A series of technical research and industrial experiments have been carried out [1-5], and a deep knowledge in energy-saving technology system for aluminum electrolysis has been formed. Aluminum Electrolysis Energy Saving Series Technology based on Steady Flow and Heat Preservation (FHEST) has been successfully developed.
Aluminum demand is predicted based on quasi-dynamic material flow. A comprehensive energy conservation and CO 2 emissions framework of the aluminum industry is analyzed. Cost-effectiveness of selected energy-saving technologies is evaluated. Policy suggestions for China''s future aluminum industry are given.
Fig. 1. China''s aluminum production profile . The average energy consumption for the electrolytic aluminum route is approximately 13555 kW·h/t ingot, whereas that for the recycled aluminum route is only 5% in comparison .
In the short term, China''s aluminum industry cannot achieve a completely circular economy without implementing new policies. The results also indicate that the energy intensity and CO 2 emissions per ton of aluminum will gradually decline under the multiple effects of technology promotion and structure adjustment.
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