Selective Precipitating and Separating for Utilization of Metallurgical Slag
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Beschreibung
This book applies the selective precipitating and separating technology firstly to pyrometallurgical processes to change the composition, morphology and other properties of metallurgical molten slag. In order to meet the requirements of beneficiation processing the artificial ore (slag), that are modified by selective precipitating and separating technology. Then, a series of beneficiation processes such as crushing, grinding, dissociation and classification are carried out on the modified slag, ultimately achieving the separating valuable elements from metallurgical slag and recycling. It is the world's first patented technology, which can realize the resource utilization of metallurgical slag.
This book applies the selective precipitating and separating technology firstly to pyrometallurgical processes to change the composition, morphology and other properties of metallurgical molten slag. In order to meet the requirements of beneficiation processing the artificial ore (slag), that are modified by selective precipitating and separating technology. Then, a series of beneficiation processes such as crushing, grinding, dissociation and classification are carried out on the modified slag, ultimately achieving the separating valuable elements from metallurgical slag and recycling. It is the world's first patented technology, which can realize the resource utilization of metallurgical slag.
Applies the selective precipitating and separating technology to pyrometallurgical processes Provides a variety of unique research methods to track the behavior, changes, and patterns of valuable elements in slag Introduces the examples of separating and recovering valuable elements from metallurgical slag
Autor*in
Zhitong Sui
Themen in »Selective Precipitating and Separating for Utilization of Metallurgical Slag«
Resource utilization Metallurgical slag selective precipitating and separating technology Value-adding technology Recycling of titanium Synchronous recycling