采用CCFSLET污水自动净化器处理木糖醇生产过程中的废水。
CCFSLET reactor was used to treat wastewater produced by xylitol.
简要介绍了木糖醇的生理功能及其在食品工业中的生产及应用。
The physiological function of xylitol and its production and applications in food industry were briefly introduced in the paper.
使用此技术可以得到高纯度的木糖(99.84%)和木糖醇(99.96%)产品溶液，并大大提高了生产强度。
The purity of xylose and xylitol was 99.84% and 99.96% by this technique, respectively. Also the production intensity was improved largely.
发酵工艺生产木糖醇无需木糖的纯化步骤，是取代化学合成法的一条可行工艺路线。
The fermentative process of producing xylitol is an better alternative than conventional chemical process, since it does not require initial xylose purification.
发酵工艺生产木糖醇无需木糖的纯化步骤，是取代化学合成法的一条可行工艺路线。
The fermentative process of xylitol is an interesting alternative to conventional chemical process, since it does not require initial xylose purification.
综述了发酵法生产木糖醇的菌种、生产过程中的影响因素以及木糖醇的发酵工艺。
The strains of xylitol fermentation and the affecting factors during fermentation and the fermentation technology were reviewed in this paper.
介绍了木糖醇的生产方法和生产工艺。
The technology and methods of producing xylitol are introduced.
本文对滴流床中压加氢生产木糖醇的工艺进行了研究。
The hydrogenation of xylose aqueous solution has been studied in pressure elevated trickle bed reactor.
重点介绍了以稻秸为原料，采用热带假丝酵母生物发酵法生产木糖酵的技术，并简述了木糖醇的应用。
The technique of producing it from rice straw by biological fermentation with Candida tropicalis is focused upon. In addition, the use of xylitol is briefly described.
木糖醇是一种五碳糖醇，已被广泛应用于食品、医药和化工等领域，利用微生物发酵生产木糖醇成为目前研究热点。
Xylitol, a five carbon sugar alcohol, owing to its unique properties, began to be frequently used in food, medicine and chemical industries.
木糖醇是一种五碳糖醇，已被广泛应用于食品、医药和化工等领域，利用微生物发酵生产木糖醇成为目前研究热点。
Xylitol, a five carbon sugar alcohol, owing to its unique properties, began to be frequently used in food, medicine and chemical industries.
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