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Conceptual design for lower-energy primary aluminum
Noel Warner
Chemical Engineering
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Article
11
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Physics & Astronomy
aluminum
66%
carbon
65%
reactors
44%
aluminum oxides
31%
hearths
29%
assimilation
29%
energy
28%
impellers
24%
energy consumption
23%
slags
22%
electricity
21%
refractories
21%
heaters
20%
metals
19%
rare gases
18%
atmospheric pressure
17%
graphite
16%
pumping
16%
heat
12%
heating
12%
gases
10%
Engineering & Materials Science
Conceptual design
100%
Aluminum
75%
Carbon
73%
Alumina
38%
Gas lifts
26%
Metals
25%
Inert gases
23%
Atmospheric pressure
21%
Refractory materials
21%
Impellers
20%
Graphite
19%
Slags
19%
Electricity
14%
Heating
13%
Energy utilization
13%
Hot Temperature
9%
Chemistry
Hearth
51%
Elemental Carbon
48%
Carbon Atom
45%
Electricity
36%
Energy Consumption
35%
Noble Gas Atom
35%
Slag
33%
Heat
24%
Graphite
23%
Length
19%
Pressure
18%
Time
11%