Dyson Sphere Program

Dyson Sphere Program

287 ratings
Recipe Rates in Seconds and Minutes
By Summercat
A list of all non-building non-special recipes in the current as of date of publish (1/28/2021) version of Dyson Sphere Program.

I went looking for a listing of this, couldn't find it, so started taking notes. On paper. I decided to just bite the bullet and list them all, and type them up and share it with y'all.
11
8
9
2
3
3
4
2
   
Award
Favorite
Favorited
Unfavorite
Intro
I went looking for this information, couldn't find it. I was bored at work, could stream DSP from my home PC to my laptop, and had plenty of time on my hands, so I decided to compile the data here. I've broken up the recipes by where they're made.
Smelter Recipes
Item name
RatePerSecond
RatePerMinute
Iron Ingot
1/s
60/m
Consumes:
--Iron Ore
1/s
60/m



Copper Ingot
+1/s
60/m
Consumes:
Copper Ore
1/s
60/m

Stone
+1/s
60/m
Consumes:
Stone Ore
1/s
60/m

Energetic Graphite
+0.5/s
30/m
Consumes:
Coal Ore
1/s
60/m

Glass
+0.5/s
30/m
Consumes:
Stone Ore
1/s
60/m

Magnet
+0.67
40/m
Consumes:
Irone Ore
0.67
40/m

Steel
+0.33/s
20/m
Consumes:
Iron Ingot
1/s
60/m

Titanium Ingot
+0.5/s
30/m
Consumes:
Titanium Ore
1/s
60/m

High Purity Silicon
+0.5/s
30/m
Consumes:
Silicon Ore
1/s
60/m

Silicon Crystal
+0.5/s
30/m
Consumes:
High Purity Silicon
0.5/s
30/m

Silicon Ore
+0.1
6/m
Consumes:
Stone Ore
1/s
60/m

Diamond
+0.5/s
30/m
Consumes:
Energetic Carbon
0.5/s
30/m

Titanium Alloy
+0.33/s
20/m
Consumes:
Titanium Ingot
0.33/s
20/m
Steel
0.33/s
20/m
Sulfiric Acid
0.67/s
40/m
Oil Refinery Recipes
Plasma Oil Refining
Per Second
Per Minute
Produces
Hydrogen
+0.25/s
15/m
Produces
Refined Oil
+0.5/s
30/m
Consumes
Crude OIl
-0.5/s
-30/m


X-Ray Cracking
Per Second
Per Minute
Consumes
Hydrogen
-0.5/s
30/m
Consumes
Refined Oil
-0.25/s
-15/m
Produces
Hydrogen
+0.75/s
+45/m
Produces
Energetic Carbon
+0.25/s
+15/m
Chemical Plant Recipes
Chemical Plant
Plastic
Per Second
Per Minute
Produces
Plastic
+0.33/s
+20/m
Consumes
Refined Oil
-0.67/s
-40/m
Consumes
Energetic Graphite
-0.33/s
-20/m

Chemical Plant
Graphine
Per Second
Per Minute
Produces
Graphene
+0.67/s
+40/m
Consumes
Sulfiric Acid
-0.33/s
-20/m
Consumes
Energetic Graphite
-1/s
-60/m

Chemical Plant
Organic Crystal
Per Second
Per Minute
Produces
Organic Crystal
+0.167/s
+10/m
Consumes
Plastic
-0.33/s
-20/m
Consumes
Refined Oil
-0.167/s
-10/m
Consumes
Water
-0.167/s
-10/m

Chemical Plant
Sulfuric Acid
Per Second
Per Minute
Produces
Sulfuric Acid
+0.67/s
+40/m
Consumes
Stone Ore
-1.33/s
-80/m
Consumes
Refined Oil
-1/s
-60/m
Consumes
Water
-0.67/s
-40/m

Chemical Plant
Carbon Nanotube
Per Second
Per Minute
Produces
Carbon Nanotube
+0.5/s
+30/m
Consumes
Graphine
-0.75/s
-45/m
Consumes
Titanium Ingot
-0.25/s
-15/m
Particle Collider
Particle Collider
Duetrinium
Per Second
Per Minute
Produces
Duetrinium
+1/s
+60/m
Consumes
Hydrogen
-2/s
-120/m


Particle Collider
Strange Matter
Per Second
Per Minute
Produces
Strange Matter
+0.125/s
+7.5/m
Consumes
Particle Container
-0.25/s
-15/m
Consumes
Iron Ingot
-0.25/s
-15/m
Consumes
Duetrinum
-1.66/s
-100/m

Particle Collider
Mass Energy Storage
Per Second
Per Minute
Produces
Hydrogen
+1/s
+60/m
Produces
Antimater
+1/s
+60/m
Consumes
Photons
-1/s
-60/m
Assembler Part 1
Due to character limits, this section broken in two.

Numbers are assuming 1X crafting speed. A later update will have 0.75x and 1.5x figures as well.
Magnetic Coil
Per Second
Per Minute
Produces
Magnetic Coil
+2/s
+120/m
Consumes
Magnet
-2/s
-120/m
Consumes
Copper Ingot
-1/s
-60/m

Gear
Per Second
Per Minute
Produces
Gear
+1/s
+60/m
Consumes
Iron Ingot
-1/s
-60/m

Circuit Board
Per Second
Per Minute
Produces
Circuit Board
+2/s
+120/m
Consumes
Iron Ingot
-2/s
-120/m
Consumes
Coppor Ingot
-1/s
-/60m

Particle Broadband
Per Second
Per Minute
Produces
Particle Broadband
+0.125/s
7.5/m
Consumes
Carbon Nanotubes
-0.25/s
-15/m
Consumes
Silicon Crystal
-0.25/s
-15/m
Consumes
Plastic
-0.125/s
-7.5/m

Microcrystaline Component
Per Second
Per Minute
Produces
MicroComp
+0.5/s
+30/m
Consumes
Refined Silicon
-1/s
-60/m
Consumes
Copper Ingot
-0.5/s
-30/m

Processor
Per Second
Per Minute
Produces
Processor
+0.33/s
+20/m
Consumes
Circuit Board
-0.67/s
-40/m
Consumes
MicroComp
-0.67/s
-40/m

Titanium Glass
Per Second
Per Minute
Produces
TitaGlass
+0.4/s
+24/m
Consumes
Glass
-0.4/s
-24/m
Consumes
Titanium Ingot
-0.4/s
-24/m
Consumes
Water
-0.4/s
-24/m

Electric Motor
Per Second
Per Minute
Produces
E.Motor
+0.5/s
+30/m
Consumes
Iron Ingot
-1/s
-60/m
Consumes
Magnetic Coil
-0.5/s
-30/m
Consumes
Gear
-0.5/s
-30/m

Hydrogen Fuel Cell
Per Second
Per Minute
Produces
HydroCell
+0.33/s
+20/m
COnsumes
Titanium Ingot
-0.33/s
-20/m
Consumes
Hydrogen
-1.67/s
-100/m

Deutrinium Fuel Cell
Per Second
Per Minute
Produces
D.Cell
+0.167/s
+10/m
Consumes
Titanium Alloy
-0.167/s
-10/m
Consumes
Super-Magnetic Ring
-0.167/s
-10/m
Consumes
Duetrinium
-1.67/s
-100/m

Prism
Per Second
Per Minute
Produces
Prism
+1/s
+60/m
Consumes
Glass
-1.33/s
-90/m

Titanium Crystal
Per Second
Per Minute
Produces
TitaCry
+0.25/s
+15/m
Consumes
Organic Crystal
-0.25/s
-15/m
COnsumes
Titanium Ingot
-0.75/s
-45/m

Electromagnetic Turbine
Per Second
Per Minute
Produces
E.Turbine
+0.5/s
+30/m
Consumes
Electric Engine
-1/s
-60/m
Consumes
Magnetic Coil
-1/s
-60/m

Gravitic Lens
Per Second
Per Minute
Produces
GravLens
+0.167/s
+10/m
Consumes
Diamond
-0.67/s
-40/m
Consumes
Strange Matter
-0.167/s
-10/m

Plane Filter
Per Second
Per Minute
Produces
P.Filter
+0.083/s
+5/m
Consumes
Casismir Crystal
-0.083/s
-5/m
Consumes
Titanium Glass
-0.167/s
-10m

Plasma Exciter
Per Second
Per Minute
Produces
P.Exciter
+0.5/s
+30/m
Consumes
Magnetic Coil
-2/s
-120/m
Consumes
Prism
-1/s
-60/m

SuperMagnetic Ring
Per Second
Per Minute
Produces
MagRing
+0.33/s
+20/m
Consumes
Electric Turbine
-0.67/s
-40/m
Consumes
Energetic Graphite
-0.33/s
-20/m
Consumes
Magnet
-1/s
-60/m

Casimir Crystal
Per Second
Per Minute
Produces
CasCry
+0.25/s
+15/m
COnsumes
TItanium Crystal
-0.25/s
-15/m
Consumes
Graphite
-0.5/s
-30/m
Consumes
Hydrogen
-3/s
-180/m

Particle Container
Per Second
Per Minute
Produces
PartCont
+0.25/s
+15/m
Consumes
ElectroMag Turbine
-0.5/s
-30/m
Consumes
Copper Ingot
-0.5/s
-30/m
Consumes
GRaphite
-0.5/s
-30/m

Assembler Part 2
Because there's a character limit per section, here's part two.
Solar Sail
Per Second
Per Minute
Produces
SolSail
+0.5/s
+30/m
Consumes
Graphite
-0.25/s
-15/m
Consumes
Photon Combiner
-0.25/s
-15/m

Frame Material
Per Second
Per Minute
Produces
FraMat
+0.167/s
+10/m
Consumes
Carbon Nanotube
- 0.67/s
-40/m
Consumes
Titanium Alloy
-0.167/s
-10/m
Consumes
High Purity Silicate
-0.167/s
-10/m

Dyson Sphere Component
Per Second
Per Minute
Produces
SphereComp
+0.125/s
+7.5/m
Consumes
Frame Material
-0.325/s
-22.5/m
Consumes
Solar Sail
-0.325/s
-22.5/m
Consumes
Processor
-0.325/s
-22.5/m

Photon Combiner
Per Second
Per Minute
Produces
PhoComb
+0.33/s
+20/m
COnsumes
Prism
-0.67/s
-40/m
Consumes
Circuit Board
-0.33/s
-20/m

Foundation
Per Second
Per Minute
Produces
Trantor
+1/s
+60/m
Consumes
Stone
-3/s
-180/m
Consumes
Steel
-1/s
-60/m

Quantum Chip
Per Second
Per Minute
Produces
QChip
+0.167/s
+10/m
Consumes
Processor
-0.33/s
-20/m
Consumes
Plane Filter
-0.33/s
-20/m

Annhilation Contraint Sphere
Per Second
Per Minute
Produces
AnniSphere
+0.05/s
+3/m
Consumes
Processor
-0.05/s
-3/m
Consumes
Particle Container
-0.05/s
-3/m

Antimater Fuel Rod
Per Second
Per Minute
Produces
AntiRod
+0.083/s
+5/m
Consumes
Annhilation Sphere
-0.083/s
-5/m
Consumes
Titanium Alloy
-0.083/s
-5/m
Consumes
Hydrogen
-0.83/s
-50/m
COnsumes
Antimater
-0.83/s
-50/m

Small Carrier Rocket
Per Second
Per Minute
Produces
Raccoon
+0.167/s
+10/m
Consumes
DysonComp.
-0.33/s
-20/m
COnsumes
Quantum Chip
-0.33/s
-20/m
Consumes
Deutrinum Fuel Rod
-0.33/s
-20/m


Thruster
Per Second
Per Minute
Produces
Thruster
+0.25/s
+15/m
Consumes
Stee
l -0.5/s
-30/m
Consumes
Copper Ingot
-0.75/s
-45/m

Logisitics Drone
Per Second
Per Minute
Produces
Drone
+0.25/s
+15/m
COnsumes
Iron Ingot
-1.25/s
-75/m
Consumes
Processor
-0.5/s
-30/m
Consumes
Thruster
-0.5/s
-30/m

Reinforced Thruster
Per Second
Per Minute
Produces
RThruster
+0.167/s
+10/m
Consumes
Titanium Alloy
-0.83/s
-50/m
Consumes
Electromagnetic Turbine
-0.83/s
-50/m

Logistics Vessel
Per Second
Per Minute
Produces
LogVessel
+0.167/s
+10/m
Consumes
Titanium Alloy
-1.67/s
-100/m
Consumes
Processor
-1.67/s
-100/m
Consumes
Reinforced Thruster
-0.33/s
-20/m
Mining and Fluids
While not a recipe, I thought it would be of interest to note this.

Mining
Produces Ore at +0.5/s +30/m per vein the mining facility is working.

Water Pumps
Produces 70/m of fluid.
Thermal Generator Consumption Rate
Thanks to JaxterSmith's guide on power results. The basic data in thissection is borrowed from his, but this table solely covers the consumption rate of the Thermal Generator.
Fuel Type
Consumed Per Minute
Consumed Per Second
Nanocarbon
1928.6/m
~32/s
Graphite
1687.5/m
~28/s
PLant Fuel
324/m
5.4/s
Diamond
180/m
3/s
Log
108/m
1.8/s
Organic Crysal
90/m
1.5/s
COal Ore
60/m
1/s
Crude Oil
40.5/m
0.67/s
Refined Oil
36.82/m
0.61/s
Fire Ice
33.75/m
0.56/s
Energetic Graphite
25.71/m
0.43/s
Hydrogen
20.25/m
0.3375/s
Deutrinium
20.25/m
0.3375/s
Hydrogen Fuel Rod
4.05/m
0.0675/s
Deutrinium Fuel Rod
0.27/m
0.0045/s
Antimater Fuel Rod
0.0216/m
0.00036/s

The Fusion Generator consumes Duetrinium Rods at 66/m or 1.1/s, but is more efficient - it provides more power per Duetrinium Rod than the Thermal Plant does.
Belt Capacity Calculations
Belt capacity is something to keep in mind when building a factory. While I do not plan on added in capacity figures to the guide, I have been convinced to write a short section to figure out how to do it.

The formula is very simple:
R / Q = C
Where R is the rate of the belt, Q is the quantity of the item, and C is the capacity.

Belt Type
Rate per Second
Rate per Minute
Mark 1
6
360
Mark 2
12
720
Mark 3
30
1800

I generally prefer to use per-second for calculate as it results in smaller numbers.

Example 1: Iron Plate.

Iron Plate has an input of 1 iron ore a second, and an output of 1 iron plate a second. This is very easy to calculate. Both Q have a value of 1.

Thus, using a Mark 1 Belt:

R / Q = C R = 6 Q = 1 6 / 1 = 6 C = 6

This means you can deliver the iron ore to a maximum of 6 smelters making iron plate, per mark 1 belt, and a mark 1 belt will only be efficient for at most 6 smelters' output.

Example 2: Glass

Glass has an input of 1/s Stone Ore, and an output of 0.5/s Glass. The input is the same as the iron plate example above, but the output has a different value, 0.5/s instead of 1.

R / Q = C R = 6 Q = 0.5 6 / 0.5 = 12
This means a Mark 1 Belt can handle the output of 12 glass smelters.

Example 3: Graphine

As a reminder:

Chemical Plant
Graphine
Per Second
Per Minute
Produces
Graphene
+0.67/s
+40/m
Consumes
Sulfiric Acid
-0.33/s
-20/m
Consumes
Energetic Graphite
-1/s
-60/m
[/table]Rather than going through the steps, I'll make a table this time.
Item
Q
R(Mk1)
C
Graphine
0.67
6
9
Sulfuric Acid
0.33
6
18
Energetic Graphite
1
6
6
So if you're using Mark 1 belts, your sulfuric belt can feed 18 Graphene makers, your energetic graphtie can feed 6, and you can take the product of 9 graphene-making chemical plants.And if we upgrade...
Item
Q
R(Mk3)
C
Graphine
0.67
30
45
Sulfuric Acid
0.33
30
90
Energetic Graphite
1
30
30
I hope this helps! (This section exists because FuryFairy asked for it)
Did I Miss Anything?
If I've missed anything, or gotten anything wrong, please let me know and I'll correct it.

This data was taken by writing down notes directly from the game, but there's a chance I may have written something incorrectly, or my slight dyscalcula came up (Goodness knows how many times I accidentally put -1.76/s by accident).
39 Comments
AMERICA 17 Nov, 2023 @ 5:11pm 
I know the title said "no buildings" but PLEASE ADD THEM
AMERICA 17 Nov, 2023 @ 5:10pm 
Can you add the rates to create the buildings with the assembler please?
ExisT 5 Jul, 2023 @ 6:02pm 
I this all still relevant in 2023? Or has updates changed it?
kayman 2 Jul, 2023 @ 5:49pm 
I wish this was how the game listed All the recipes i find it frustrating to try to balance things when they list how long it takes to make one. or at least make it an optional setting.
Lord Bludgeon 11 Oct, 2021 @ 3:35pm 
Awesome guide,Mate, Thanks! :steamhappy:
chronosphaenon 17 Mar, 2021 @ 5:35am 
Crude oil extraction rate depends on the specific node and is shown in-game for each node.
mastrude 17 Mar, 2021 @ 12:48am 
You do show rates for ore and water extraction, but I don't see a rate for crude oil.
Richard 27 Feb, 2021 @ 6:02pm 
Correction to your Water Pumps, they produce fluid at a base rate of 50/min, with a flat +10% per level of Veins Utilization.

Probably would also be a good idea to mention the flat +10% increase per level of Veins Utilization to Mining as well.
mastrude 17 Feb, 2021 @ 11:41am 
Summercat: Thanks. Of course I will.
Summercat  [author] 16 Feb, 2021 @ 8:18pm 
@Mastrude: Feel free to put it on the Wiki, just give me a credit/shoutout.