湿法冶金学：将矿石中的金属溶解（例如用它的一种盐），再从溶液中回收金属的提取方法。
运用湿化学法对栾川钼尾矿中有价金属元素进行回收利用，实现了铁、钙、镁的提取和分离。
这对于解决含结合氧化铜较高的金属尾矿的湿法冶金无疑是一个好方法。
对废铅酸蓄电池渣泥中硫酸铅脱硫和二氧化铅还原湿法过程进行研究。
本文介绍了世界上湿法炼铜技术最新的进展以及在中国的发展前景。
我国湿法炼锌过程中的镓锗一直无法得到有效地综合回收。
加压湿法冶金处理含铂族金属铜镍硫化矿的应用及研究进展
1·Acidithiobacillus thiooxidans are often used in the biological hydrometallurgy.
嗜酸氧化硫硫杆菌常被应用于生物湿法冶金。
2·Treating printing and dyeing wastewater and hydrometallurgy of sulphide mineral are two important tasks with practical value.
印染废水的处理和硫化矿物的湿法冶金是两个具有实用价值的研究课题。
3·The separation of Zinc and Cadmium are often problem as Cobalt and Nickel in hydrometallurgy, environmental protect and analytical chemistry.
锌、镉分离与钴、镍分离一样，是湿法冶金、环保及分析化学领域里经常遇到的问题。
4·Projects on rare earth hydrometallurgy, including rare earth concentrate treatment, rare earth seperation and purification, etc.
稀土湿法冶金项目，包括精矿处理、稀土分离和提纯等方面；
5·The saving-energy and reducing-consume principle for gas diffusion anode(GDA) used in hydrometallurgy is described.
介绍气体扩散阳极（氢扩散阳极）在湿法冶金上的节能降耗原理。
1·Adsorption equilibrium on quaternary ammonium resin in uranyl sulphate solution, which is similar to composition used in uranium hydrometallurgy, was studied by chemical equivalent method.
本文采用化学当量法研究了季铵树脂在组成接近铀水冶条件的硫酸铀酰-硫酸钠溶液中的吸附平衡。
2·An short introduction of the progress on the hydrometallurgy of uranium is given.
本文重点介绍了十年来国内铀水冶科学技术的新进展。
3·The uranium ore processing technology based on the AFL process will become one of the new basic technologies of uranium hydrometallurgy.
以该法为基础的铀矿加工流程将可成为我国新一代铀水冶基本流程之一。
4·Some wastes have been produced in the uranium hydrometallurgy process, and the radionuclide in the wastes has long-term potential harms to the surface water and groundwater.
铀水冶生产过程中产生一定的废物，其中的放射性核素能对地表水和地下水构成长期潜在危害。
5·According to control requirements of uranium leaching solution process, the paper discusses the completion of automation for uranium hydrometallurgy process by using SCADA and PLC.
根据铀浸出液处理过程控制的要求，本文论述了如何用监控组态软件结合PLC可编程序控制器完成对铀水冶的自动控制。