测量的参数是煮好的浓缩咖啡的pH值和咖啡粉的水分(%)、灰分(%)、蛋白质(%)、脂质(%)和咖啡因(%)含量。结果表明,混合比例对咖啡渣的水分和蛋白质含量以及咖啡的pH值有极显著影响(P≤0.01)。最佳处理为B1P1处理(组合配比为70%:30%)与常规焙烧处理,水分含量为2.00%,灰分含量为4.83%,蛋白质含量为13.04%,脂肪含量为10.41%,碳水化合物含量为81.17%,咖啡因含量为1.49%。
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