Metals are important engineering materials, and are produced from non-renewable natural resources. This chapter starts with the criticality and scarcity issue of metals and metal resources. Then various available extraction and refining technologies and processes are introduced for primary production and recycling of metals. The principles of pyrometallurgy, hydrometallurgy and electro-metallurgy (electrowinning and electro-refining) are described for primary production of metals. The applications of metallurgical technologies to metals recovery from secondary resources (metal scrap and waste residues), i.e. recycling of metals, are discussed. As the last part, the extraction and recycling of cobalt, one of the most critical metals, is give...
Pyrometallurgy and hydrometallurgy are two routes usually implemented to recover valuable metals fro...
This first chapter of Critical Metals Handbook begins with definitions of certain key concepts and t...
Critical metals are significantly important in the preparation of high-tech materials associated wit...
The transition to low-carbon economies, advancements in high-tech and rapid uptake of electronic equ...
Mining of raw materials, metals processing, and recovery are crucial for our wellbeing, development ...
The increased requirement of critical metals due to green technologies needs, together with the geop...
The increased requirement of critical metals due to green technologies needs, together with the geop...
Extractive metallurgy as a discipline deals with the ext-raction of metals from naturally occurring ...
This chapter presents a synthesis of key concepts concerning the potential application of in situ le...
This chapter presents a synthesis of key concepts concerning the potential application of in situ le...
The need to drive towards sustainable metal resource recovery from end-of-cycle products cannot be o...
The importance of metal recycling is highlighted. A brief overview of technology used in the rec...
This chapter presents a synthesis of key concepts concerning the potential application of in situ le...
This multi-author new edition revises and updates the classic reference by William G. I. Davenport e...
Most primary metal production includes some hydrometallurgical processing to obtain a finished metal...
Pyrometallurgy and hydrometallurgy are two routes usually implemented to recover valuable metals fro...
This first chapter of Critical Metals Handbook begins with definitions of certain key concepts and t...
Critical metals are significantly important in the preparation of high-tech materials associated wit...
The transition to low-carbon economies, advancements in high-tech and rapid uptake of electronic equ...
Mining of raw materials, metals processing, and recovery are crucial for our wellbeing, development ...
The increased requirement of critical metals due to green technologies needs, together with the geop...
The increased requirement of critical metals due to green technologies needs, together with the geop...
Extractive metallurgy as a discipline deals with the ext-raction of metals from naturally occurring ...
This chapter presents a synthesis of key concepts concerning the potential application of in situ le...
This chapter presents a synthesis of key concepts concerning the potential application of in situ le...
The need to drive towards sustainable metal resource recovery from end-of-cycle products cannot be o...
The importance of metal recycling is highlighted. A brief overview of technology used in the rec...
This chapter presents a synthesis of key concepts concerning the potential application of in situ le...
This multi-author new edition revises and updates the classic reference by William G. I. Davenport e...
Most primary metal production includes some hydrometallurgical processing to obtain a finished metal...
Pyrometallurgy and hydrometallurgy are two routes usually implemented to recover valuable metals fro...
This first chapter of Critical Metals Handbook begins with definitions of certain key concepts and t...
Critical metals are significantly important in the preparation of high-tech materials associated wit...