Difference between revisions of "Refinery"

Revision as of 16:35, 14 November 2015

Large Ship / Station

Refinery

 

Components

Required

 

 

Steel Plate

100

 

 

Computer

20

 

Motor

16

 

Large Steel Tube

20

 

Construction Component

40

 

Steel Plate

1100

 

 

Mass (kg):

0

 

Integrity:

0

 

Build time (seconds):

70

 

Active power consumption (MW):

0.56

 

Idle Power Consumption (MW):

0.001

 

Storage Capacity (L):

7500 (ores), 7500 (ingots)

 

Dimensions (W x H x D):

2 x 4 x 2

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The Refinery is a functional Block available for Large Ships and Stations, used to process raw Ores into useful Materials. If connected to a Conveyor Network via one of the inventory access points, the Refinery can automatically pull in Ores from attached inventories to process, and any attached Assemblers can pull refined Materials from the Refinery as needed.

Refining Mechanics

Each Ore once mined from an ore vein from an Asteroid is in a very impure form that is mixed up with other elements and contaminated with impurities not suited for fashioning into useful Components, the Refinery for lack of a better word Refines the ores into their pure forms much like Smelting. Since the Ores are riddled with impurities most of the Ore will be processed away leaving behind only the base element. Each type of ore has their own ratio of impurities and the time necessary to remove.

In addition to this every type of Refiner (Refinery, Arc Furnace) also has their own ore efficiency ratio and refining speed. The factors in determining the yield of any given quantity of ores being turned into useful materials is as follows:

Materials Produced == Ore x (RefineryEfficiency x 1.0905077 ^ EffModules)

Ore                = the specific Ore's Material Efficiency (Ore-Ingot Ratio)
RefineryEfficiency = the Refinery's Material Efficiency (which for the Refinery is 0.8)
EffModules         = the amount of attachment point connected Effectiveness Modules,
                     each module fills 2 attachment ports - so provides 2 each.

Using this we can estimate the yield of 50 kg of Nickel Ore to come out to 16 kg of processed Nickel Ingot, since:

50 kg of Nickel Ore x 0.4 (the ore's efficiency) x 0.8 (the refinery's base efficiency) = 16 kg of Nickel Ingots

Refining rates

Raw	Input Raw		Output Ingots		Ore-Ingot Ratio [%]	Ore Refining Speed [in seconds]	Ingots
	Kg/hour	sec/kg	Kg/hour	sec/kg
Stone	46800	0.05	33696	0.11	90%	0.1	Gravel
Scrap Metal	117000	0.03	74880	0.05	80%	0.04	Iron Ingot
Iron Ore	93600	0.04	52416	0.07	70%	0.05
Silicon Ore	7800	0.46	4368	0.82	70%	0.6	Silicon Wafer
Nickel Ore	2340	1.54	749	4.81	40%	2	Nickel Ingot
Cobalt Ore	1170	3.08	281	12.82	30%	4	Cobalt Ingot
Silver Ore	4680	0.77	374	9.62	10%	1	Silver Ingot
Gold Ore	11700	0.31	94	38.46	1%	0.4	Gold Ingot
Magnesium Ore	4680	0.77	26	137.36	0.7%	1	Magnesium Powder
Uranium Ore	1170	3.08	7	549.45	0.7%	4	Uranium Ingot
Platinum Ore	1170	3.08	5	769.23	0.5%	4	Platinum Ingot

Based on game data file content.

Ore consumed per second = Refinery Speed * Blueprint Input / Blueprint Processing Time.

Ingots produced per second = Refinery Speed * Refinery Material Efficiency * Blueprint Output / Blueprint Processing Time.

Upgrade Modules

Information is current for v1.089

There are three types of upgrade module for Refineries:

• Power Efficiency modules decrease the Refinery's power consumption.
• Effectiveness modules increase the number of ingots you get for a given quantity of ore. This also has the effect of producing ingots faster. It does not affect ore consumption rate, nor does it affect power consumption.
• Productivity modules increase the speed at which ore gets converted into ingots, and increases power consumption.

A Refinery starts with '100%' in all categories. When you add modules, the Refinery's Control Panel will show the adjusted percentages.

The Refinery block itself has eight attachment points for modules, all on the flat grey side. Each module can occupy up to two attachment points.

Productivity modules add 50% to the Productivity stat for each attachment point occupied, giving a maximum of 500% achievable with 4 modules filling all points. This does not yield 5 times the refinement speed, however. A Refinery has a base refining speed of 1.3 and productivity gains are added to this at a rate of 0.5 per attachment point, so the actual speed can be calculated as:

p = number of Productivity attachment points (0 to 8)
Productivity shown in control panel = 100% + (p*50%)
base speed = 1.3
actual refining speed = 1.3 + (p/2)
observed speed increase = p*38.46%

So the maximum Productivity boost actually yields about 4 times the base refining speed, rather than 5 times.

Effectiveness modules increase Material Efficiency by about 9% per attachment point. Their influence is cumulative, so three attachment points give 1.09 x 1.09 x 1.09 = 1.30 times the efficiency (30% bonus rather than 27%). Filling all eight will yield a 100% bonus. This means that maximizing Effectiveness will generate twice as many ingots from a given volume of ore.

Note however that a refinery cannot produce more ingots than it consumes ore. For iron, the conversion is already 70% mass-efficient. Maximum Effectiveness would give us a theoretical yield of 0.7 x (0.8 x 2) = 1.12 ie. 1kg of ore would become 1.12kg of ingots, but the refinery cannot produce more ingots than there is ore (as this would be creating matter). For most ores this isn't an issue though.

pro = Productivity attachment points
pow = Power Efficiency attachment points
eff = Effectiveness module attachment points

Power modifier = (1+0.5*Pro)/(1.2228445^pow)
Effectiveness modifier = 1.0905077 ^ eff
Production modifier = 0.5*pro

See also

• Arc Furnace
• Oxygen Generator
• Assembler
• Power Efficiency Upgrade Module
• Productivity Upgrade Module
• Effectiveness Upgrade Module

Update History