Recent developments in the application of microwave energy in process metallurgy at KUST

Kunming University of Science and Technology (KUST) has successfully developed, designed, fabricated and installed industrial microwave units for (i) removal of halides, (ii) activation of carbon, (iii) heating of dust laden air in electrostatic precipitators, (iv) drying of water based paints, and...

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Vydané v:Mineral processing and extractive metallurgy review Ročník 39; číslo 3; s. 181 - 190
Hlavní autori: Shaohua, Ju, Singh, Pritam, Jinhui, Peng, Nikoloski, Aleksandar N., Chao, Liu, Shenghui, Guo, Das, R.P., Libo, Zhang
Médium: Journal Article
Jazyk:English
Vydavateľské údaje: Philadelphia Taylor & Francis 04.05.2018
Taylor & Francis Ltd
Predmet:
application
Coils
Cold rolling
Drying
Electrostatic precipitators
Energy consumption
examples
Hafnium
Halides
Heating
Metallurgy
Metals
Microwave
Pickling
Precipitators
process
Process metallurgy
Reaction time
technology
Titanium alloys
Titanium base alloys
ISSN:0882-7508, 1547-7401
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Abstract Kunming University of Science and Technology (KUST) has successfully developed, designed, fabricated and installed industrial microwave units for (i) removal of halides, (ii) activation of carbon, (iii) heating of dust laden air in electrostatic precipitators, (iv) drying of water based paints, and (v) heating of the HF pickling solution for cold rolled titanium alloy coils. This review article provides a summary of these process metallurgy applications. It is found that the use of microwave energy can increase the process efficiency, giving advantages, such as lower reaction temperature and shorter reaction time compared to traditional processes. 可显著降低反应温度、缩短时间，具有强化作用
AbstractList (ProQuest: ... denotes non-USASCII text omitted)Kunming University of Science and Technology (KUST) has successfully developed, designed, fabricated and installed industrial microwave units for (i) removal of halides, (ii) activation of carbon, (iii) heating of dust laden air in electrostatic precipitators, (iv) drying of water based paints, and (v) heating of the HF pickling solution for cold rolled titanium alloy coils. This review article provides a summary of these process metallurgy applications. It is found that the use of microwave energy can increase the process efficiency, giving advantages, such as lower reaction temperature and shorter reaction time compared to traditional processes.[...],[...]
Kunming University of Science and Technology (KUST) has successfully developed, designed, fabricated and installed industrial microwave units for (i) removal of halides, (ii) activation of carbon, (iii) heating of dust laden air in electrostatic precipitators, (iv) drying of water based paints, and (v) heating of the HF pickling solution for cold rolled titanium alloy coils. This review article provides a summary of these process metallurgy applications. It is found that the use of microwave energy can increase the process efficiency, giving advantages, such as lower reaction temperature and shorter reaction time compared to traditional processes. 可显著降低反应温度、缩短时间，具有强化作用
Author Chao, Liu
Libo, Zhang
Shaohua, Ju
Jinhui, Peng
Shenghui, Guo
Singh, Pritam
Nikoloski, Aleksandar N.
Das, R.P.
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  givenname: Pritam
  surname: Singh
  fullname: Singh, Pritam
  organization: School of Engineering and Information Technology, Murdoch University
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  givenname: Peng
  surname: Jinhui
  fullname: Jinhui, Peng
  organization: Key Laboratory of Unconventional Metallurgy, Ministry of Education, Kunming University of Science and Technology
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  surname: Libo
  fullname: Libo, Zhang
  organization: Key Laboratory of Unconventional Metallurgy, Ministry of Education, Kunming University of Science and Technology
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SubjectTerms application
Coils
Cold rolling
Drying
Electrostatic precipitators
Energy consumption
examples
Hafnium
Halides
Heating
Metallurgy
Metals
Microwave
Pickling
Precipitators
process
Process metallurgy
Reaction time
technology
Titanium alloys
Titanium base alloys
Title Recent developments in the application of microwave energy in process metallurgy at KUST
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