The application of DY319 extractant for lithium battery recycling industry
DY319 extractant is a new type of extractant that promotes the development of the lithium battery recycling industry. Wet extraction technology using DY319 extractant...
Electroplating sludge treatment plan and metal recovery
Taking the three types of electroplating sludge samples sent by the customer as examples, treatment suggestions are provided from the experiment. After sampling and leaching,...
The applications of DY319 and DY272 extractants in lithium battery recycling industry
The development of the lithium battery recycling industry cannot be separated from the support of extraction technology. In the process of lithium battery recycling,...
Future Development Trends of Lithium Battery Industry
The electric vehicle industry in China is expanding rapidly, and the production and recycling of lithium batteries in the future must keep up with...
Invest African market for Copper leaching plant
We started invest African market for Copper leaching plant, now acquired a Copa copper company in Zambia as a foothold. It is preparing to...
The production method of the precursor material for nickel cobalt lithium manganese oxide cathode material (V)
The production method of the precursor material (Ni0.8Co0.1Mn0.1)O0.55 for nickel cobalt lithium manganese oxide cathode material involves two main steps: the preparation of nickel...
The production method of nickel cobalt lithium manganese oxide cathode material precursor (IV)
The production method of nickel cobalt lithium manganese oxide cathode material precursor (Ni0.4Co0.2Mn0.4) O1.05 involves several steps aimed at obtaining high-quality material with specific...
The production method of the precursor (Ni0.5Co0.2Mn0.3)O0.8 for nickel cobalt lithium manganese oxide cathode material (III)
The production method of the precursor (Ni0.5Co0.2Mn0.3)O0.8 for nickel cobalt lithium manganese oxide cathode material involves the following steps: Step 1: Preparation of nickel cobalt...
