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1)  Waste water isolated soybean protein
分离大豆蛋白废水
2)  soy protein wastewater
大豆蛋白废水
1.
Based on the characteristics of high concentration organic wastewater produced from a soy protein process, a few yeasts and the optimal culture conditions were selected to produce Single Cell Protein (SCP) by soy protein wastewater fermentation.
针对大豆蛋白生产废水的水质特性,选择了产朊假丝酵母(Candida utilis)、热带假丝酵母(Candida tropicalis)、白地霉(Geotrichum candidum link)、解脂假丝酵母解脂变种(Candida lipolytica)和扣囊拟内孢霉(Endomycopsis fiburiger)等5种工业生产酵母,作为以大豆蛋白废水生产单细胞蛋白(Single Cell Protein,SCP)的菌种,并通过摇瓶培养实验,对其培养生长条件进行了研究。
2.
This pilot study on investigating the soy protein wastewater treatment and resource reclamation with ultrafiltration involved the pretreatment strategies, effect of membrane molecular weight cut off (MWCO) and operating parameters as well as membrane cleaning technology.
为净化大豆蛋白废水并回收有用资源,通过超滤中试研究,探讨了预处理方法、超滤膜截留分子量(MWCO)和各种操作参数的影响以及超滤膜的清洗效果,指出采用MWCO为1 kDa的聚砜膜可保证>90%的蛋白去除率和低于10%的低聚糖损失率,从而通过回收蛋白和低聚糖实现资源的回收。
3.
To investigate the hydrodynamic flushing technology in the process of soy protein wastewater ultrafiltration, this paper studied the permeate flux recovery rates of various flushing water, as well as the influences of dynamic flushing duration, temperature, pressure, flushing mode and periods on the flushing efficiencies.
对大豆蛋白废水超滤中膜的水力冲洗进行了中试试验研究。
3)  soybean protein wastewater
大豆蛋白废水
1.
Effects of different kinds of sludge on start-up of IC reactor in treatment of soybean protein wastewater;
不同种泥对IC反应器处理大豆蛋白废水启动的影响
2.
This paper briefly introduced the features of soybean protein wastewater,analyzed the process design and the running of two engineering.
介绍了两公司大豆蛋白废水的水质水量和性质特征,分析工程的工艺设计和调试运行状况。
3.
For soybean protein wastewater with the speciality of high concentration,protein and total nitrogen,nutrition singularity etc,it was selected a treating process including a new type of internal circulation reactor.
对有机质浓度高,成分单一,蛋白质、总氮浓度较高,易酸化,且已酸化程度较高的大豆蛋白废水,确定以新型内循环厌氧反应池为主的处理工艺,在原废水ρ(COD)为11809~15040mg/L时,总出水浓度192~350mg/L,去除率达到96。
4)  soybean protein isolate
大豆分离蛋白
1.
Effect of modification on gelation of soybean protein isolate;
改性对大豆分离蛋白凝胶性的影响
2.
Rheologic properties of urea-modified soybean protein isolate;
尿素改性大豆分离蛋白流变学特性研究
3.
Determination of interaction of urea and soybean protein isolate by fourier transform infrared spectroscopy;
大豆分离蛋白与低浓度尿素相互作用红外光谱分析
5)  soy protein isolate
大豆分离蛋白
1.
Sodium dodecyl sulfate treatment improves properties of cast films from soy protein isolate;
十二烷基磺酸钠(SDS)在大豆分离蛋白基可食性膜中应用
2.
The affecting factors of soy protein isolate production and solutions;
影响大豆分离蛋白提取率因素及实际解决方法
3.
Film-forming property of soy protein isolate;
大豆分离蛋白成膜性研究
6)  SPI
大豆分离蛋白
1.
Effect of Addition of SPI on the Formation and Stability of Paste;
大豆分离蛋白的添加对面团形成及稳定特性的影响
2.
NUTRITION VALUE EVALUATION OF WPC AND SPI IN PROTEIN POWDER;
蛋白粉中乳清浓缩蛋白和大豆分离蛋白的复配及其营养价值评价
3.
Enzymatic Modification of SPI Used in Ice Cream;
冰淇淋专用大豆分离蛋白的酶法改性
补充资料:大豆分离蛋白
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性质:一类新型大豆蛋白制品。无色、无味、溶解性良好的粉状制品。蛋白质含量90%以上(干基),典型的约96%。以脱脂豆粕为原料。先从原料中分离出可溶性蛋白质和碳水化合物等的溶出物,再以食用盐酸调节pH值,至蛋白质的等电点,使蛋白质酸凝聚合而沉淀,去除碳水化合物,即行干燥成等电沉淀的分离蛋白。如将酸凝凝乳加碱中和再行干燥,则成溶解性良好的中性分离蛋白。如利用酶制剂,使酸凝凝乳部分水解后再行中和干燥,可得溶解性更好的产品。要求原料脱脂豆粕最大限度地保持蛋白质的可溶性,其蛋白质分解指数应不低于90%。可用作食品饮料的蛋白质配料和肉制品、乳制品的增量剂,还可作食品的特殊功能添加剂(如乳化剂、发泡剂等)。在以纺丝蛋白(大豆组织蛋白的一种)为基料配制高级仿肉制品时,分离蛋白是重要的配料。

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