Energy, exergy, economic and environmental (4E) analyses of a cleaner fused magnesia system

Based on the basic theories of thermal economics and thermal engineering, a magnesia factory in Liaoning Province was chosen as a research object. Researchers construct the production flow structure of different fused magnesia processes and establish mathematical models that consider calculating exergy income, exergy cost, exergy transfer, and carbon emission. The changes in the system economy and environmental protection of different production processes are analyzed through calculation. The results show that the cleaner fused magnesia system has unique advantages in exergy economic income and carbon emission.

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Energy, exergy, economic and environmental (4E) analyses of a cleaner fused magnesia system

Cited by 3 publications

References 18 publications

Multiple element approach to P recovery and recycling: A green and sustainable strategy by using fused magnesia waste ash

Multiple element approach to P recovery and recycling: A green and sustainable strategy by using fused magnesia waste ash

Marine temperature and humidity regulation combined system: performance analysis and multi-objective optimization

Performance evaluation of fused magnesia production process based on exergy-economics and environmental-economics analysis

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