Editing Furnace temperature and pressure math
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*Combustion reaction formula: 1 O2 + 2 H2 -> 6 CO2 + 3 X + 593 107.3684 J ''(this energy value is an approximation, see discussions for details)'' | *Combustion reaction formula: 1 O2 + 2 H2 -> 6 CO2 + 3 X + 593 107.3684 J ''(this energy value is an approximation, see discussions for details)'' | ||
*Each press of ignite adds 5 J of energy to the furnace (only the advanced furnace was tested) ''(see discussions)'' | *Each press of ignite adds 5 J of energy to the furnace (only the advanced furnace was tested) ''(see discussions)'' | ||
| − | *A furnace | + | *A furnace built in a sealed room with vacuum will not loose temperature (this is seen during the furnace tutorial), nor will a furnace built partially/completely inside a fully welded frame. |
*Ores placed in a furnace will release gases, this reduces the temperature and increases the mols of gas. | *Ores placed in a furnace will release gases, this reduces the temperature and increases the mols of gas. | ||
*Ingots placed in a furnace will reduce the temperature (~half compared to the ore, only copper tested) without releasing gas. | *Ingots placed in a furnace will reduce the temperature (~half compared to the ore, only copper tested) without releasing gas. | ||
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*The outlet pipe is the only place where gas can exit the furnace. It has a built in volume pump. | *The outlet pipe is the only place where gas can exit the furnace. It has a built in volume pump. | ||
*Unlike the regular furnace, the advanced one always have a volume of 1000 L, regardless of how many pipes are attached to it. This saves a little bit of fuel. | *Unlike the regular furnace, the advanced one always have a volume of 1000 L, regardless of how many pipes are attached to it. This saves a little bit of fuel. | ||
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=== Known errors of the math formulas === | === Known errors of the math formulas === | ||