电镀污泥浸出液,solution of electroplating
1)solution of electroplating电镀污泥浸出液
1.Using M 5640-sulfonated kerosene as extractant and H2SO4 as strippant,selective extraction of copper from acidicsolution of electroplating has been made,and determinated the best technology conditions.采用M5640-磺化煤油作为萃取剂,H2SO4为反萃剂,对电镀污泥浸出液中的铜进行选择性萃取实验,确定了萃取铜及反萃的最佳工艺参数。
英文短句/例句
1.The Study of Selective Extraction of Copper from Acidic Solution of Electroplating从电镀污泥浸出液中选择性萃取铜的研究
2.Study on Heavy Metal Removal and Copper and Nickel Recovery from Electroplating Sludge酸浸电解法回收电镀污泥中铜和镍的工艺研究
3.Hydrothermal Synthesis of Doped Fe_3O_4 of Electroplating Sludge电镀污泥水热合成掺杂的四氧化三铁
4.To galvanize or plate(metal)by immersion.电镀通过浸泡镀涂金属
5.The Study on the Recycle Treatment of Electroplating Sludge in Chongqing Fenghuang Electroplating Industrial Park重庆市凤凰电镀工业园电镀污泥资源化利用研究
6.Effects of Cement Solidification on Heavy Metal Extraction From Polluted Pond Sludge in Qingshuitang Region株洲清水塘镉污染水塘污泥水泥固化的浸出效果研究
7.Lead Chromate Production from Chromium Electroplating Wastewater and Sludge电镀含铬废水及其沉淀污泥中铬的回收工艺
8.Extraction of Chromium from Electroplating Sludge by Sodium Oxidization Method钠化氧化法回收电镀污泥中铬的试验研究
9.Resources Technology and Foreground on Electroplating Sludge Hydrometallurgical Processes for Recycling Heavy Metals电镀污泥的重金属湿法回收资源化技术及展望
10.Research on the extraction process of chromium from electroplating sludge by intermediate temperature roasting-sodium oxidization method中温焙烧/钠化氧化法回收电镀污泥中的铬
11.To coat with tin, either by dipping or electroplating.镀锡在…镀锡，通过浸染或电镀的方式
12.Leaching of Copper from Sludge Produced by Printed Circuit Board Industry印刷线路板生产中含铜污泥的浸出研究
13.During electroplating, based on the principle of electrolysis, dials are immersed into several successive baths through which an electric current is run.电镀期间，依据电解原理，将表盘浸入带有电流的液缸中若干次。
14.Study on the Technology of Extracting Iron from Red Mud Lixivium by N235 Extraction用N235从赤泥浸出液中提取铁的工艺研究
15.Study on Leaching Property of Lead Mud in Waste Lead-acid Batteries and Its Leaching Condition by Chloride Leaching;废铅蓄电池中铅泥浸出特性及氯盐法浸出条件研究
16.Effect of Used Battery Lixivium on Growth of Lemna minor废电池浸出液对青萍(Lemna minor)生长的影响
17.Cu,Zn form Transform and Effect on Leaching Toxicity in Solidification Sludge固化污泥中Cu、Zn形态的转化及对浸出毒性的影响
18.Recovery of Copper from Sewage Sludge by Bioleaching-Solvent Extraction-Electrodeposition Process城市污泥中Cu回收研究:生物沥浸-溶剂萃取-电积沉Cu技术
相关短句/例句
sludge extract污泥浸出液
1.Copper and zinc insludge extract were removed by improved ferrite coprecipitation process using lime milk as neutralization reagent.采用改进铁氧体共沉淀法,用石灰乳溶液作中和剂,从污泥浸出液中去除铜、锌。
3)electroplating sludge电镀污泥
1.Effect of different pretreatments on electrokinetic processes ofelectroplating sludge;不同预处理对电镀污泥电动过程的影响
2.Hydrothermal synthesis of compound ferrite and reclamation of copper fromelectroplating sludge;电镀污泥水热合成复合铁氧体与回收铜试验研究
3.Research progress of recovery and reclamation ofchromium fromelectroplating sludge;电镀污泥中铬的回收及其资源化研究进展
4)immersion plating浸液电镀
5)electroplated nickel mud电镀镍污泥
1.The article parlicular recommends the technology,material and apiece operating cell of reclaiming ammonia in the process of extraction nickel fromelectroplated nickel mud,moreover analyzed in theory and testing the technology condition of apiece the operating cell.介绍了电镀镍污泥浸出工艺中氨回收的工艺流程、使用原材料和各单元操作,并对各单元操作的技术条件进行了理论分析和实践检验。
6)sludge extraction淤泥浸出液
1.In order to discuss the waste water′s pollution degree and the peripheral biological heredity damage,the experiment with the broad bean root′s tip cell micronucleus monitor technology was carried on to mensurate the effect ofsludge extraction of Linggang river on micronucleus rate of broad bean.为探讨洗水印染企业废水和生活污水排放对环境的污染程度以及对周边生物的遗传损伤,研究利用蚕豆根尖细胞微核监测技术对位于广州番禺区灵岗河段淤泥浸出液和污水引发的环境情况进行了测定。
延伸阅读
浸出液处理浸出液处理leach solution treatment!InChuye Chul-浸出液处理(leaeh solution treatment)除去浸出液中的杂质，回收其中有用组分的过程。是化学选矿的基本作业之一，包括浸出液净化、富集、固液分离、除去杂质和制取化学精矿，以及最终回收有用组分。矿物原料经浸出和固液分离作业后，一般获得澄清的浸出液和经过洗涤的浸出渣。如果浸出作业浸出的是杂质组分，则浸出渣为最终精矿;浸液中所含的杂质组分若尚有回收价值时，可送去回收，否则可经处理后返回到相关作业或者废弃。如果浸出的是有用组分，则浸液送后续工序回收有用组分;浸渣若无回收价值，可送尾矿库堆存，如还含某些有用组分时，则送后续工序，用物理或化学选矿方法回收相应的有用组分。浸出混合精矿时，浸渣为矿物精矿，浸液则送去回收相应的有用组分。浸出液的处理方法主要取决于浸液中有用组分的含量、化学组成、相关组分的化学性质及有关经济因素。浸液中有用组分含量高时，可直接采用化学沉淀法、金属笠换法、试剂还原沉积法和不溶阳极电积法生产化学精矿，也可用物理选矿法回收浸液中的有用组分。浸液中有用组分含量低时，直接生产化学精矿的产品纯度低，金属回收率低，此时宜采用化学沉淀法、离子交换吸附法、炭吸附法或有机溶剂革取法等预先进行净化、富集，除去其中的大部分杂质而获得有用组分含量较高的净化液，然后采用化学沉淀法、金属置换法、试剂还原沉积法或不溶阳极电积法从净化液中制取高质量的化学精矿。 (黄礼煌)
