Electric Blast Furnace: Difference between revisions

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[[Category:GT_Multiblock_Machines]]
[[Category:GT_Multiblock_Machines]]
'''Your first EBF (Electric Blast Furnace)''' ''Needs to be rewritten''


== Your first EBF (Electric Blast Furnace) ==
The Electric Blast Furnace is an Multiblock structure, being 3x3x4 blocks in total (3x3 wide and 4-blocks high)
It is recommended to use multiple Energy Hatches for your first EBF since you’ll have to feed it with constant MV power (128 eu/t, which in this case means 2 Energy hatches accepting 2 amps of LV power each making it 32eu x 4 amps which equals to MV power)
The easiest way to give power to the EBF is using battery buffers, but it can also be done without battery buffers if you got enough power production for it. Later on you can replace your Energy Hatches with one MV energy hatch instead, or use multiple MV Energy Hatches to gain HV power to it.
<gallery>
File:Example.jpg|Picutre of an EBF (whole)
File:Example.jpg|Picture of an ebf with battery buffers /- or cables properly connected
</gallery>


== Building your first EBF ==
=== Before you Begin ===
The Electric Blast Furnace is a Multiblock structure. It is 3x3x4 blocks (3 long, 3 wide, and 4 high)


When building your first EBF, you will need:
=== Before starting to build your EBF ===
There are two different recommended ways to power your first EBF (using low voltage).


* The controller block ("Electric Blast Furnace" in NEI)
If you have found Stibnite/Tetrahedrite in the Nether you can build two LV battery buffers and place two batteries inside each of them. These battery buffers should be connected directly to the energy hatches of the EBF, and in this case you only need two energy hatches. Make sure the batteries contain a lot of charge since the blast furnace will need to consume a significant amount of power to process the reactants.
* 16x heating coils ("Cupronickel Coil Block" in NEI, can be upgraded later with better coils)
* 1x input bus (For inputting items and the control circuit- you'll need at least an LV one, otherwise you won't be able to do most recipes)
* 1x input hatch (For inputting fluids- any tier will work)
* 1x output bus (For outputting items- you'll need at least an LV one, otherwise a lot of outputs will be automatically voided)
* 1x maintenance hatch (For doing maintenance. The controller will tell you what maintenance needs done. 5 of the 6 maintenance items are done with basic tools, while the 6th requires a soldering iron. Alternatively, duct tape can be used to fix all of them at once. If you do not have a soldering iron, you can run the EBF with one maintenance problem not fixed, but will need 3 energy hatches.)
* 2x or 3x LV energy hatch (Each hatch accepts 2 amps. Since most EBF recipes require 120 EU/t, you will need to supply 4 amps of LV to reach MV. If you do not have a soldering iron, you will need 3 LV hatches accepting a total of 5 amps of LV.)
* 1x muffler hatch (This affects your pollution output. It also spews smoke and looks cool while the EBF is running.)
* 1x output hatch (OPTIONAL. This will allow you to get CO2, CO or SO2 from certain recipes, mostly from processing certain ore dusts in the EBF. The muffler hatch controls what percentage of the fluid is returned.)
* 9-11x heat proof machine casings (number depends on whether you have 2 or 3 energy hatches, and whether or not you have an output hatch)
* 4x or 5x LV generator of choice (Keep in mind that the EBF consumes a LOT of power, and will need to run for hours at a time. Make sure you have enough infrastructure set up!)


== Building your EBF ==
Example: To make one aluminium ingot you need 204 000 EU, this means that you’ll need more than 100 000 EU inside each battery buffer. At least three sodium batteries or two lithium batteries (fully charged) per battery buffer is recommended to produce one ingot.
Once you have all your materials, you can start building!


Keep in mind that while the EBF can survive rain just fine, the generators or battery buffers that power it DO NOT and will explode in the rain.
If you do not have access to Stibnite/Tetrahedrite yet and cannot fix all the maintenance issues, then you need 3 energy hatches. 5 LV generators account for energy loss in the cables. To understand the exact mechanics of power loss see [[Electricity]]. The 5 EU generators powering your EBF must keep running during a full EBF operation. If one of the generators run out of power, it will stop the furnace and will destroy the reactant(s) inside.


DO NOT build your EBF over chunk borders. Press F9 twice to display the chunk borders in a green wireframe. Multiblocks built over chunk borders are prone to deforming or exploding.


The total size of the EBF is 3x4x3 (3 wide, 3 long, 4 tall)


'''Bottom Layer'''
==== The bottom layer must contain these blocks. ====


1 Electric Blast Furnace control block, placed in the middle of a side
Start by placing down your controller. It goes in the front middle of the bottom layer.


After that, your input hatch, input bus, output bus(but NOT your output hatch, if you use one), your maintenance hatch, and your energy hatches can go anywhere on the bottom layer.
1 Maintenance Hatch


Finally, fill in any gaps with heat proof machine casings.
1 Input Bus, 1 Output Bus


'''Middle Layers'''
At least 1 Energy Hatch


The second and third layers of the EBF are for your 16 cupronickel coils. The inside of the 3x3 should be hollow.
0-4 Heat Proof Machine Casings, Use these to fill all the empty spaces in the 3x3 bottom layer.


'''Top Layer'''
==== The second and third layer is built using Heating Coils ====


The maintenance hatch goes on the very middle of the top layer, facing upwards.
There are multiple kinds of material you can use for Heating Coils. These coils limit the max temperature inside the EBF. Different recipes require different temperatures, and the blast furnace will not operate if the reactants require a higher temperature to react than the coils can tolerate. At this point of the game you only have access to Cupronickel Coils which gives the EBF an max temperature of 1800 degrees kelvin.
You need a total of 16 Coils, 8 on each layer and the middle block should be hollow.
Do not mix different types of Heating Coils.


The output hatch, if you choose to use one, goes in any of the other 8 positions.
==== The top layer ====
The top, or fourth layer, is build using 8 Heat Proof Machine Casings and one Muffler hatch. Similar to the second and third layers, the Machine Casings go on the edges and the Muffler should be in the Middle, facing up.


Finally, fill in the rest with heat proof machine casings.
=== Starting your EBF for the first time ===


== Making Your EBF Work ==
Before you can start your EBF you need to do maintenance on your machine. This is done by right-clicking on the Controller block to see which problems exist, then grab the proper GT tool and use it inside the Maintenance Hatch More information about which tools you need can be found inside the GT- Energy & tools book.
Since this is your first EBF you will most likely not be able to fix the “Circuitry burned out” problem yet. The EBF will still run with this problem, however the energy consumption is increased 10% with every problem inside the EBF
After the problems is fixed hit the controller block with an Soft Mallet to enable the machine. The Machine Controller will turn Green once the EBF starts and turn red again once its complete.


Congratulations! You've now built your EBF. Next, you will need to perform maintenance, set up your EBF's power sources, set up your inputs and outputs, and then, finally, start it up.
=== Upgrading your EBF ===


'''Maintenance'''
There is two ways of upgrading your EBF.


To maintain your EBF, you will need to use tools on the maintenance hatch. The controller's GUI will have a list of the maintenance problems- when you first build your EBF, it will require all maintenance to be done, and maintenance problems will periodically (but rarely) pop up after that. The "Better than Duct Tape" quest has a list of all the maintenance items and what tools fix them. Open the maintenance hatch GUI and click on the slot in the center with your tool.
==== Voltage increase ====
Allows you to put more voltage in your EBF recipes
If the EBF is able to, it will overclock itself and reduce the speed used in crafting. This will increase the power consumtion aswell.


The "Circuitry burnt out" message is the hardest to deal with- it requires a charged soldering iron, a soldering material (a tin, lead, or soldering alloy fine wire or rod. Tin fine wire is recommended- it's very cheap and commonly available) and 10k EU from the soldering iron.
==== Coil replacement ====
Allows you to process higher tier materials inside the EBF, by heat level
Coils also increase the stats of the EBF some.


The rest are easy, and only require a small amount of durability from a tool you should be able to easily craft.
Every extra 900K makes it so you get 5% less eu/t usuage


Alternatively, use some duct tape to fix all 6 problems at once.
Every extra 1800K halves the time taken


'''Powering your EBF'''
== Usage ==

''All Electric Blast Furnace recipes consume either 120EU/t or 480EU/t. However, the MV Energy Hatch requires Aluminium to craft, and Aluminium cannot be smelted outside an EBF. Therefore, the first time an EBF is constructed, in order to operate, its structure must contain 3 LV Energy Hatches. (Two would be enough ordinarily, but if any Maintenance problems are present, the EBF's energy consumption jumps from 120EU/t to 132EU/t, greater than the 128EU/t afforded by two LV Energy Hatches.)
The EBF requires 120 EU/t to make aluminium or steel. If you do not have the "Circuitry burnt out" maintenance fixed, it will instead require 132 EU/t.
Power is the most important problem with using an EBF. As it requires MV Electricity when only LV is available, it requires 5 Basic Diesel Generators, Gas Turbines, or Steam Turbines. 5 Steam Turbines consume 510L Steam/tick, equal to 34 High Pressure Coal Boilers, 17 High Pressure Lava Boilers, or one fairly expensive Large Bronze Boiler. If, however, a supply of Oil is readily available, a Distillery can easily supply enough Diesel to run a Blast Furnace.

One of the primary uses of the Electric Blast Furnace is the smelting of Iron into Steel. While the Bronze Blast Furnace can also produce Steel from Iron, the Electric Blast Furnace is much, much faster and more energy efficient. (The Bronze Blast Furnace can smelt one Iron Ingot into one Steel Ingot in 6 minutes for 4 Charcoal. The Electric Blast Furnace can smelt one Wrought Iron Dust into one Steel Ingot in 5 seconds for approximately 20,000 EU, including Oxygen and Wrought Iron processing. Using High Pressure Coal Boilers, 4 Charcoal can produce far more than 20,000 EU.)
Each energy hatch can accept a maximum of 2 amps, which is 64 EU/t. Thus, you will need 2 energy hatches, or 3 if you don't have all maintenance problems fixed.
Another important use of the Electric Blast Furnace is the smelting of Silicon Ingots, for when Applied Energistics 2 is installed alongside GregTech, all of its circuit recipes consume Silicon Plates. Silicon Dust can most easily be acquired by electrolyzing Silicon Dioxide Dust, a process which also generates 2000L Oxygen (useful for Steel or Annealed Copper). Silicon Dioxide Dust is most easily acquired by centrifuging Glass Dust.''

When powering your hatch, use as few cables as possible. If you have more than two blocks of cabling, cable losses will deplete your power to 29 EU/t- 4 amps of that is only 116 EU/t, and your EBF won't run.

Keep in mind that you will need cables that support at least 2 amps.

You can use battery buffers to make life easier. Each buffer needs at least 2 batteries to provide 2 amps. Buffers are HIGHLY recommended for use with steam turbines, due to their inconsistent nature. They are not necessary for combustion generators or gas turbines, but can be useful.

'''Input and Output'''

Thankfully, automating an EBF is extremely easy.

Input hatches accept fluids from any pipe, or manually in the GUI using cells.

Input buses accept items from item pipes or hoppers.

Output hatches will automatically output fluids into pipes, but will void them automatically if the hatch is full.

Output buses will automatically output items into any container in front of them, or into an item pipe or hopper, but will void any new outputs if completely full.

== Using and Troubleshooting your EBF ==
Finally. All the hard work is done. All that's left to do is check NEI for a recipe, put in the necessary items and fluid, then right-click the controller with a soft mallet to turn it on.

Many recipes require a programmed circuit- this goes in the input bus, and is not consumed in the process. Make sure you have the right one for your recipe.

=== Troubleshooting ===
'''The EBF runs for a while, or for only a second, and then turns off, usually deleting inputs in the process'''

*Make sure you are giving it enough power. See "Powering your EBF" for details.

'''The EBF will not start, or flashes a green light but does nothing when turned on'''

*Hit the EBF with a Soft Mallet to enable it.
*Double check the recipe using NEI. Integrated circuits is needed together with the dust inside the input bus. Make sure you have the correct processing gas.
*Make sure the Muffler Hatch is not blocked by another block.
*Make sure the Muffler Hatch is facing up.
*It could also be caused by the EBF not getting any power at all.
*Make sure you have the proper circuit in the input bus.

== Upgrading your EBF ==
Now that you've got your EBF running, it's time to upgrade it to make it run faster and more efficiently!

=== '''Power''' ===
Running at 120 EU/t, your EBF is at its most efficient. Keep in mind that upgrading the voltage will decrease the efficiency.

'''Cabling'''

With a functional EBF, you can create redstone alloy cables, which are completely lossless. Make a few- the minor efficiency boost will add up when you run your EBF for hours at a time.

'''Using an MV generator'''

You can use one MV generator, instead of 4 LV ones. If you choose to do so, make sure you only have ONE MV energy hatch instead of two, otherwise it will not work.

'''Upgrading the Voltage'''

120 EU/t is not enough to smelt many things, the most important one being stainless steel. You'll need to supply 4 amps of MV to reach 480 EU/t, the required energy for stainless steel. Keep in mind that running 120 EU/t recipes (such as aluminium or steel) will consume TWICE as much power at 480 EU/t.

=== Coils ===
Upgrading your coils provides two main advantages- the higher heat capacity allows for smelting certain recipes that cannot be performed with cupronickel, and there are two bonuses that will increase the efficiency of your EBF when running lower-heat recipes with higher-heat coils.

Every recipe has a listed "Heat Capacity". This value tells you how much heat you need to perform the recipe, and how much of an efficiency bonus you will get.

'''High-Heat Recipes'''

Some recipes will require more heat than cupronickel coils provide. For instance, energetic alloy requires 2200K, while cupronickel coils only provide 1800K- thus, you cannot smelt energetic alloy until you upgrade your coils.

'''Efficiency Bonuses'''

When you are above the heat capacity of a recipe, you will get two separate efficiency bonuses.

Every 900K above the heat capacity gives you a .95x multiplier to the EU/t consumed. This makes your EBF 5% more efficient for every 900K over the minimum for your recipe.

Every 1800K above the heat capacity gives you an "upgraded overclock". This allows you to run a recipe at a higher voltage, while still maintaining max efficiency.

Example- Normally, smelting aluminium with nitrogen consumes 144,000 EU per ingot at 120 EU/t, or 288,000 EU per ingot if at 480 EU/t, with a heat capacity of 1700K. If you use nichrome, you have a heat capacity of 3600- 1900K over aluminium's required heat capacity. Thus, you get two .95x multipliers and one upgraded overclock. Thus, your actual cost for one aluminium ingot would be 129,960 EU per ingot at 108 EU/t, or 129,960 EU per ingot at 433 EU/t.


== Useful information ==
== Useful information ==
Line 85: Line 156:
*Because of the high pollution levels, keep your muffler upgraded to the highest tier available.
*Because of the high pollution levels, keep your muffler upgraded to the highest tier available.
*'''Do not''' mix different types of Heating Coils.
*'''Do not''' mix different types of Heating Coils.

== Troubleshooting your EBF/Common problems ==

=== The EBF runs for a while, and then turns off ===

*Make sure you are giving it enough power, See Power usage for more details.

=== The EBF Does not start ===

*Hit it with a Soft Mallet to enable it
*Double check the recipe using NEI. Integrated circuits is needed together with the dust inside the input bus. Make sure you have the correct processing gas.
*Make sure the Muffler Hatch is not blocked by another block
*Make sure the Muffler Hatch is facing up
*It could also be caused by it not getting any power at all
*Is the Circuit inside the Input Bus?


{{FTB_Attribution|url=https://ftb.gamepedia.com/Electric_Blast_Furnace|name=Electric Blast Furnace}}
{{FTB_Attribution|url=https://ftb.gamepedia.com/Electric_Blast_Furnace|name=Electric Blast Furnace}}

Revision as of 02:59, 22 January 2019


Your first EBF (Electric Blast Furnace)

Before you Begin

The Electric Blast Furnace is a Multiblock structure. It is 3x3x4 blocks (3 long, 3 wide, and 4 high)

When building your first EBF, you will need:

  • The controller block ("Electric Blast Furnace" in NEI)
  • 16x heating coils ("Cupronickel Coil Block" in NEI, can be upgraded later with better coils)
  • 1x input bus (For inputting items and the control circuit- you'll need at least an LV one, otherwise you won't be able to do most recipes)
  • 1x input hatch (For inputting fluids- any tier will work)
  • 1x output bus (For outputting items- you'll need at least an LV one, otherwise a lot of outputs will be automatically voided)
  • 1x maintenance hatch (For doing maintenance. The controller will tell you what maintenance needs done. 5 of the 6 maintenance items are done with basic tools, while the 6th requires a soldering iron. Alternatively, duct tape can be used to fix all of them at once. If you do not have a soldering iron, you can run the EBF with one maintenance problem not fixed, but will need 3 energy hatches.)
  • 2x or 3x LV energy hatch (Each hatch accepts 2 amps. Since most EBF recipes require 120 EU/t, you will need to supply 4 amps of LV to reach MV. If you do not have a soldering iron, you will need 3 LV hatches accepting a total of 5 amps of LV.)
  • 1x muffler hatch (This affects your pollution output. It also spews smoke and looks cool while the EBF is running.)
  • 1x output hatch (OPTIONAL. This will allow you to get CO2, CO or SO2 from certain recipes, mostly from processing certain ore dusts in the EBF. The muffler hatch controls what percentage of the fluid is returned.)
  • 9-11x heat proof machine casings (number depends on whether you have 2 or 3 energy hatches, and whether or not you have an output hatch)
  • 4x or 5x LV generator of choice (Keep in mind that the EBF consumes a LOT of power, and will need to run for hours at a time. Make sure you have enough infrastructure set up!)

Building your EBF

Once you have all your materials, you can start building!

Keep in mind that while the EBF can survive rain just fine, the generators or battery buffers that power it DO NOT and will explode in the rain.

DO NOT build your EBF over chunk borders. Press F9 twice to display the chunk borders in a green wireframe. Multiblocks built over chunk borders are prone to deforming or exploding.

The total size of the EBF is 3x4x3 (3 wide, 3 long, 4 tall)

Bottom Layer

Start by placing down your controller. It goes in the front middle of the bottom layer.

After that, your input hatch, input bus, output bus(but NOT your output hatch, if you use one), your maintenance hatch, and your energy hatches can go anywhere on the bottom layer.

Finally, fill in any gaps with heat proof machine casings.

Middle Layers

The second and third layers of the EBF are for your 16 cupronickel coils. The inside of the 3x3 should be hollow.

Top Layer

The maintenance hatch goes on the very middle of the top layer, facing upwards.

The output hatch, if you choose to use one, goes in any of the other 8 positions.

Finally, fill in the rest with heat proof machine casings.

Making Your EBF Work

Congratulations! You've now built your EBF. Next, you will need to perform maintenance, set up your EBF's power sources, set up your inputs and outputs, and then, finally, start it up.

Maintenance

To maintain your EBF, you will need to use tools on the maintenance hatch. The controller's GUI will have a list of the maintenance problems- when you first build your EBF, it will require all maintenance to be done, and maintenance problems will periodically (but rarely) pop up after that. The "Better than Duct Tape" quest has a list of all the maintenance items and what tools fix them. Open the maintenance hatch GUI and click on the slot in the center with your tool.

The "Circuitry burnt out" message is the hardest to deal with- it requires a charged soldering iron, a soldering material (a tin, lead, or soldering alloy fine wire or rod. Tin fine wire is recommended- it's very cheap and commonly available) and 10k EU from the soldering iron.

The rest are easy, and only require a small amount of durability from a tool you should be able to easily craft.

Alternatively, use some duct tape to fix all 6 problems at once.

Powering your EBF

The EBF requires 120 EU/t to make aluminium or steel. If you do not have the "Circuitry burnt out" maintenance fixed, it will instead require 132 EU/t.

Each energy hatch can accept a maximum of 2 amps, which is 64 EU/t. Thus, you will need 2 energy hatches, or 3 if you don't have all maintenance problems fixed.

When powering your hatch, use as few cables as possible. If you have more than two blocks of cabling, cable losses will deplete your power to 29 EU/t- 4 amps of that is only 116 EU/t, and your EBF won't run.

Keep in mind that you will need cables that support at least 2 amps.

You can use battery buffers to make life easier. Each buffer needs at least 2 batteries to provide 2 amps. Buffers are HIGHLY recommended for use with steam turbines, due to their inconsistent nature. They are not necessary for combustion generators or gas turbines, but can be useful.

Input and Output

Thankfully, automating an EBF is extremely easy.

Input hatches accept fluids from any pipe, or manually in the GUI using cells.

Input buses accept items from item pipes or hoppers.

Output hatches will automatically output fluids into pipes, but will void them automatically if the hatch is full.

Output buses will automatically output items into any container in front of them, or into an item pipe or hopper, but will void any new outputs if completely full.

Using and Troubleshooting your EBF

Finally. All the hard work is done. All that's left to do is check NEI for a recipe, put in the necessary items and fluid, then right-click the controller with a soft mallet to turn it on.

Many recipes require a programmed circuit- this goes in the input bus, and is not consumed in the process. Make sure you have the right one for your recipe.

Troubleshooting

The EBF runs for a while, or for only a second, and then turns off, usually deleting inputs in the process

  • Make sure you are giving it enough power. See "Powering your EBF" for details.

The EBF will not start, or flashes a green light but does nothing when turned on

  • Hit the EBF with a Soft Mallet to enable it.
  • Double check the recipe using NEI. Integrated circuits is needed together with the dust inside the input bus. Make sure you have the correct processing gas.
  • Make sure the Muffler Hatch is not blocked by another block.
  • Make sure the Muffler Hatch is facing up.
  • It could also be caused by the EBF not getting any power at all.
  • Make sure you have the proper circuit in the input bus.

Upgrading your EBF

Now that you've got your EBF running, it's time to upgrade it to make it run faster and more efficiently!

Power

Running at 120 EU/t, your EBF is at its most efficient. Keep in mind that upgrading the voltage will decrease the efficiency.

Cabling

With a functional EBF, you can create redstone alloy cables, which are completely lossless. Make a few- the minor efficiency boost will add up when you run your EBF for hours at a time.

Using an MV generator

You can use one MV generator, instead of 4 LV ones. If you choose to do so, make sure you only have ONE MV energy hatch instead of two, otherwise it will not work.

Upgrading the Voltage

120 EU/t is not enough to smelt many things, the most important one being stainless steel. You'll need to supply 4 amps of MV to reach 480 EU/t, the required energy for stainless steel. Keep in mind that running 120 EU/t recipes (such as aluminium or steel) will consume TWICE as much power at 480 EU/t.

Coils

Upgrading your coils provides two main advantages- the higher heat capacity allows for smelting certain recipes that cannot be performed with cupronickel, and there are two bonuses that will increase the efficiency of your EBF when running lower-heat recipes with higher-heat coils.

Every recipe has a listed "Heat Capacity". This value tells you how much heat you need to perform the recipe, and how much of an efficiency bonus you will get.

High-Heat Recipes

Some recipes will require more heat than cupronickel coils provide. For instance, energetic alloy requires 2200K, while cupronickel coils only provide 1800K- thus, you cannot smelt energetic alloy until you upgrade your coils.

Efficiency Bonuses

When you are above the heat capacity of a recipe, you will get two separate efficiency bonuses.

Every 900K above the heat capacity gives you a .95x multiplier to the EU/t consumed. This makes your EBF 5% more efficient for every 900K over the minimum for your recipe.

Every 1800K above the heat capacity gives you an "upgraded overclock". This allows you to run a recipe at a higher voltage, while still maintaining max efficiency.

Example- Normally, smelting aluminium with nitrogen consumes 144,000 EU per ingot at 120 EU/t, or 288,000 EU per ingot if at 480 EU/t, with a heat capacity of 1700K. If you use nichrome, you have a heat capacity of 3600- 1900K over aluminium's required heat capacity. Thus, you get two .95x multipliers and one upgraded overclock. Thus, your actual cost for one aluminium ingot would be 129,960 EU per ingot at 108 EU/t, or 129,960 EU per ingot at 433 EU/t.

Useful information

As with all other GregTech multiblock machines:

  • Insufficient energy supply will destroy the currently processed material.
  • When the Output Bus is full, the Electric Blast Furnace will continue to work and will destroy all newly produced items. Put a diamond chest on the output to capture items.
  • If you add an output hatch to the top layer, you can capture output gases for processing.
  • Do NOT build a multiblock machine over chunk borders. Doing so can lead to unpredictable behavior. If you have NEI installed (which you should), chunk borders can be viewed by pressing F9 (by default).
  • Before using the Electric Blast Furnace for the first time, maintenance must be performed.
  • To activate or deactivate the Electric Blast Furnace, hit its control block with a Soft Hammer.
  • EBFs can share walls, just like the BBF. They can also share input and output hatches. Energy hatches sometimes work if shared, so recommendation is to not share them.
  • There can also be more than one input hatch or bus. This way you can dedicate one hatch per input gas.
  • Large fluid cells (search for large*cell in NEI) can be placed in the input hatches to do large batches of items.
  • Because of the high pollution levels, keep your muffler upgraded to the highest tier available.
  • Do not mix different types of Heating Coils.


Content in this page has been copied and possibly modified from the FTB Gamepedia Wiki at (Electric Blast Furnace). Such content is under the CC BY-NC-SA 3.0 License.


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