=====Planetary Interaction Resources=====

----

=====Color Legend=====

  * **Black = Resource**
  * **<color green>Green = Tier 1 Product (P1)</color>**
  * **<color #6282bd>Blue = Tier 2 Product (P2)</color>**
  * **<color fuchsia>Fuchsia = Tier 3 Product (P3)</color>**
  * **<color orange>Orange = Tier 4 Product (P4)</color>**

----

=====Tier 1 - Processed Materials (P1)=====
Raw Materials (R0) can be processed into Processed Materials (P1) in **[[eve:industry:planetary_interaction:planetary_interaction_buildings#processors|Basic Industry Facilities]]**. See **[[eve:industry:planetary_interaction:planetary_interaction_planets|Planets]]** for more information on Resources. Planets listed are where the Resource can be found and thus which planets can create the appropriate P1 component without importing anything.

^Input Resource^Result P1^Immediate Use^
|**Noble Gas**|**<color green>Oxygen</color>**|<wrap em>POS Fuel, Improved Booster Reactions</wrap>|
|**Aqueous Liquids**|**<color green>Water</color>**|<wrap em>Standard Booster Reactions</wrap>|
|**Felsic Magma**|**<color green>Silicon</color>**|<wrap em>Outpost Deployment</wrap>|
|**Micro Organisms**|**<color green>Bacteria</color>**|-|
|**Carbon Compounds**|**<color green>Biofuels</color>**|-|
|**Planktic Colonies**|**<color green>Biomass</color>**|-|
|**Non-CS Crystals**|**<color green>Chiral Structures</color>**|-|
|**Ionic Solutions**|**<color green>Electrolytes</color>**|-|
|**Autotrophs**|**<color green>Industrial Fibers</color>**|-|
|**Reactive Gas**|**<color green>Oxidizing Compound</color>**|-|
|**Suspended Plasma**|**<color green>Plasmoids</color>**|-|
|**Noble Metals**|**<color green>Precious Metals</color>**|-|
|**Complex Organisms**|**<color green>Proteins</color>**|-|
|**Base Metals**|**<color green>Reactive Metals</color>**|-|
|**Heavy Metals**|**<color green>Toxic Metals</color>**|-|

One processed batch turns 3000 units or 30 m³ of a P0 material into 7.6 m³ of a P1 material, resulting in a reduction to 25% of original volume. Each batch takes 30 minutes to process in a Basic Industry Facility (BIF). You thus need to have enough extractor heads to supply 3000 units of P0 in 30 minutes, or 6000 units per hour to the BIF, to avoid idle time on it.
----

=====Tier 2 - Refined Commodities (P2)=====
Processed Materials (P1) can be turned into Refined Commodities (P2) in **[[eve:industry:planetary_interaction:planetary_interaction_buildings#processors|Advanced Industry Facilities]]** (AIF). It takes two different P1 items to create one P2 item. Cycle time for each batch is 1 hour. The output of (2) BIFs, 1 per P1 material, can be routed directly into an AIF that is producing a P2 commodity without any waste.

----

====POS Fuel Production====

^Input Raw Product^Result P1^
|**Noble Gas**|**<color green>Oxygen</color>**|

^Input P1^Input P1^Result P2^
|**<color green>Water</color>**|**<color green>Electrolytes</color>**|**<color #6282bd>Coolant</color>**|
|**<color green>Toxic Metals</color>**|**<color green>Precious Metals</color>**|**<color #6282bd>Enriched Uranium</color>**|
|**<color green>Precious Metals</color>**|**<color green>Reactive Metals</color>**|**<color #6282bd>Mechanical Parts</color>**|

----


====Other Production====

^Input P1^Input P1^Result P2^Immediate Use^
|**<color green>Toxic Metals</color>**|**<color green>Reactive Metals</color>**|**<color #6282bd>Construction Blocks</color>**|<wrap em>T2 Components</wrap>|
|**<color green>Precious Metals</color>**|**<color green>Reactive Metals</color>**|**<color #6282bd>Mechanical Parts</color>**|<wrap em>T2 Components</wrap>|
|**<color green>Silicon</color>**|**<color green>Chiral Structures</color>**|**<color #6282bd>Miniature Electronics</color>**|<wrap em>T2 Components</wrap>|
|**<color green>Electrolytes</color>**|**<color green>Plasmoids</color>**|**<color #6282bd>Plasmoids</color>**|<wrap em>T2 Components</wrap>|
|**<color green>Water</color>**|**<color green>Plasmoids</color>**|**<color #6282bd>Superconductors</color>**|<wrap em>T2 Components</wrap>|
|**<color green>Chiral Structures</color>**|**<color green>Plasmoids</color>**|**<color #6282bd>Tansmitter</color>**|<wrap em>T2 Components</wrap>|
|**<color green>Chiral Structures</color>**|**<color green>Toxic Metals</color>**|**<color #6282bd>Consumer Electronics</color>**|<wrap em>T2 Components, Research Component</wrap>|
|**<color green>Reactive Metals</color>**|**<color green>Bacteria</color>**|**<color #6282bd>Nanites</color>**|<wrap em>Nanite Repair Paste</wrap>|
|**<color green>Precious Metals</color>**|**<color green>Biofuels</color>**|**<color #6282bd>Biocells</color>**|-|
|**<color green>Proteins</color>**|**<color green>Bacteria</color>**|**<color #6282bd>Fertilizer</color>**|-|
|**<color green>Biomass</color>**|**<color green>Proteins</color>**|**<color #6282bd>Gen. Enhanced Livestock</color>**|-|
|**<color green>Biofuels</color>**|**<color green>Proteins</color>**|**<color #6282bd>Livestock</color>**|-|
|**<color green>Silicon</color>**|**<color green>Industrial Fibers</color>**|**<color #6282bd>Microfiber Shielding</color>**|-|
|**<color green>Oxygen</color>**|**<color green>Oxidizing Compound</color>**|**<color #6282bd>Oxides</color>**|-|
|**<color green>Industrial Fibers</color>**|**<color green>Oxidizing Compound</color>**|**<color #6282bd>Polyaramids</color>**|-|
|**<color green>Industrial Fibers</color>**|**<color green>Biofuels</color>**|**<color #6282bd>Polytextiles</color>**|-|
|**<color green>Silicon</color>**|**<color green>Oxidizing Compound</color>**|**<color #6282bd>Silicate Glass</color>**|-|
|**<color green>Biomass</color>**|**<color green>Oxygen</color>**|**<color #6282bd>Supertensile Plastics</color>**|-|
|**<color green>Oxygen</color>**|**<color green>Electrolytes</color>**|**<color #6282bd>Synthetic Oil</color>**|-|
|**<color green>Water</color>**|**<color green>Bacteria</color>**|**<color #6282bd>Test Cultures</color>**|-|
|**<color green>Biomass</color>**|**<color green>Bacteria</color>**|**<color #6282bd>Viral Agent</color>**|-|
|**<color green>Water</color>**|**<color green>Reactive Metals</color>**|**<color #6282bd>Water-Cooled CPU</color>**|-|

One processed batch turns a combined 30.4 m³ of two P1 materials into 7.5 m³ of a P2 material, again resulting in reduction to approximately 25% of original volume.

----

=====Tier 3 - Specialized Commodities (P3)=====
It takes two or three different Refined Commodities (P2) to create Specialized Commodities (P3) in **[[eve:industry:planetary_interaction:planetary_interaction_buildings#processors|Advanced Industry Facilities]]**

<WRAP center round info 60%>
<color blue>Requires One or More planets in order to complete the chain</color>
</WRAP>

^Input P2^Input P2^Input P2^Result P3^Immediate Use^
|**<color #6282bd>Nanites</color>**|**<color #6282bd>Livestock</color>**|**<color #6282bd>Construction Blocks</color>**|**<color fuchsia>Biotech Research Reports</color>**|-|
|**<color #6282bd>Silicate Glass</color>**|**<color #6282bd>Rocket Fuel</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Camera Drones</color>**|-|
|**<color #6282bd>Oxides</color>**|**<color #6282bd>Coolant</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Condensates</color>**|-|
|**<color #6282bd>Test Cultures</color>**|**<color #6282bd>Synthetic Oil</color>**|**<color #6282bd>Fertiziler</color>**|**<color fuchsia>Cryoprotectant Solution</color>**|<wrap em>Ascendancy Implants</wrap>|
|**<color #6282bd>Supertensile Plastics</color>**|**<color #6282bd>Microfiber Shielding</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Data Chips</color>**|<wrap em>Nanite Repair Paste, Mobile Structures (Siphon)</wrap>|
|**<color #6282bd>Oxides</color>**|**<color #6282bd>Biocells</color>**|**<color #6282bd>Superconductors</color>**|**<color fuchsia>Gel-Matrix Biopaste</color>**|<wrap em>Nanite Repair Paste, Ascendancy Implants</wrap>|
|**<color #6282bd>Water-Cooled CPU</color>**|**<color #6282bd>Transmitter</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Guidance Systems</color>**|<wrap em>T2 Components, Mobile Structures</wrap>|
|**<color #6282bd>Polytextiles</color>**|**<color #6282bd>Viral Agent</color>**|**<color #6282bd>Transmitter</color>**|**<color fuchsia>Hazmat Detection Systems</color>**|-|
|**<color #6282bd>Polyaramids</color>**|**<color #6282bd>Gen. Enhanced Livestock</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Hermetic Membranes</color>**|<wrap em>Prototype Cloaking Device I Component</wrap>|
|**<color #6282bd>Polyaramids</color>**|**<color #6282bd>Transmitter</color>**|**<color #6282bd>-</color>**|**<color fuchsia>High-Tech Transmitters</color>**|<wrap em>Mobile Structures(Depot, Micro Jump)</wrap>|
|**<color #6282bd>Fertilizer</color>**|**<color #6282bd>Polytextiles</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Industrial Explosives</color>**|-|
|**<color #6282bd>Biocells</color>**|**<color #6282bd>Silicate Glass</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Neocoms</color>**|-|
|**<color #6282bd>Microfiber Shielding</color>**|**<color #6282bd>Enriched Uranium</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Nuclear Reactors</color>**|<wrap em>Mobile Structures(Depot, Micro Jump)</wrap>|
|**<color #6282bd>Supertensile Plastics</color>**|**<color #6282bd>Mechanical Parts</color>**|**<color #6282bd>Miniature Electronics</color>**|**<color fuchsia>Planetary Vehicles</color>**|-|
|**<color #6282bd>Mechanical Parts</color>**|**<color #6282bd>Consumer Electronics</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Robotics</color>**|<wrap em>POS Fuel, T2 Components</wrap>|
|**<color #6282bd>Construction Blocks</color>**|**<color #6282bd>Miniature Electronics</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Smartfab Units</color>**|<wrap em>Mobile Structures</wrap>|
|**<color #6282bd>Water-Cooled CPU</color>**|**<color #6282bd>Coolant</color>**|**<color #6282bd>Consumer Electronics</color>**|**<color fuchsia>Supercomputers</color>**|<wrap em>Prototype Cloaking Device I, Command Processor I Components</wrap>|
|**<color #6282bd>Supertensile Plastics</color>**|**<color #6282bd>Test Cultures</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Synthetic Synapses</color>**|<wrap em>Mindlink Implants, Ascendancy Implants</wrap>|
|**<color #6282bd>Biocells</color>**|**<color #6282bd>Nanites</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Transcranial Microcontrollers</color>**|<wrap em>Ascendancy Implants</wrap>|
|**<color #6282bd>Synthetic Oil</color>**|**<color #6282bd>Superconductors</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Ukomi Superconductors</color>**|<wrap em>Mobile Structures (Tractor)</wrap>|
|**<color #6282bd>Livestock</color>**|**<color #6282bd>Viral Agent</color>**|**<color #6282bd>-</color>**|**<color fuchsia>Vaccines</color>**|-|


One processed batch turns a combined 30 or 45 m³ of two or three P2 materials into 18 m³ of a P3 material, with volume reduction now only to 40% or 60%
=====Tier 4 - Advanced Commodities (P4)=====
Advanced Commodities (P4) are created in **[[eve:industry:planetary_interaction:planetary_interaction_buildings#processors|High Tech Production Plants]]** (HTPP) and take either three Specialized Commodities (P3) each or two P3s and one P1. The cycle time for a P4 schematic in a HTPP is 1 hour.\\ 

The planet icons indicate one of the easier options (fewest planets) to produce the P4, but that's not necessarily the only or best option. Plasma planets are avoided due to their rarity. You could produce all available P4 goods with an absolute minimum of five planets - Barren, Gas, Lava, Oceanic, and Temperate, but realistically you'd need more. It isn't too hard to completely avoid Plasma (substitute Barren/Lava) and Ice (substitute Oceanic/Lava), however, with Storm also somewhat optional (you can make Nano-Factories without Storm if you add more than one other planet)

----


^Input P3^Input P3^Input P1 / P3^Result P4^Ultimate Use^
|**<color fuchsia>Neocoms</color>**|**<color fuchsia>Data Chips</color>**|**<color fuchsia>High-Tech Transmitters</color>**|**<color orange>Broadcast Node</color>**|<wrap em>POS / SOV Structures</wrap>|
|**<color fuchsia>Gel-Matrix Biopaste</color>**|**<color fuchsia>Hazmat Detection Systems</color>**|**<color fuchsia>Planetary Vehicles</color>**|**<color orange>Integrity Response Drones</color>**|<wrap em>POS / SOV Structures</wrap>|
|**<color fuchsia>Industrial Explosives</color>**|**<color fuchsia>Ukomi Super Conductors</color>**|**<color green>Reactive Metals</color>**|**<color orange>Nano-Factory</color>**|<wrap em>POS / SOV Structures</wrap>|
|**<color fuchsia>Condensates</color>**|**<color fuchsia>Robotics</color>**|**<color green>Bacteria</color>**|**<color orange>Organic Mortar Applications</color>**|<wrap em>POS / SOV Structures</wrap>|
|**<color fuchsia>Synthetic Synapses</color>**|**<color fuchsia>Guidance Systems</color>**|**<color fuchsia>Transcranial Microcontrollers</color>**|**<color orange>Recursive Computing Module</color>**|<wrap em>POS / SOV Structures</wrap>|
|**<color fuchsia>Camera Drones</color>**|**<color fuchsia>Nuclear Reactors</color>**|**<color fuchsia>Hermetic Membranes</color>**|**<color orange>Self-Harmonizing Power Core</color>**|<wrap em>POS / SOV Structures</wrap>|
|**<color fuchsia>Smartfab Units</color>**|**<color fuchsia>Vaccines</color>**|**<color green>Water</color>**|**<color orange>Sterile Conduits</color>**|<wrap em>POS / SOV Structures</wrap>|
|**<color fuchsia>Supercomputers</color>**|**<color fuchsia>Biotech Research Report</color>**|**<color fuchsia>Cryoprotectant Solution</color>**|**<color orange>Wetware Mainframe</color>**|<wrap em>POS / SOV Structures</wrap>|

One processed batch turns a combined 108 or 87.2 m³ of three P3 materials or two P3s + one P1 into one 100 m³ P4 item, making volume reduction insignificant at this point, or in the odd case when a P1 material is involved, actually increases the volume beyond the components! Yes, somebody appears to have allowed that guy talking about Perpetual Motion Devices to touch the P4 production chain. Or the "repackage" department was sleeping on the job.

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=====Processing Rates=====
The rates to make a set amount of materials is as followed:
  *3000 Raw Resource -> 20 P1
  *40 P1 -> 5 P2
  *10 P2 -> 3 P3
  *6 P3 -> 1 P4

=====Total Combination Quantities=====
This table shows the relationship between the different tiers and total quantity of materials. For convenience it only considers the max cost per tier (assumes always three P2 to make P3, and three P3 to make P4). So as an example it takes a full 432,000 R0 to produce one max cost P4, or 198,000 for a min cost P4. Better start extracting!

^-^P4^P3^P2^p1^
^R0|432,000|24,000|2,400|150|
^P1|2,880|160|16|-|
^P2|180|10|-|-|
^P3|18|-|-|-|