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Smelter

Informational Guide on the Duskwork's Smelter and trivia on previous usage from the Ad Astra Landings.

While not the most immediate concern when landing on Mars, a smelting device housed within a large building able to process a large variety of ore into metal is incredibly useful for sustained existence on the planet. Ad Astra Development Zone features several hundred of these smelter modules outputting hundreds of tons of ingots per day using ore dug up from the Martian Regolith.
The Duskworks's smelters are a faithful recreation of the original smelters used on the Ad Astra Development Zone, albeit with some tweaks and changes to their efficiency. Including greater handling of byproduct and speed increases.
Red Planet smelting processes are a bit more complex than smelting back on Earth. In one example, smelting steel back on Earth involves the usage of coke to supplement the carbon needed to fabricate steel. On Mars however, large expeditionary mining and searching has never located any tracts of coal. Therefore, in order to create steel, massive distillers grab carbon dioxide out of the air and bring it within the smelter where it undergoes an electrolysis reaction to split the CO2 into carbon and oxygen. 
"Electrolysis of carbonates in anhydrous environment can produce either CO+O2CO+O2CO+O2
 or C+O2C+O2C+O2
depending on conditions. A base, remaining in electrolyzed liquid then can capture carbon dioxide from other sources and be recirculated.
Reference: L. Massot, P. Chamelot, F. Bouyer, P. Taxil; Electrodeposition of carbon films from molten alkaline fluoride media. Electrochimica Acta, 2002, 47 (12), 1949-1957. https://doi.org/10.1016/S0013-4686(02)00047-6"
 -Answer by Stack Exchange Author: permeakra​
​https://chemistry.stackexchange.com/a/939​
The output chart for these recreated smelters are as follows:
Aluminum
Titanium
Steel
Iron
Copper
Glass
Input
Output
1000 Regolith
2-5 Aluminum Ore (100%)
40 Power
1-10 Aluminum Ore (11.11%)
5 Stamina
​
Input
Output
2500 Regolith
2-5 Titanium Ore (100%)
40 Power
1-10 Titanium Ore (11.11%)
4 Stamina
​
Input
Output
10 Carbon Dioxide
2-5 Steel (100%)
15 Iron Ore
1-10 Steel (11.11%)
40 Power
1-5 Barite (11.11%)
3 Stamina
​
Input
Output
500 Regolith
2-5 Iron Ore (100%)
40 Power
1-10 Iron Ore (11.11%)
2 Stamina
​
Input
Output
1500 Regolith
2-5 Copper Ore (100%)
40 Power
1-10 Copper Ore (11.11%)
3 Stamina
1-5 Barite (11.11%)
Input
Output
300 Regolith
1-4 Glass (100%)
20 Power
​
4 Stamina
​
1 Machining Tools
​
Glass Recipe
​
20 Machining Level
​
Smelt Silicon
Input
Output
100 Regolith
1 Raw Silicon Crystal (100%)
3 Carbon Dioxide
1 Raw Silicon Crystal (11.11%)
40 Power
​
1 Stamina
​
Smelter Building Size
Task Slots
Smelter Rarity
Smelter Size
Common
25
Uncommon
30
Rare
35
Epic
30
Legendary
25
Mythic
20

Input	Output
1000 Regolith	2-5 Aluminum Ore (100%)
40 Power	1-10 Aluminum Ore (11.11%)
5 Stamina

Input	Output
2500 Regolith	2-5 Titanium Ore (100%)
40 Power	1-10 Titanium Ore (11.11%)
4 Stamina

Input	Output
10 Carbon Dioxide	2-5 Steel (100%)
15 Iron Ore	1-10 Steel (11.11%)
40 Power	1-5 Barite (11.11%)
3 Stamina

Input	Output
500 Regolith	2-5 Iron Ore (100%)
40 Power	1-10 Iron Ore (11.11%)
2 Stamina

Input	Output
1500 Regolith	2-5 Copper Ore (100%)
40 Power	1-10 Copper Ore (11.11%)
3 Stamina	1-5 Barite (11.11%)

Input	Output
300 Regolith	1-4 Glass (100%)
20 Power
4 Stamina
1 Machining Tools
Glass Recipe
20 Machining Level

Input	Output
100 Regolith	1 Raw Silicon Crystal (100%)
3 Carbon Dioxide	1 Raw Silicon Crystal (11.11%)
40 Power
1 Stamina

Smelter Rarity	Smelter Size
Common	25
Uncommon	30
Rare	35
Epic	30
Legendary	25
Mythic	20

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Last modified 8mo ago