Each linked producer branch, selected native recipe, quantity, electrical draw, duration, throughput, feed mass balance and first-source boundary. Oil is a finite extracted resource; solar and batteries are not counted as continuous fuel generation.
PF001
Final high-octane gasoline mixer
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
1
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
PF002
Gasoline upgrading
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
1
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
PF003
Raw gasoline mixing
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
1
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
PF004
Nitrous oxide
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
1
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
PF005
ETBE synthesis
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
6
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Perfect Overclock Enabled
Yes
OCCount
0
PF006
Bioethanol hydration
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
6
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Perfect Overclock Enabled
Yes
OCCount
0
PF007
Medium crude-oil fractionation
Include; proposed producer capacity
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native textureOffline wiki reference / native texture
Proposed quantity
4
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Required Crude Oil MBper Second
2,500
Five Fluid Output Hatches
One distinct ordered output per native fraction; retain sulfuric-heavy/light/naphtha, naphthenic acid and sulfuric gas.
PF008
Naphtha desulfurization
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
3
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
PF009
Light-fuel desulfurization
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
1
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
PF010
Refinery-gas desulfurization
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
1
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
PF011
Light-fuel hydrocracking
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
2
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Coil
Cupronickel, native tier0;10%EU discount. No speed modifier or forced OC.
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native textureOffline wiki reference / native texture
Proposed quantity
5
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Controller Metadata
1,126
Recipe
Map
gt.recipe.distillationtower
Ordinal
140
M EUt
120
M Duration
120
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
None recorded
Outputs
None recorded
Fluid Inputs
Name
lightlyhydrocracked.lightfuel
Amount
1,000
Fluid Outputs
Name
liquid_naphtha
Amount
800
Name
octane
Amount
100
Name
butane
Amount
150
Name
propane
Amount
200
Name
ethane
Amount
125
Name
methane
Amount
125
Metadata
Voltage
512
Working Amps
1
Parallel Recipes
1
Max Electrical Draw Per Machine EUt
480
Max Electrical Draw Bank EUt
2,400
Actual Duration Ticks
60
Selected Fluid
octane
Selected Fluid Minimum Demand MBper Second
160
Native Electrical Capacity MBper Second
166.66666666666666
Capacity Margin MBper Second
6.666666666666657
Stock Control Duty At Minimum Demand
0.9600000000000001
Owner Semantics
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Other Fraction Credit MBper Second
Liquid naphtha
1,280
Credit Use
1280naphtha feeds raw gasoline demand1163.636; explicitly retain all butane/propane/ethane/methane byproducts.
PF013
Naphtha steam cracking
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
3
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Required Naphtha And Steam MBper Second
2,500
Coil
Cupronickel,10%EU discount
PF014
Butene/ethylene separation
Include; proposed producer capacity
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native textureOffline wiki reference / native texture
Proposed quantity
10
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Controller Metadata
1,126
Recipe
Map
gt.recipe.distillationtower
Ordinal
137
M EUt
120
M Duration
120
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
None recorded
Outputs
Tiny Pile of Carbon Dust × 1 gregtech:gt.metaitem.01 @10
Fluid Inputs
Name
lightlysteamcracked.naphtha
Amount
1,000
Fluid Outputs
Name
liquid_heavy_fuel
Amount
75
Name
liquid_light_fuel
Amount
150
Name
liquid_toluene
Amount
40
Name
benzene
Amount
150
Name
butene
Amount
80
Name
butadiene
Amount
150
Name
propane
Amount
15
Name
propene
Amount
200
Name
ethane
Amount
35
Name
ethylene
Amount
200
Name
methane
Amount
200
Metadata
Voltage
512
Working Amps
1
Parallel Recipes
1
Max Electrical Draw Per Machine EUt
480
Max Electrical Draw Bank EUt
4,800
Actual Duration Ticks
60
Selected Fluid
butene
Selected Fluid Minimum Demand MBper Second
240
Native Electrical Capacity MBper Second
266.6666666666667
Capacity Margin MBper Second
26.666666666666686
Stock Control Duty At Minimum Demand
0.8999999999999999
Owner Semantics
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Actual Run Flow MBper Second
3,000
Other Fraction Credit MBper Second
Ethylene
600
Liquid toluene
120
Liquid light fuel
450
Liquid heavy fuel
225
Credit Use
600ethylene exceeds240bioethanol demand.450light fuel joins1250desulfurized light fuel to supply1600hydrocracking.120toluene reduces the separate toluene demand to105.455.225heavy fuel reduces heavy desulfurization need to38.636.
PF015
Supplemental toluene separation
Include; proposed producer capacity
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native textureOffline wiki reference / native texture
Proposed quantity
2
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Controller Metadata
1,126
Recipe
Map
gt.recipe.distillationtower
Ordinal
36
M EUt
480
M Duration
120
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
None recorded
Outputs
None recorded
Fluid Inputs
Name
liquid_heavy_fuel
Amount
1,000
Fluid Outputs
Name
liquid_toluene
Amount
400
Name
benzene
Amount
400
Name
phenol
Amount
250
Metadata
Voltage
512
Working Amps
1
Parallel Recipes
1
Max Electrical Draw Per Machine EUt
480
Max Electrical Draw Bank EUt
960
Actual Duration Ticks
120
Selected Fluid
liquid_toluene
Selected Fluid Minimum Demand MBper Second
105.45454545454547
Native Electrical Capacity MBper Second
133.33333333333334
Capacity Margin MBper Second
27.878787878787875
Stock Control Duty At Minimum Demand
0.7909090909090909
Owner Semantics
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Required Heavy Fuel MBper Second
263.6363636363636
PF016
Wood-vinegar fractionation
Include; proposed producer capacity
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native textureOffline wiki reference / native texture
Proposed quantity
2
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Reusable Catalyst
Native zero-amount Calcium Dust; keep a dedicated non-consumed catalyst slot.
PF018
Renewable air/nitrogen separation
Include; proposed producer capacity
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native texture
Proposed quantity
1
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Controller Metadata
790
Recipe
Map
gtpp.recipe.multicentrifuge
Ordinal
22
M EUt
8
M Duration
1,600
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
None recorded
Outputs
None recorded
Fluid Inputs
Name
air
Amount
10,000
Fluid Outputs
Name
oxygen
Amount
1,000
Name
nitrogen
Amount
3,900
Metadata
Voltage
128
Working Amps
4
Parallel Recipes
12
Max Electrical Draw Per Machine EUt
346
Max Electrical Draw Bank EUt
346
Actual Duration Ticks
355
Selected Fluid
nitrogen
Selected Fluid Minimum Demand MBper Second
1,869.090909090909
Native Electrical Capacity MBper Second
2,636.6197183098593
Capacity Margin MBper Second
767.5288092189503
Stock Control Duty At Minimum Demand
0.7088966588966589
Owner Semantics
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Intake Metadata
861
Intake Quantity
1
Intake Capacity Air MBper Second
5,000
Required Air MBper Second
4,792.540792540793
Maximum Nitrogen With Actual Intake MBper Second
1,950.0
Oxygen Byproduct At Demand MBper Second
479.2540792540792
Native Modifiers
EU
0.8999999761581421
Duration
0.4444444477558136
Air Flow Caveat
The electrical maximum needs 6,760.563 air/s; one intake supplies 5,000. Selected 1,869.091 nitrogen/s including both wood-pyro branches needs 4,792.541 air/s and fits the real intake. Its front must remain open.
PF019
Water electrolysis for hydrogen and oxygen
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
3
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Oxygen Bank Capacity MBper Second
2,696.629213483146
Water Bank Maximum MBper Second
2,696.629213483146
Native Modifiers
EU
0.8999999761581421
Duration
0.3571428656578064
Demand Lower Bound Details
Hydrocracking2560H2/s; light1250/6=208.333; fullnaphtha3750/6=625; gas145.455/8=18.182; heavy38.636/4=9.659; total3421.174H2/s before independent utilities.3500selected target includes a small margin; any extra factory consumers receive separate sizing.
PF020
Oxygen liquefaction
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
5
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Controller Metadata
910
Recipe
Map
gtpp.recipe.cryogenicfreezer
Ordinal
150
M EUt
480
M Duration
1,200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
None recorded
Outputs
None recorded
Fluid Inputs
Name
oxygen
Amount
1,000
Fluid Outputs
Name
liquidoxygen
Amount
1,000
Metadata
Voltage
512
Working Amps
4
Parallel Recipes
4
Max Electrical Draw Per Machine EUt
1,728
Max Electrical Draw Bank EUt
8,640
Actual Duration Ticks
545
Selected Fluid
liquidoxygen
Selected Fluid Minimum Demand MBper Second
640
Native Electrical Capacity MBper Second
733.9449541284404
Capacity Margin MBper Second
93.94495412844037
Stock Control Duty At Minimum Demand
0.872
Owner Semantics
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
PF019 already supplies at least1750O2/s at the selected3500H2/s operation; PF004 needs480O2/s and PF020640O2/s. Nitrogen branch oxygen is additional stored supply.
PF021
Cryotheum fluid extraction
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
3
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Controller Metadata
513
Recipe
Map
gt.recipe.fluidextractor
Ordinal
114
M EUt
240
M Duration
200
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
Cryotheum Dust × 1 gregtech:gt.metaitem.01 @2898
Outputs
None recorded
Fluid Inputs
None recorded
Fluid Outputs
Name
cryotheum
Amount
250
Metadata
Voltage
512
Working Amps
1
Parallel Recipes
1
Max Electrical Draw Per Machine EUt
240
Max Electrical Draw Bank EUt
720
Actual Duration Ticks
200
Selected Fluid
cryotheum
Selected Fluid Minimum Demand MBper Second
50
Native Electrical Capacity MBper Second
75.0
Capacity Margin MBper Second
25.0
Stock Control Duty At Minimum Demand
0.6666666666666666
Owner Semantics
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Required Dust Per Second
0.2
Dust Key
gregtech:gt.metaitem.01@2898
PF022
Lubricant brewing
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
2
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Controller Metadata
491
Recipe
Map
gt.recipe.brewer
Ordinal
325
M EUt
4
M Duration
128
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
Talc × 1 gregtech:gt.metaitem.01 @2902
Outputs
None recorded
Fluid Inputs
Name
creosote
Amount
750
Fluid Outputs
Name
lubricant
Amount
750
Metadata
Voltage
32
Working Amps
1
Parallel Recipes
1
Max Electrical Draw Per Machine EUt
4
Max Electrical Draw Bank EUt
8
Actual Duration Ticks
128
Selected Fluid
lubricant
Selected Fluid Minimum Demand MBper Second
35.55555555555556
Native Electrical Capacity MBper Second
234.375
Capacity Margin MBper Second
198.81944444444446
Stock Control Duty At Minimum Demand
0.1517037037037037
Owner Semantics
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Required Creosote MBper Second
35.55555555555556
Required Talc Per Second
0.04740740740740741
Native Electrical Calculation
Detached calculator confirms4EU/t128ticks; do not invent an LV16EU/t overclock.
PF023
Heavy-fuel desulfurization
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
1
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
PF024
Wood-vinegar pyrolysis
Include; proposed producer capacity
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native texture
Proposed quantity
2
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Reserve measured >=4.1logs/s from the automated tree sector for wood vinegar plus creosote. Root saplings/tool replacement and AE buffer limits remain part of the renewable feed.
PF025
Creosote/charcoal pyrolysis
Include; proposed producer capacity
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native texture
Proposed quantity
1
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Coil
Kanthal tier1 duration modifier1; single MV hatch128 does not overclock the64EU/t recipe.
Log Minimum Per Second
0.14222222222222222
Charcoal At Demand Per Second
0.17777777777777778
PF026
Cryotheum dust mixing
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
2
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Controller Metadata
582
Recipe
Map
gt.recipe.mixer
Ordinal
219
M EUt
120
M Duration
160
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
Saltpeter Dust × 1 gregtech:gt.metaitem.01 @2836
Snow Powder × 1 gregtech:gt.metaitem.01 @2728
Redstone Dust × 1 minecraft:redstone @0
Blizz Dust × 1 gregtech:gt.metaitem.01 @2851
Outputs
Cryotheum Dust × 1 gregtech:gt.metaitem.01 @2898
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Voltage
128
Working Amps
1
Parallel Recipes
1
Max Electrical Draw Per Machine EUt
120
Max Electrical Draw Bank EUt
240
Actual Duration Ticks
160
Selected Item Damage
2,898
Required Items Per Second
0.2
Native Electrical Capacity Items Per Second
0.25
Picture Caption
Installed machine-family reference; dedicated proposed production recipe is attached.
PF027
Snow powder maceration
Include; proposed producer capacity
Offline wiki reference / native texture
Proposed quantity
1
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Controller Metadata
301
Recipe
Map
gt.recipe.macerator
Ordinal
8,908
M EUt
4
M Duration
16
M Special Value
0
M Enabled
Yes
M Fake Recipe
No
M Hidden
No
Is NBTSensitive
No
Inputs
Snowball × 1 minecraft:snowball @32767
Outputs
Snow Powder × 1 gregtech:gt.metaitem.01 @2728
Fluid Inputs
None recorded
Fluid Outputs
None recorded
Metadata
Voltage
32
Working Amps
1
Parallel Recipes
1
Max Electrical Draw Per Machine EUt
4
Max Electrical Draw Bank EUt
4
Actual Duration Ticks
16
Selected Item Damage
2,728
Required Items Per Second
0.2
Native Electrical Capacity Items Per Second
1.25
Picture Caption
Installed machine-family reference; dedicated proposed production recipe is attached.
PF028
Renewable benzene-feed wood-tar pyrolysis
Include; proposed producer capacity
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native texture
Proposed quantity
6
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Coil
Kanthal tier1, one ordinary HV OC;96→384EU/t and320→160ticks.
Nitrogen Minimum MBPer Second
666.6666666666666
Logs Minimum Per Second
10.666666666666666
Charcoal At Demand Per Second
13.333333333333334
Quantity Correction
Six ovens, not five:1500tar per160ticks gives187.5mB/s each; six supply1125tar/s, enough to sustain1000tar/s into two towers.
PF029
Additional renewable benzene distillation
Include; proposed producer capacity
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native textureOffline wiki reference / native texture
Proposed quantity
2
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Native perfect4/4OC for LCR; otherwise ordinary4EU/2timeOC unless explicit GT++ modifiers attached. Single normal hatch uses1workingA; two ordinary hatches2Aeach use4total.
Acceptance
Calculated current recipe/owner capability; actual hatch formation, throughput and tank recovery will be tested during authorized implementation, not claimed as present machinery.
Picture Caption
Reference for the named installed machine family; the exact producer count, material grade and source recipes are the editable proposal, not a photograph of an existing factory.
Woodtar Required MBPer Second
1,000
Purpose
Supplies the remote oil rigs independently of their own oil until the staged refinery also supplies450benzene/s. Retain creosote, phenol, toluene and xylene byproducts; no infinite oil loop.
PF-AUX-oilOutposts
Fluid Drilling Rig III
Include; proposed producer capacity
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native textureOffline wiki reference / native texture
Proposed quantity
4
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Power And Supply
Local Generator Metadata
1,118
Name
Turbo Gas Turbine II
Quantity
4
Native Output Voltage
2,048
Native Output Amperage
1
Native Efficiency Percent
60
Raw Fuel EUper MB
360
Actual Benzene EUPer MB
216
Local Assembly Per Rig
One EV1118 generator front output through a short EV-rated cable into that rig EV44 energy hatch; native164352EU generator buffer smooths1mB fuel operations. One filtered Ender Tank receiver plus a64,000mB local benzene buffer per rig. Matched shared-color central send tank carries the same canonical fluid. AE wireless is not a cross-dimensional EU link.
Electrical Demand EUt Per Rig
1,792
Native Fuel MBper Second Four Rigs At Demand
663.7037037037037
Native Fuel MBper Second Four At Full EVOutput
758.5185185185185
Conservative Integer Provision MBper Second
800
Credited Refinery Benzene MBper Second
450
Additional Renewable Benzene MBper Second
400
Total Benzene Supply MBper Second
850
Margin At Rig Demand MBper Second
186.2962962962963
Margin At Full EVOutput MBper Second
91.48148148148152
Margin At Conservative Integer Provision MBper Second
The actual remote7,168EU/t is generated on site from budgeted benzene. Central source production is already in the producerBOM; retain7,168EU/t equivalent headroom inside65,536service reserve conservatively, but do not claim it is additional central cable load.
Startup
Precharge the reviewed ordinary energy reserve using eligible lower-tier generation, or the proposed EV solar array after actual sky/day/weather checks. Start renewable wood-tar benzene first, then two rigs (331.852benzene/s), third after refinery byproduct increases, then fourth. Only add the full factory/room endpoints after sustainable fuel buffers recover. The finite initial fuel/energy buffers are startup stock, not endless generation.
Only surveyed existing medium-oil fields satisfying this actual sustained flow are selected. Four is a starting quantity, not a promise every random field yields enough; relocate/add admissible outposts or reduce enabled engine count when field output falls. No oil reserve is infinite. Remote pump power is included in the replenishment reserve.
PF-AUX-steamUtility
Large Bronze Boiler
Include; proposed producer capacity
Offline wiki reference / native textureMore reference picturesOffline wiki reference / native textureOffline wiki reference / native texture
Proposed quantity
1
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Controller Metadata
1,020
Native Steam Capacity MBper Second
16,000
Required Steam MBper Second
2,980
Coal Equivalent Per Second At Demand
0.093125
Normal Steam Water Minimum MBper Second
18.625
EU/t
0
Fuel Source
Renewable tree charcoal; ordinary steam recipes use steam, not superheatedsteam. Independent water and fuel buffers plus low-water shutdown are required.
PF-AUX-farmSectorProtectedInputs
Farm Sector Protected Inputs
Include; proposed producer capacity
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Budget Owner
The separate 24,576 EU/t protected farm sector; do not count the same farm power twice as new fuel-factory production.
Cold Blaze
Native Mob Row
M057
Species
Evolved Cold Blaze
First Capture Dimension
Europa, rocket tier3
Controller
14,201
Proposed Dedicated EEC
1
Ordinary Drop
GT Blizz Dust2851,50% ordinary chance, no player-only or conditional modifier
Minimum Blizz Dust Items Per Second
0.2
Minimum Expected Kills Per Second
0.4
Snowman
Native Mob Row
M104
Species
Vanilla Snowman
Controller
14,201
Proposed Dedicated EEC
1
Ordinary Drop
minecraft:snowball@0 amount8, no player-only or special condition; native SoulVial accepts it
Minimum Snowballs Per Second
0.2
Minimum Expected Kills Per Second
0.025
Reservation Rule
Reserve fuel-stock recovery first within the farm sector, using actual captured mob PoweredSpawners and native EEC processing. Measure output under the selected legal operating voltage; do not claim chance-based drops are guaranteed per kill. Other farm jobs queue behind this replenishment when buffer thresholds are low.
All30mob cells and13activecrop managers share scheduling within24,576EU/t. ColdBlaze/Snowman fuel-stock replenishment has priority; no claim that30IV EECs operate simultaneously. Remaining farm jobs queue and use duty cycling.
PF-AUX-renewableTreeFeed
Renewable Tree Feed
Include; proposed producer capacity
Automation
Stock-controlled native process; retain catalysts and circuit settings, supply inputs continuously, import usable outputs and byproducts into AE2. Shut down on missing feed, unsafe fluid levels or full buffers.
AE2 Storage
Dedicated fluid partition and visible working tank; exact recipe outputs and feed rates are retained below.
Full native requirements and source evidence
Minimum Logs Per Second
14.687676767676766
Planned Reservation Logs Per Second
15.5
Source
Existing proposed automated ordinary-oak tree/TGS production; reserve this common renewable feed ahead of decorative species or surplus burns. Actual sustained harvest/tool/fertilizer recovery is an implementation acceptance check.
