Condenser

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Description

A condenser utilizes membranes to separate Nitrogen from the air. A condenser also allows you to harvest salt water if it is placed next to a block of water.

To use a Condenser, simply place it on any block. If the block under water, the condenser will produce vials of salt water every 10 seconds. Otherwise, the condenser will produce flasks of Nitrogen every 10 seconds.

External

Membrane gas separation is primarily used to separate atmospheric air into its two main components, nitrogen (78.08%) and oxygen (20.95%). However trace elements like argon (0.93%), carbon dioxide (0.038%) and other inert gases can also be obtained this way. The membranes act as a permeable layer that gases move through at different rates, effectively separating the main components.

https://en.wikipedia.org/wiki/Membrane_gas_separation

Properties

Name Value
CompoundVesselToSpawn Flask (Nitrogen)
AmountToSpawn 1
SpawnFreq (sec) 10
Release Version 1.0.0
UnitSize 1 block

Recipes

Crafting Table

Tech Level Outputs Components Recipe

Level 3

  • Condenser Condenser
Stone
Stone
Stone
Stone
Separation Membrane
Stone
Stone
Stone
Block of Redstone
Condenser

Ingredients/Tips

Below you will find some helpful tips and lists for gathering the materials you will need to make the condenser. Note that to produce all of these parts, you will need access to a Furnace, Crafting Table, Chemical Processor, Machining Mill and Extruder.

CondenserFlowchart.png

List of Ingredients

- 7 blocks of Stone

 * Each block is made by smelting a block of Cobblestone

- 1 Block of Redstone

Outputs Components Recipe
Redstone
Redstone
Redstone
Redstone
Redstone
Redstone
Redstone
Redstone
Redstone
Block of Redstone

- 1 Separation Membrane

 * 4 Membrane O
   - 4 Fibers (LDPE) (per membrane)
     * 16 Bag (Low Density PolyEthylene Pellets) (per fiber)
       - 1 Flask (Ethylene) (per bag) 
     * 1 Metal Die (Fibers)
       - 21 ingots of the same type (Aluminum, stainless steel, antimony-lead, nickel, nichrome, bismuth, steel, magnesium, titanium,
         cobalt, antimony, manganese, platinum, brass, tungsten, bronze, or tungsten carbide)
 * 5 Membrane X
   - 5 Fibers (LDPE) (per membrane)

First, begin by collecting ethylene (you will need to distill crude oil to get this). In total you will need 656 flasks (about 10.5 stacks of flasks, or 11 cartridges). Process the flasks in either a furnace or a chemical processor. This will give you the bags of low density polyethylene pellets that you need. Next, create the metal die (fibers) by placing the 21 ingots on a machining mill in the specified pattern (example with Stainless Steel ingots shown).

Outputs Components Recipe
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Stainless Steel Ingot
Metal Die (Fibers)
Water Bucket

Now place the bags (at least 16 at a time) into the chemical processor with your metal die (fibers).

Outputs Components Recipe
Metal Die (Fibers)
Bag (Low Density PolyEthylene Pellets)
16
Fibers (LDPE)
Water Bucket
Fuel

Once you have created all of the fibers you need, arrange them as pictured to create the Membrane O and Membrane X. These membranes will then be placed on the crafting table to create your separation membrane.

Outputs Components Recipe
Membrane O
Membrane X
Membrane X
Membrane O
Membrane O
Membrane X
Membrane X
Membrane O
Membrane X
Separation Membrane

Fibers (LDPE)
Fibers (LDPE)
Fibers (LDPE)
Fibers (LDPE)
Membrane O

Fibers (LDPE)
Fibers (LDPE)
Fibers (LDPE)
Fibers (LDPE)
Fibers (LDPE)
Membrane X

Once this step is complete, assemble the stone, redstone block and separation membrane on the crafting table as previously shown. Celebrate!

Gallery

Gui condenser.png Condenser.png

References

https://en.wikipedia.org/wiki/Membrane_gas_separation