CN104489821A - 一种荔枝火龙果饮料的制备方法 - Google Patents

一种荔枝火龙果饮料的制备方法 Download PDF

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CN104489821A
CN104489821A CN201410844200.5A CN201410844200A CN104489821A CN 104489821 A CN104489821 A CN 104489821A CN 201410844200 A CN201410844200 A CN 201410844200A CN 104489821 A CN104489821 A CN 104489821A
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罗继平
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Abstract

本发明公开了一种荔枝火龙果饮料的制备方法,包括下述步骤:原料处理、高压处理、超声波处理、酶解、过滤、原料调配、杀菌得成品。本发明采用干燥氮气作为原料挤压破碎保护气,火龙果、荔枝能避免与氧气接触,果实中一些易氧化的物质如多酚氧化酶等得到了保护,可以防止果汁的褐变,保持果汁本来的色泽。本发明将火龙果和荔枝混合在一起加工成饮料,火龙果的低热量可以充分中和荔枝的高热量,避免多食荔枝引起的上火,同时,荔枝的高甜度可以中和火龙果的低甜度,使得口感适宜。

Description

一种荔枝火龙果饮料的制备方法
技术领域
本发明涉及食品加工技术领域,具体涉及一种荔枝火龙果饮料的制备方法。
背景技术
火龙果(拉丁文名:Hylocereus undulatus Britt),又称红龙果、龙珠果、仙蜜果、玉龙果。仙人掌科、量天尺属植物。果实,呈椭圆形,直径10-12厘米,外观为红色或黄色,有绿色圆角三角形的叶状体,白色、红色或黄色果肉,具有黑色种子的水果。火龙果营养丰富、功能独特,它含有一般植物少有的植物性白蛋白以及花青素,丰富的维生素和水溶性膳食纤维。火龙果属于凉性水果,在自然状态下,果实于夏秋成熟,味甜,多汁。火龙果的营养十分丰富,是一种低热量、高纤维的水果。每100g火龙果鲜果含有VC9.9-10.8mg,蛋白质0.15-0.30g,脂肪0.21-0.61g、纤维0.7-0.9mg、胡萝卜素0.005-0.012mg,Ca 6.3-8.8mg,P20.2-26.lmg,Fe O.55-0.65mg,VB l0.028-0.430mg,而含热量仅为56.65卡。由于火龙果具有上述成分,因此,火龙果具有一定的食疗和药用作用,能降血压、降血脂、润肺、解毒、养颜、明目,并对便秘和糖尿病有辅助治疗的作用,此外,火龙果还具有减肥养颜功效。
荔枝(学名:Litchi chinensis Sonn.)原产于中国南部,是亚热带果树,常绿乔木,高约10米。果皮有鳞斑状突起,鲜红,紫红。果肉产鲜时半透明凝脂状,味香美,但不耐储藏。荔枝与香蕉、菠萝、龙眼一同号称“南国四大果品”。荔枝味甘、酸、性温,入心、脾、肝经;可止呃逆,止腹泻,是顽固性呃逆及五更泻者的食疗佳品,同时有补脑健身,开胃益脾,有促进食欲之功效。荔枝性热,多食易上火,并可引起“荔枝病”。木材坚实,深红褐色,纹理雅致、耐腐,历来为上等名材。
现有技术对火龙果、荔枝的加工有很多应用,例如中国专利CN103451065A,公开了一种全酵复合型火龙果果酒的酿造方法,包括原料选择和制备、混合和调整汁液成分、酵母菌驯化培养、控温发酵、陈酿及制成成品等步骤。现有技术,一般只是单独针对火龙果或者荔枝进行研究,但是对于如何有效的利用火龙果、荔枝本身的特性进行搭配,以及如何从加工工艺进行创新,还有很多值得研究之处。
发明内容
为了克服现有技术的不足,本发明提供了一种荔枝火龙果饮料的制备方法,通过对火龙果、荔枝原料的前处理,将火龙果、荔枝中的有效成分充分溶出,同时克服荔枝多吃易上火的弊端。
本发明是通过如下技术方案实现的:
一种荔枝火龙果饮料的制备方法,包括下述步骤:
1)原料处理:选择充分成熟、无病虫害、无腐烂的新鲜火龙果2重量份、荔枝1重量份,清洗干净后去皮、去核,挤压破碎,得到果肉原浆,在挤压的过程中,以2L/min的速率通入干燥氮气充满整个挤压机;
2)高压处理:步骤1)得到的原浆中加入3-5倍重量份的纯净水,放入高压罐中,加压至3kgf/cm2,使其压力均匀,并保持5-10min,恢复常压;
3)超声波处理:将步骤2)得到溶液,超声波处理5-10min,作用温度40-50℃,功率为300W;
4)酶解:步骤3)得到的溶液,置于密封发酵罐内,加入活化好的果胶酶、苹果淀粉酶、果胶裂解酶的复合酶进行酶解,酶解时间为20-30分钟,酶解温度为43-45℃,果胶酶、苹果淀粉酶、果胶裂解酶的重量比是5:3:2,复合酶加入量是40-80mg/kg;
5)过滤:步骤4)得到的酶解液过滤,得到荔枝火龙果果浆;
6)原料调配:将荔枝火龙果果浆和纯净水按照1:2的重量比混合,用柠檬酸和白砂糖调整汁液的成分,使其pH为3-5,糖度为10-15;
7)步骤6)得到的溶液过滤后经UHT瞬时杀菌,无菌灌装。
与现有技术相比,本发明具有如下优点:
1、本发明采用干燥氮气作为原料挤压破碎保护气,火龙果、荔枝能避免与氧气接触,果实中一些易氧化的物质如多酚氧化酶等得到了保护,可以防止果汁的褐变,保持果汁本来的色泽。
2、本发明将火龙果和荔枝混合在一起加工成饮料,火龙果的低热量可以充分中和荔枝的高热量,避免多食荔枝引起的上火,同时,荔枝的高甜度可以中和火龙果的低甜度,使得口感适宜。
3、本发明采用高压处理火龙果、荔枝原料,果实中的脂肪、果胶等成分完全分解、溶出,使得果实的营养更易于吸收。
4、本发明在采用高压处理原料后,接着再采用超声波提取,超声波提取利用的是强烈的机械剪切作用,可以促进火龙果、荔枝中营养成分的溶出。
5、本发明采用复合酶处理,可以充分分解火龙果、荔枝中的糖分,使大分子物质断裂成小分子成分。
具体实施方式
下面以实施例对本发明作进一步说明,但本发明并不局限于这些实施例。
实施例1:
一种荔枝火龙果饮料的制备方法,包括下述步骤:
1)原料处理:选择充分成熟、无病虫害、无腐烂的新鲜火龙果200kg、荔枝100kg,清洗干净后去皮、去核,挤压破碎,得到果肉原浆,在挤压的过程中,以2L/min的速率通入干燥氮气充满整个挤压机;
2)高压处理:步骤1)得到的原浆中加入300kg纯净水,放入高压罐中,加压至3kgf/cm2,使其压力均匀,并保持10min,恢复常压;
3)超声波处理:将步骤2)得到溶液,超声波处理5-10min,作用温度40-50℃,功率为300W;
4)酶解:步骤3)得到的溶液,置于密封发酵罐内,加入活化好的果胶酶、苹果淀粉酶、果胶裂解酶的复合酶进行酶解,酶解时间为20分钟,酶解温度为43-45℃,果胶酶、苹果淀粉酶、果胶裂解酶的重量比是5:3:2,复合酶加入量是80mg/kg;
5)过滤:步骤4)得到的酶解液过滤,得到荔枝火龙果果浆;
6)原料调配:将荔枝火龙果果浆和纯净水按照1:2的重量比混合,用柠檬酸和白砂糖调整汁液的成分,使其pH为5,糖度为15;
7)步骤6)得到的溶液过滤后经UHT瞬时杀菌,无菌灌装。
实施例2:
一种荔枝火龙果饮料的制备方法,包括下述步骤:
1)原料处理:选择充分成熟、无病虫害、无腐烂的新鲜火龙果200kg、荔枝100kg,清洗干净后去皮、去核,挤压破碎,得到果肉原浆,在挤压的过程中,以2L/min的速率通入干燥氮气充满整个挤压机;
2)高压处理:步骤1)得到的原浆中加入500kg纯净水,放入高压罐中,加压至3kgf/cm2,使其压力均匀,并保持8min,恢复常压;
3)超声波处理:将步骤2)得到溶液,超声波处理5-10min,作用温度40-50℃,功率为300W;
4)酶解:步骤3)得到的溶液,置于密封发酵罐内,加入活化好的果胶酶、苹果淀粉酶、果胶裂解酶的复合酶进行酶解,酶解时间为30分钟,酶解温度为43-45℃,果胶酶、苹果淀粉酶、果胶裂解酶的重量比是5:3:2,复合酶加入量是60mg/kg;
5)过滤:步骤4)得到的酶解液过滤,得到荔枝火龙果果浆;
6)原料调配:将荔枝火龙果果浆和纯净水按照1:2的重量比混合,用柠檬酸和白砂糖调整汁液的成分,使其pH为3,糖度为12;
7)步骤6)得到的溶液过滤后经UHT瞬时杀菌,无菌灌装。
实施例3:
一种荔枝火龙果饮料的制备方法,包括下述步骤:
1)原料处理:选择充分成熟、无病虫害、无腐烂的新鲜火龙果200kg、荔枝100kg,清洗干净后去皮、去核,挤压破碎,得到果肉原浆,在挤压的过程中,以2L/min的速率通入干燥氮气充满整个挤压机;
2)高压处理:步骤1)得到的原浆中加入400kg纯净水,放入高压罐中,加压至3kgf/cm2,使其压力均匀,并保持5min,恢复常压;
3)超声波处理:将步骤2)得到溶液,超声波处理5-10min,作用温度40-50℃,功率为300W;
4)酶解:步骤3)得到的溶液,置于密封发酵罐内,加入活化好的果胶酶、苹果淀粉酶、果胶裂解酶的复合酶进行酶解,酶解时间为20分钟,酶解温度为43-45℃,果胶酶、苹果淀粉酶、果胶裂解酶的重量比是5:3:2,复合酶加入量是40mg/kg;
5)过滤:步骤4)得到的酶解液过滤,得到荔枝火龙果果浆;
6)原料调配:将荔枝火龙果果浆和纯净水按照1:2的重量比混合,用柠檬酸和白砂糖调整汁液的成分,使其pH为4,糖度为10;
7)步骤6)得到的溶液过滤后经UHT瞬时杀菌,无菌灌装。

Claims (1)

1.一种荔枝火龙果饮料的制备方法,其特征在于,包括下述步骤:
1)原料处理:选择充分成熟、无病虫害、无腐烂的新鲜火龙果2重量份、荔枝1重量份,清洗干净后去皮、去核,挤压破碎,得到果肉原浆,在挤压的过程中,以2L/min的速率通入干燥氮气充满整个挤压机;
2)高压处理:步骤1)得到的原浆中加入3-5倍重量份的纯净水,放入高压罐中,加压至3kgf/cm2,使其压力均匀,并保持5-10min,恢复常压;
3)超声波处理:将步骤2)得到溶液,超声波处理5-10min,作用温度40-50℃,功率为300W;
4)酶解:步骤3)得到的溶液,置于密封发酵罐内,加入活化好的果胶酶、苹果淀粉酶、果胶裂解酶的复合酶进行酶解,酶解时间为20-30分钟,酶解温度为43-45℃,果胶酶、苹果淀粉酶、果胶裂解酶的重量比是5:3:2,复合酶加入量是40-80mg/kg;
5)过滤:步骤4)得到的酶解液过滤,得到荔枝火龙果果浆;
6)原料调配:将荔枝火龙果果浆和纯净水按照1:2的重量比混合,用柠檬酸和白砂糖调整汁液的成分,使其pH为3-5,糖度为10-15;
7)步骤6)得到的溶液过滤后经UHT瞬时杀菌,无菌灌装。
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