目的研究黄姜皂素清洁生产工艺。
Objective To study the clean production technology of diosgenin.
不同单株根状茎产量和皂素含量不同。
The yield and diosgenin content of underground stem were different in different plants.
皂素在世界医药学方面有重要的作用。
对粗茶皂素的提取纯化工艺进行了研究。
A simple purification method for crude tea saponin was described.
皂素是合成甾体激素类药物的重要原料。
Diosgenin is important raw material of making steroidal medicine.
因此，皂素废水治理必须走综合利用的道路。
So the administration of saponin wastewater should be tackled in a comprehensive way.
目的：研究茶油枯中茶皂素的分离、提取工艺。
Objective: To study the technology of extracting tea saponin from the pressed tea seed.
主要成份：代代花，茯苓，甲壳素，清脂皂素等。
Main compositions Sour orange, tuckahoe, carapace element, fat - removing saponin etc.
本发明涉及一种复合茶皂素及其制备方法和用途。
The invention relates to composite tea saponin, a preparation method thereof and use thereof.
分析了皂素生产废水中的主要污染物种类、含量。
The kinds of pollutant and the content were analysed in the saponin productive process.
本发明提供了一种黄姜皂素工业废酸液的回用方法。
The invention provides a method for reusing yellow-ginger saponin industrial waste acid solution.
本试验研究为皂素酸洗废水的彻底治理奠定了试验基础。
This experiment founded the testing basis for the thoroughly disposal of the acidic dioscorea wastewater.
黄姜皂素生产废渣是黄姜提取薯蓣皂素后的固体废弃物。
The diosgenin solid waste originate from Yellow Ginger after extracting diosgenin.
目的：观察茶皂素对壬苯醇醚(N 9)的杀精增效作用。
Objective: To study the effect of tea saponin in ameliorating nonoxynol (N-9) spermicidal action in vitro.
目的观察茶皂素对大鼠局灶性脑缺血再灌注损伤的保护作用。
Objective: To observe the protective effect of tea saponin on Focal cerebral ischemia-reperfusion injury.
目的研究光合细菌对皂素生产废水的处理效果及其影响因素。
Aim to study the effects and influence factors of treating wastewater from saponin manufacturing by photosynthetic bacteria.
这些结果表明，茶皂素可以抑制原虫，从而抑制甲烷的生成。
Tea saponin inhibited protozoa and then reduced methane production, while it did not have significant effect on methanogens.
所以，研究出合理可行的黄姜皂素生产废水处理方案事不宜迟。
So reasonable and feasible schemes for saponin wastewater treatment should be carried out as soon as possible.
采用AB - 8大孔吸附树脂对茶皂素成品进行纯化，提取标准品。
After purifying the finished tea saponin with macroporous adsorption resin AB-8, we extracted the standard samples.
通过小型批量试验，对酵母菌处理皂素生产废水的技术条件进行了研究。
With small batch experiments, the technical conditions for treatment of saponin manufacturing wastewater by yeast were studied.
分析了皂素生产废水中的主要污染物种类、含量，并提出污水治理对策。
The kinds of pollutant and the content was analysed in the saponin productive process, and put forwarded the treatment countermeasure.
皂素生产废水是一种酸性高浓度有机废水，富含淀粉水解产生的大量糖类。
Saponin manufacturing wastewater is of high acidic organic and with plenty of carbohydrates produced in the process of amylum hydrolysis.
本发明公开了一种烯唑醇和茶皂素复配的杀菌组合物、其制备方法及应用。
The invention discloses a sterilizing composite compounded by diniconazole and tea saponin, a preparation method and the application thereof.
本文系统地介绍了油茶皂素的加工和利用，并对皂素应用前途提出了倡议。
This paper system represent make and use of sapogenin, at once for future of sapogenin said a number of promotion.
本文报导油茶籽皂素的理化特性及其与茶籽皂素、白皂素理化特性的比较。
The present paper reported the physicochemical characteristics of saponin from the seed of Camellia oleifera and the comparison of these characteristics with theasaponin and saponin white.
茶皂素资源丰富，价格低廉，对环境无污染，是具有开发前景的植物杀螺剂。
Tea saponin's easy availability, low price, botanical origin, and non-pollution characteristic favor its broad developing prospects.
我们提取的油茶籽皂素具有水溶性好、抗硬水能力强、泡沫持久性好等特点。
The saponin solated from the seed of Camellia oleifera possessed good water solubility, strong resistance to hard water and excellent foaming persistence.
结论双分离法为黄姜皂素清洁生产工艺，资源利用程度高，且生产周期缩短。
ConclusionThe double-separation is clean production technology of diosgenin. The utilization rate of yam increases. Furthermore, the period of this process is greatly shorter than pre-fermentation.
解决了黄姜皂素残渣处置的问题，可以节约煤炭资源，降低燃烧污染物的排放。
The new process not only has solved the problem of handling of the saponin residue of yam but also economize coal and reduce pollutants emission.
结论：我国茶资源十分丰富，对茶皂素进行开发、应用前景广阔，经济效益明显。
Conclusion: There is abundant tea resource in China, so the development of the tea saponin may have bright future and remarkable economic benefit.
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