甘蔗制糖

  • 网络cane sugar manufacture;cane sugar manufacturing
甘蔗制糖甘蔗制糖
  1. 本文对国内外甘蔗制糖工业中广为应用的渗滤式渗出器的渗滤速率进行了研究。甘蔗制糖造纸厂三废综合治理利用实践

    The percolation rate of the cane diffuser used extensively in cane sugar manufacture has been investigated . Comprehensive Treatment and Utilization Practice of Wastes from Sugar and By-product Making process

  2. 影响甘蔗渗出器渗滤速率的几个主要因素的研究本文对国内外甘蔗制糖工业中广为应用的渗滤式渗出器的渗滤速率进行了研究。

    AN INVESTIGATION of SOME FACTORS AFFECTING the JUICE PERCOLATION RATE in the PERCOLATION TYPE DIFFUSERS The percolation rate of the cane diffuser used extensively in cane sugar manufacture has been investigated .

  3. 甘蔗制糖耗水量大。

    Sugar production from cane can use large quantities of water .

  4. 活性污泥法对甘蔗制糖加工废水处理的实践

    Activated Sludge Process of Sugar Cane Sugar Processing Wastewater Treatment Practice

  5. 农务管理自动化系统在甘蔗制糖生产中的应用

    Application of the automatic agriculture management control systemin the sugar manufacturing process

  6. 基于神经网络的甘蔗制糖结晶过程预测

    Predict During the Process of Refining Sugar and Crystallizing Based on Neural Networks

  7. 甘蔗制糖过程中颜色的形成、去除与防止研究进展

    Progress in Research of Color Formation , Removal and Prevention during Cane Sugar Processing

  8. 我国的甘蔗制糖企业一般建厂较早,厂区建筑陈旧,环境杂乱。

    Our plant cane sugar industry generally earlier , the old factory building , environmental clutter .

  9. 本文介绍了甘蔗制糖工艺的发展,气浮清净技术在国内外甘蔗制糖中的应用和发展,以及絮凝剂使用在甘蔗制糖上浮澄清工艺上的有关情况。

    This article applies the even design project to study two kinds of up-float clarifying technology systems on refine sugar-cane , acquires two ki .

  10. 长期以来,甘蔗制糖产业一直沿袭粗放的经济发展方式,一些地方和企业追求局部和短期目标,在经济利益的驱动下,引发了更为严峻的资源、环境与生态问题。

    For long time , driven by the economic benefits , some regions and enterprises pursued a partial and short-term target under the traditional developing patterns .

  11. 甘蔗制糖造纸厂三废综合治理利用实践中小型造纸厂废水处理方法探讨

    Comprehensive Treatment and Utilization Practice of Wastes from Sugar and By-product Making process The discussion on the methods of the wastewater of middle or less size paper-making factories

  12. 鉴于甘蔗制糖工业现行的蔗渣转光度分析方法明显存在着分析时间长、分析效率低等问题,提出了利用微波热技术对现行分析方法进行改良。

    Microwave heating was used to improve the existing analysis method for bagasse pol because of such problems as long analytic period and low analytic efficiency exist clearly in current method of cane sugar industry .

  13. 本文,在实践的基础上,通过直线回归法统计,获得了甘蔗制糖总排水的生化耗氧量与化学耗氧量的关系直线。

    This paper shows that the relational line between the BOD and COD in the total wastewater effluent of the cane sugar production can be obtained by applying the statistical method of linear regression on results from practical experiments done in this matter .

  14. 商业用蔗糖有两个主要来源&甜甘蔗和制糖甜菜。

    There are two principal sources of commercial sucrose-sugar cane and sugar beets .

  15. 背景:甘蔗蜡作为制糖工业的副产品,在非医药方面已有广泛的用途。

    BACKGROUND : As a by-product in sugar industry , sugar cane wax has been widely used in non-medical field .

  16. 制造淀粉过程中的残渣及类似的残渣,甜菜渣、甘蔗渣及制糖过程中的其他残渣,酿造及蒸馏过程中的糟粕及残渣,不论是否制成团粒。

    Residues of starch manufacture and similar residues , beet-pulp , bagasses and other waste of sugar manufacture , brewing or distilling dregs and waste , whether or not in the form of pellets .

  17. 甘蔗作为重要的制糖工业原料,其蔗糖分品质的优劣对制糖产业的发展至关重要。

    Due to the importance of sugarcane as a raw material for sugar industry , sucrose quality of sugarcane plays a key role in the development of sugar industry .

  18. 简要介绍国内甘蔗制糖业的基本情况,以及国外甘蔗制糖工业技术发展概况,对比分析国内外甘蔗制糖生产技术水平。

    The basic situation of cane sugar manufacturing industries in China and the tendency of technical manufacturing development at home and abroad were introduced briefly in this paper , and the technical level of cane sugar manufacturing industries at home and abroad were compared and analyzed .

  19. 在我国,近年来气候变化异常,极端低温频发,在甘蔗的生长后期常遭受自然低温伤害,低温使甘蔗生产和制糖工业生产的发展受严重影响,导致不同程度的经济损失。

    In China , different degrees of economic losses have been recorded every year in recent years due to abnormal climate damage , especially frequent occurrences of extreme low temperature during late growth stage , which have severely hampered the sustainable development of sugar cane and sugar industry .