制糖废水,sugar wastewater
1)sugar wastewater制糖废水
1.Study on beetsugar wastewater treatment;甜菜制糖废水治理的探索
2.milk wastewater,sugar wastewater,starch wastewater and monosodium glutamate wastewater are high concentration organic wastewater.介绍了国内乳品废水、制糖废水、淀粉废水、味精废水处理技术及资源化进展。
英文短句/例句
1.Rice-husk Composting as Seedling Medium Boosted By Sugar Refinery Wastewater制糖废水促进稻壳腐熟用作育苗基质的研究
2.The Preparation and Usage in Waste Water of Chitosan Ultra Filtration Membrane;壳聚糖膜的制备及在废水处理上的应用
3.Pilot Studies on Combined Process of ABR-MBBR for Beet Sugar Wastewater and Straw-pulp Wastewater Treatment;ABR-MBBR组合工艺处理制糖和造纸废水的中试研究
4.The preparation of the modified chitosan and its application in treating the electroplating chromium-containing wastewater改性壳聚糖的制备及在电镀含铬废水中的应用
5.Treatment of starch,glucose and vitamin B_(12) wastewater by UASB-A/O processUASB—A/O工艺处理淀粉、淀粉制糖、VB_(12)混合废水
6.Activated Sludge Process of Sugar Cane Sugar Processing Wastewater Treatment Practice活性污泥法对甘蔗制糖加工废水处理的实践
7.Reclaiming lactose in dairy wastewater by nanofiltration process纳滤技术回收乳制品废水中乳糖的研究
8.Fermentative bio-hydrogen may produce continuously hydrogen by molasses, it may not only callback garbage but also produce energy.利用甜菜制糖废蜜、废水作为底物进行连续流生物制氢，既可回收废物又能生产能源。
9.A Preliminary Study on the Preparation of Chitosan Ulfiltration Membrane and Its Application on the Treatment of Aquatic Product Processing Wastewater;壳聚糖超滤膜制备及其在水产品加工废水处理中的应用
10.The Study on Optimization of Preparation and Application in Wastewater Treatment of O,N-Carboxymethyl Chitosan;O，N-羧甲基壳聚糖的制备工艺优化与废水处理应用研究
11.Study on Catalyst of Catalytic Wet Air Oxidation and on the Treatment of Molasses Alcohol Wastewater;湿式氧化催化剂的研制及其在糖蜜酒精废水处理中的应用
12.Preparation of Chitosan Flocculant by Microwave and Application to Treatment of Wastewater with Highly Concentrated Protein;壳聚糖絮凝剂的微波制备及在高蛋白含量废水处理中的应用
13.Preparation of Chitosan Derivatives and Their Application of Treatment with the Waste Water from the Middle Process in Making Paper;壳聚糖系列絮凝剂的研制及在造纸废水处理中的应用研究
14.Preparation and Investigation of Flocculating Property of the Chitosan Complex Flocculation in Wastewater Treatment;用于废水处理的壳聚糖复合絮凝剂的制备与性能研究
15.Study of Recovery of Acetic Acid from Furfural Wastewater and Furfural Production from Xylose Mother Liquor;糠醛废水中醋酸的回收及木糖母液制备糠醛的研究
16.A Preliminary Study on Preparation of CS Modified Membrane and Its Application on the Treatment of Seafood Processing Wastewater;壳聚糖改性膜制备及其对海产品加工废水处理研究
17.The Preparation of Chitosan from Crust of Crab and It’s Application in the Spent Steel Pickle Liquor Treatment由蟹壳制备壳聚糖及其在钢洗废水中回收镍镉的应用
18.Preparation and Treatment Waste Paper Water of Chitosan Grafted Polymeric Flocculent壳聚糖接枝高分子絮凝剂制备及处理造纸废水研究
相关短句/例句
sugar factory wastes制糖厂废水
3)xylose and xylitol pharmaceutical wastewater糖醇制药废水
1.Treatment of highly concentratedxylose and xylitol pharmaceutical wastewater;高浓度糖醇制药废水的处理
4)wastewater from amylose production淀粉制糖废水
1.Application of biofilm-activated sludge united technology to the treatment ofwastewater from amylose production;生物膜/活性污泥联合工艺处理淀粉制糖废水
5)beet sugar wastewater甜菜制糖废水
6)sugar industry wastewater制糖工业废水
延伸阅读
制糖制糖sugarproduction从甘蔗或甜菜等含糖植物中提取蔗糖的生产过程。产品有白砂糖、赤砂糖、绵白糖、方糖和冰糖等，统称食糖。甘蔗的茎秆和甜菜的块根都含有12％～18％的蔗糖，它和一些可溶性非糖（包括含氮和无氮有机物以及矿物质等）混存于薄壁组织的细胞液中，即糖汁。制糖过程就是利用渗浸或压榨提出糖汁，然后除去非糖成分，再经蒸发、浓缩和煮糖结晶，最后用离心分蜜机分去母液而得白砂糖成品，含有不能结晶的部分蔗糖和大部分非糖的母液即废糖蜜。甘蔗制糖工序包括：①提汁。蔗茎在压榨车间的运带上被迅速回转的刀群斩切，再经撕裂机破碎，然后连续经4～7台三辊压榨机顺水榨出蔗汁。由撕裂机和第一台压榨机流出的蔗汁称混合汁。②清净。混合汁中含有各种非糖分，须经清净处理后才能进一步加工。应用较广的方法有石灰法和亚硫酸清净法。石灰法多用于制造甘蔗原糖。③蒸发。经过清净后的清汁经预热后放入内装加热汽鼓的立筒式蒸发罐，通入热蒸汽，使糖汁受热而蒸发浓缩，成为可以煮糖结晶的糖浆。④煮糖、助晶、分蜜。将糖浆抽入煮糖罐在真空下进一步加热蒸发。待蒸发浓缩到一定的过饱和度后，即可投入糖粉起晶。随后继续不断地加入糖浆或糖蜜，使晶粒逐渐长大，直到全罐内形成含晶率和母液浓度都符合规定的糖膏，即可放罐。放出的糖膏经助晶槽流入分蜜机，利用离心力分去母液，留在机中的结晶糖经打水、洗涤，卸出干燥后即为砂糖成品。分出的母液，即糖蜜还可第2次、第3次煮糖、分蜜。⑤原糖精炼。先在原糖汁中加入糖蜜进行洗涤后，由离心机再次分离，并将晶粒洗净；再加少量石灰乳并用硅藻土过滤；通过脱色得精糖液。甜菜制糖过程为：甜菜洗净经切丝机切成角铁形菜丝，连续进入渗出器后随热水逆向对流，使菜丝中的糖分和部分非糖扩散水中，得渗出汁。除渣、计重后，用双碳酸法清净处理，得到清汁后的工序与甘蔗制糖基本相同。制糖产品除砂糖外还有糖品。①绵白糖。中国甜菜糖厂的主要产品，制法同白砂糖，只是煮糖时起晶粒数更多、养晶时间更短，分蜜后加上2％的转化糖浆，经干燥粉碎即得。②方块糖。通过煮糖、养晶，使晶粒大小适度，分蜜时晶粒表面保留少量水分，随即趁热将湿糖压条、切块，干燥后即得。③冰糖。一般采用静置结晶法。即将白砂糖加水溶化、煮沸，加进少量豆浆或卵白，借助蛋白质的热凝固彻底清除其中的杂质，过滤得的清糖汁放在敞口锅内熬成糖浆。在结晶容器中放入晶核，糖分围绕晶核逐渐养大，再经分蜜，干燥即得。④液体糖。精糖加水溶解或用糖浆加少量活性炭粉末过滤均可制得。液体糖在贮运过程中应不析出晶体。
