Reaction information

Information on Reactions, with some pricing. Alchemy reactions will have the full output priced out

Due to refining changes, all Unrefined materials are being calculated at a 50% return. You need scrap metal processing to increase this, by 1% per level. I /think/ I've got it working right. If you can tell me one way or another, please do.

Synth Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Garbage	20	5	431
Celadon Mykoserocin	40	400	3,114,630
Overall		430	3,226,657

Output
Material	Quantity	Volume m3	Total value
Pure Synth Exile Booster	30	30	2,730,000
Overall		30	2,730,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-496,657	430	30	1
One day	-3,973,254	3,440	240	8
Thirty days	-119,197,620	103,200	7,200	240

-119,197,620

Standard Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Water	20	3.8	12,338
Celadon Cytoserocin	20	200	1,377,788
Overall		228.8	1,501,722

Output
Material	Quantity	Volume m3	Total value
Pure Standard Exile Booster	15	15	1,784,350
Overall		15	1,784,350

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	282,628	229	15	1
One day	2,261,026	1,830	120	8
Thirty days	67,830,768	54,912	3,600	240

67,830,768

Synth Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Garbage	20	5	431
Malachite Mykoserocin	40	400	7,093,559
Overall		430	7,207,224

Output
Material	Quantity	Volume m3	Total value
Pure Synth Mindflood Booster	30	30	7,494,745
Overall		30	7,494,745

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	287,520	430	30	1
One day	2,300,161	3,440	240	8
Thirty days	69,004,836	103,200	7,200	240

69,004,836

Synth X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Garbage	20	5	431
Vermillion Mykoserocin	40	400	5,485,564
Overall		430	5,595,266

Output
Material	Quantity	Volume m3	Total value
Pure Synth X-Instinct Booster	30	30	4,499,757
Overall		30	4,499,757

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,095,509	430	30	1
One day	-8,764,075	3,440	240	8
Thirty days	-262,922,244	103,200	7,200	240

-262,922,244

Improved Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Pure Standard Blue Pill Booster	15	15	1,852,500
Pure Standard Crash Booster	15	15	1,875,000
Spirits	20	4	10,251
Overall		59	3,841,751

Output
Material	Quantity	Volume m3	Total value
Pure Improved Crash Booster	12	12	5,340,000
Overall		12	5,340,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,498,249	59	12	1
One day	11,985,989	472	96	8
Thirty days	359,579,664	14,160	2,880	240

359,579,664

Improved Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Pure Standard Frentix Booster	15	15	1,556,438
Pure Standard Mindflood Booster	15	15	2,248,500
Spirits	20	4	10,251
Overall		59	3,928,424

Output
Material	Quantity	Volume m3	Total value
Pure Improved Frentix Booster	12	12	0
Overall		12	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-3,928,424	59	12	1
One day	-31,427,388	472	96	8
Thirty days	-942,821,652	14,160	2,880	240

-942,821,652

Strong Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Pure Improved Drop Booster	12	12	2,967,600
Pure Standard X-Instinct Booster	15	15	1,402,533
Hydrochloric Acid	20	10	12,016
Overall		62	4,493,745

Output
Material	Quantity	Volume m3	Total value
Pure Strong Drop Booster	12	12	9,600,000
Overall		12	9,600,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	5,106,255	62	12	1
One day	40,850,039	496	96	8
Thirty days	1,225,501,164	14,880	2,880	240

1,225,501,164

Strong X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Pure Improved X-Instinct Booster	12	12	3,264,000
Pure Standard Exile Booster	15	15	1,784,350
Hydrochloric Acid	20	10	12,016
Overall		62	5,169,638

Output
Material	Quantity	Volume m3	Total value
Pure Strong X-Instinct Booster	12	12	10,798,800
Overall		12	10,798,800

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	5,629,162	62	12	1
One day	45,033,294	496	96	8
Thirty days	1,350,998,832	14,880	2,880	240

1,350,998,832

Synth Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Garbage	20	5	431
Lime Mykoserocin	40	400	8,057,106
Overall		430	8,170,771

Output
Material	Quantity	Volume m3	Total value
Pure Synth Frentix Booster	30	30	7,137,000
Overall		30	7,137,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,033,771	430	30	1
One day	-8,270,167	3,440	240	8
Thirty days	-248,105,004	103,200	7,200	240

-248,105,004

Standard Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Water	20	3.8	12,338
Malachite Cytoserocin	20	200	1,488,000
Overall		228.8	1,613,573

Output
Material	Quantity	Volume m3	Total value
Pure Standard Mindflood Booster	15	15	2,248,500
Overall		15	2,248,500

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	634,927	229	15	1
One day	5,079,416	1,830	120	8
Thirty days	152,382,468	54,912	3,600	240

152,382,468

Synth Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Garbage	20	5	431
Azure Mykoserocin	40	400	1,928,038
Overall		430	2,037,740

Output
Material	Quantity	Volume m3	Total value
Pure Synth Sooth Sayer Booster	30	30	1,800,000
Overall		30	1,800,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-237,740	430	30	1
One day	-1,901,924	3,440	240	8
Thirty days	-57,057,708	103,200	7,200	240

-57,057,708

Synth Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Garbage	20	5	431
Amber Mykoserocin	40	400	2,896,220
Overall		430	3,000,651

Output
Material	Quantity	Volume m3	Total value
Pure Synth Blue Pill Booster	30	30	4,440,000
Overall		30	4,440,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,439,349	430	30	1
One day	11,514,795	3,440	240	8
Thirty days	345,443,856	103,200	7,200	240

345,443,856

Improved Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Pure Standard Drop Booster	15	15	2,083,402
Pure Standard Exile Booster	15	15	1,784,350
Oxygen	20	3.8	11,400
Overall		58.8	3,990,748

Output
Material	Quantity	Volume m3	Total value
Pure Improved Drop Booster	12	12	2,967,600
Overall		12	2,967,600

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,023,148	59	12	1
One day	-8,185,184	470	96	8
Thirty days	-245,555,532	14,112	2,880	240

-245,555,532

Improved X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Pure Standard X-Instinct Booster	15	15	1,402,533
Pure Standard Sooth Sayer Booster	15	15	2,467,357
Oxygen	20	3.8	11,400
Overall		58.8	3,990,561

Output
Material	Quantity	Volume m3	Total value
Pure Improved X-Instinct Booster	12	12	3,264,000
Overall		12	3,264,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-726,561	59	12	1
One day	-5,812,490	470	96	8
Thirty days	-174,374,700	14,112	2,880	240

-174,374,700

Strong Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Pure Improved Exile Booster	12	12	3,599,787
Pure Standard Sooth Sayer Booster	15	15	2,467,357
Hydrochloric Acid	20	10	12,016
Overall		62	6,190,756

Output
Material	Quantity	Volume m3	Total value
Pure Strong Exile Booster	12	12	11,887,304
Overall		12	11,887,304

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	5,696,547	62	12	1
One day	45,572,379	496	96	8
Thirty days	1,367,171,359	14,880	2,880	240

1,367,171,359

Strong Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Pure Improved Sooth Sayer Booster	12	12	4,800,000
Pure Standard Drop Booster	15	15	2,083,402
Hydrochloric Acid	20	10	12,016
Overall		62	7,004,690

Output
Material	Quantity	Volume m3	Total value
Pure Strong Sooth Sayer Booster	12	12	0
Overall		12	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-7,004,690	62	12	1
One day	-56,037,522	496	96	8
Thirty days	-1,681,125,648	14,880	2,880	240

-1,681,125,648

Standard Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Water	20	3.8	12,338
Lime Cytoserocin	20	200	1,413,000
Overall		228.8	1,538,573

Output
Material	Quantity	Volume m3	Total value
Pure Standard Frentix Booster	15	15	1,556,438
Overall		15	1,556,438

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	17,864	229	15	1
One day	142,916	1,830	120	8
Thirty days	4,287,468	54,912	3,600	240

4,287,468

Standard X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Water	20	3.8	12,338
Vermillion Cytoserocin	20	200	2,980,000
Overall		228.8	3,101,610

Output
Material	Quantity	Volume m3	Total value
Pure Standard X-Instinct Booster	15	15	1,402,533
Overall		15	1,402,533

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,699,077	229	15	1
One day	-13,592,615	1,830	120	8
Thirty days	-407,778,444	54,912	3,600	240

-407,778,444

Standard Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Water	20	3.8	12,338
Amber Cytoserocin	20	200	1,500,801
Overall		228.8	1,617,139

Output
Material	Quantity	Volume m3	Total value
Pure Standard Blue Pill Booster	15	15	1,852,500
Overall		15	1,852,500

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	235,361	229	15	1
One day	1,882,886	1,830	120	8
Thirty days	56,486,592	54,912	3,600	240

56,486,592

Synth Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Garbage	20	5	431
Golden Mykoserocin	40	400	2,866,769
Overall		430	2,971,200

Output
Material	Quantity	Volume m3	Total value
Pure Synth Crash Booster	30	30	4,884,182
Overall		30	4,884,182

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,912,982	430	30	1
One day	15,303,856	3,440	240	8
Thirty days	459,115,680	103,200	7,200	240

459,115,680

Improved Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Pure Standard Drop Booster	15	15	2,083,402
Pure Standard Exile Booster	15	15	1,784,350
Spirits	20	4	10,251
Overall		59	3,989,600

Output
Material	Quantity	Volume m3	Total value
Pure Improved Exile Booster	12	12	3,599,787
Overall		12	3,599,787

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-389,813	59	12	1
One day	-3,118,502	472	96	8
Thirty days	-93,555,055	14,160	2,880	240

-93,555,055

Improved Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Pure Standard X-Instinct Booster	15	15	1,402,533
Pure Standard Sooth Sayer Booster	15	15	2,467,357
Spirits	20	4	10,251
Overall		59	3,989,413

Output
Material	Quantity	Volume m3	Total value
Pure Improved Sooth Sayer Booster	12	12	4,800,000
Overall		12	4,800,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	810,587	59	12	1
One day	6,484,696	472	96	8
Thirty days	194,540,868	14,160	2,880	240

194,540,868

Strong Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Pure Improved Mindflood Booster	12	12	5,400,000
Pure Standard Crash Booster	15	15	1,875,000
Hydrochloric Acid	20	10	12,016
Overall		62	7,400,251

Output
Material	Quantity	Volume m3	Total value
Pure Strong Mindflood Booster	12	12	11,998,800
Overall		12	11,998,800

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	4,598,549	62	12	1
One day	36,788,392	496	96	8
Thirty days	1,103,651,748	14,880	2,880	240

1,103,651,748

Improved Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Pure Standard Blue Pill Booster	15	15	1,852,500
Pure Standard Crash Booster	15	15	1,875,000
Oxygen	20	3.8	11,400
Overall		58.8	3,842,900

Output
Material	Quantity	Volume m3	Total value
Pure Improved Blue Pill Booster	12	12	4,795,200
Overall		12	4,795,200

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	952,300	59	12	1
One day	7,618,403	470	96	8
Thirty days	228,552,096	14,112	2,880	240

228,552,096

Synth Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Garbage	20	5	431
Viridian Mykoserocin	40	400	5,274,961
Overall		430	5,386,988

Output
Material	Quantity	Volume m3	Total value
Pure Synth Drop Booster	30	30	4,669,572
Overall		30	4,669,572

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-717,416	430	30	1
One day	-5,739,327	3,440	240	8
Thirty days	-172,179,804	103,200	7,200	240

-172,179,804

Standard Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Water	20	3.8	12,338
Viridian Cytoserocin	20	200	1,148,456
Overall		228.8	1,272,390

Output
Material	Quantity	Volume m3	Total value
Pure Standard Drop Booster	15	15	2,083,402
Overall		15	2,083,402

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	811,013	229	15	1
One day	6,488,101	1,830	120	8
Thirty days	194,643,024	54,912	3,600	240

194,643,024

Standard Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Water	20	3.8	12,338
Azure Cytoserocin	20	200	1,818,634
Overall		228.8	1,940,244

Output
Material	Quantity	Volume m3	Total value
Pure Standard Sooth Sayer Booster	15	15	2,467,357
Overall		15	2,467,357

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	527,113	229	15	1
One day	4,216,907	1,830	120	8
Thirty days	126,507,204	54,912	3,600	240

126,507,204

Standard Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Water	20	3.8	12,338
Golden Cytoserocin	20	200	1,024,008
Overall		228.8	1,140,346

Output
Material	Quantity	Volume m3	Total value
Pure Standard Crash Booster	15	15	1,875,000
Overall		15	1,875,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	734,654	229	15	1
One day	5,877,232	1,830	120	8
Thirty days	176,316,960	54,912	3,600	240

176,316,960

Strong Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Pure Improved Blue Pill Booster	12	12	4,795,200
Pure Standard Mindflood Booster	15	15	2,248,500
Hydrochloric Acid	20	10	12,016
Overall		62	7,159,716

Output
Material	Quantity	Volume m3	Total value
Pure Strong Blue Pill Booster	12	12	456,000,000
Overall		12	456,000,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	448,840,284	62	12	1
One day	3,590,722,269	496	96	8
Thirty days	107,721,668,064	14,880	2,880	240

107,721,668,064

Improved Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Pure Standard Frentix Booster	15	15	1,556,438
Pure Standard Mindflood Booster	15	15	2,248,500
Oxygen	20	3.8	11,400
Overall		58.8	3,929,572

Output
Material	Quantity	Volume m3	Total value
Pure Improved Mindflood Booster	12	12	5,400,000
Overall		12	5,400,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,470,428	59	12	1
One day	11,763,426	470	96	8
Thirty days	352,902,780	14,112	2,880	240

352,902,780

Strong Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Pure Improved Crash Booster	12	12	5,340,000
Pure Standard Frentix Booster	15	15	1,556,438
Hydrochloric Acid	20	10	12,016
Overall		62	7,012,454

Output
Material	Quantity	Volume m3	Total value
Pure Strong Crash Booster	12	12	14,999,914
Overall		12	14,999,914

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	7,987,460	62	12	1
One day	63,899,683	496	96	8
Thirty days	1,916,990,501	14,880	2,880	240

1,916,990,501

Strong Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Pure Improved Frentix Booster	12	12	0
Pure Standard Blue Pill Booster	15	15	1,852,500
Hydrochloric Acid	20	10	12,016
Overall		62	1,977,751

Output
Material	Quantity	Volume m3	Total value
Pure Strong Frentix Booster	12	12	7,200,000
Overall		12	7,200,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	5,222,249	62	12	1
One day	41,777,992	496	96	8
Thirty days	1,253,339,748	14,880	2,880	240

1,253,339,748

Ceramic Powder Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Evaporite Deposits	100	5	61,717
Silicates	100	5	62,546
Overall		35	233,534

Output
Material	Quantity	Volume m3	Total value
Ceramic Powder	200	40	309,908
Overall		40	309,908

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	76,374	35	40	1
One day	610,988	280	320	8
Thirty days	18,329,652	8,400	9,600	240

18,329,652

Ferrofluid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Hafnium	100	5	1,343,000
Dysprosium	100	5	8,143,638
Overall		35	9,595,909

Output
Material	Quantity	Volume m3	Total value
Ferrofluid	200	40	9,384,888
Overall		40	9,384,888

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-211,021	35	40	1
One day	-1,688,172	280	320	8
Thirty days	-50,645,148	8,400	9,600	240

-50,645,148

Neo Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Mercury	100	5	704,859
Neodymium	100	5	7,727,485
Overall		35	8,545,579

Output
Material	Quantity	Volume m3	Total value
Neo Mercurite	200	40	8,902,966
Overall		40	8,902,966

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	357,387	35	40	1
One day	2,859,099	280	320	8
Thirty days	85,772,964	8,400	9,600	240

85,772,964

Solerium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Chromium	100	5	826,679
Caesium	100	5	721,063
Overall		35	1,659,338

Output
Material	Quantity	Volume m3	Total value
Solerium	200	40	1,909,908
Overall		40	1,909,908

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	250,570	35	40	1
One day	2,004,562	280	320	8
Thirty days	60,136,860	8,400	9,600	240

60,136,860

Prometium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Cadmium	100	5	607,399
Promethium	100	5	8,309,452
Overall		35	9,028,447

Output
Material	Quantity	Volume m3	Total value
Prometium	200	40	8,452,000
Overall		40	8,452,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-576,447	35	40	1
One day	-4,611,574	280	320	8
Thirty days	-138,347,220	8,400	9,600	240

-138,347,220

Unrefined Platinum Technite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Cobalt	100	5	152,782
Platinum	100	5	762,573
Overall		35	1,028,590

Output
Material	Quantity	Volume m3	Total value
Unrefined Platinum Technite	1	1	1,206
Overall		1	1,206

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,027,384	35	1	1
One day	-4,109,535	140	4	4
Thirty days	-123,286,038	4,200	120	120

-123,286,038

Unrefined Rolled Tungsten Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Atmospheric Gases	100	5	73,831
Tungsten	100	5	201,445
Overall		35	379,276

Output
Material	Quantity	Volume m3	Total value
Unrefined Rolled Tungsten Alloy	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-379,276	35	1	1
One day	-1,517,104	140	4	4
Thirty days	-45,513,120	4,200	120	120

-45,513,120

Unrefined Hyperflurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Chromium	100	5	826,679
Vanadium	100	5	297,877
Overall		35	1,228,556

Output
Material	Quantity	Volume m3	Total value
Unrefined Hyperflurite	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,228,556	35	1	1
One day	-4,914,224	140	4	4
Thirty days	-147,426,720	4,200	120	120

-147,426,720

Unrefined Dysporite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Cadmium	100	5	607,399
Mercury	100	5	704,859
Overall		35	1,425,493

Output
Material	Quantity	Volume m3	Total value
Unrefined Dysporite	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,425,493	35	1	1
One day	-5,701,971	140	4	4
Thirty days	-171,059,118	4,200	120	120

-171,059,118

Titanium Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Titanium Chromide	100	20	631,234
Silicon Diborite	100	20	178,560
Overall		65	921,390

Output
Material	Quantity	Volume m3	Total value
Titanium Carbide	10000	100	1,086,000
Overall		100	1,086,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	164,610	65	100	1
One day	1,316,882	520	800	8
Thirty days	39,506,460	15,600	24,000	240

39,506,460

Sylramic Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Ceramic Powder	100	20	154,954
Hexite	100	20	1,026,847
Overall		65	1,295,036

Output
Material	Quantity	Volume m3	Total value
Sylramic Fibers	6000	300	1,504,860
Overall		300	1,504,860

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	209,824	65	300	1
One day	1,678,595	520	2,400	8
Thirty days	50,357,844	15,600	72,000	240

50,357,844

Hypersynaptic Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Solerium	100	20	954,954
Dysporite	100	20	4,043,150
Vanadium Hafnite	100	20	1,163,000
Overall		85	6,272,700

Output
Material	Quantity	Volume m3	Total value
Hypersynaptic Fibers	750	450	6,573,263
Overall		450	6,573,263

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	300,563	85	450	1
One day	2,404,502	680	3,600	8
Thirty days	72,135,060	20,400	108,000	240

72,135,060

Terahertz Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Rolled Tungsten Alloy	100	20	669,413
Promethium Mercurite	100	20	4,683,217
Overall		65	5,465,865

Output
Material	Quantity	Volume m3	Total value
Terahertz Metamaterials	300	300	5,368,839
Overall		300	5,368,839

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-97,026	65	300	1
One day	-776,205	520	2,400	8
Thirty days	-23,286,156	15,600	72,000	240

-23,286,156

Oxy-Organic Solvents Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Hydrocarbons	2000	100	2,138,640
Atmospheric Gases	2000	100	1,476,620
Overall		225	3,726,856

Output
Material	Quantity	Volume m3	Total value
Oxy-Organic Solvents	10	1	4,129,132
Overall		1	4,129,132

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	402,276	225	1	1
One day	3,218,209	1,800	8	8
Thirty days	96,546,276	54,000	240	240

96,546,276

Crystallite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Cobalt	100	5	152,782
Cadmium	100	5	607,399
Overall		35	873,416

Output
Material	Quantity	Volume m3	Total value
Crystallite Alloy	200	40	1,058,878
Overall		40	1,058,878

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	185,462	35	40	1
One day	1,483,699	280	320	8
Thirty days	44,510,964	8,400	9,600	240

44,510,964

Fluxed Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Neodymium	100	5	7,727,485
Thulium	100	5	5,758,079
Overall		35	13,597,160

Output
Material	Quantity	Volume m3	Total value
Fluxed Condensates	200	40	6,270,000
Overall		40	6,270,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-7,327,160	35	40	1
One day	-58,617,278	280	320	8
Thirty days	-1,758,518,340	8,400	9,600	240

-1,758,518,340

Platinum Technite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Platinum	100	5	762,573
Technetium	100	5	975,637
Overall		35	1,842,210

Output
Material	Quantity	Volume m3	Total value
Platinum Technite	200	40	3,029,830
Overall		40	3,029,830

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,187,620	35	40	1
One day	9,500,960	280	320	8
Thirty days	285,028,800	8,400	9,600	240

285,028,800

Sulfuric Acid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Atmospheric Gases	100	5	73,831
Evaporite Deposits	100	5	61,717
Overall		35	239,548

Output
Material	Quantity	Volume m3	Total value
Sulfuric Acid	200	40	377,850
Overall		40	377,850

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	138,302	35	40	1
One day	1,106,416	280	320	8
Thirty days	33,192,480	8,400	9,600	240

33,192,480

Thulium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Hafnium	100	5	1,343,000
Thulium	100	5	5,758,079
Overall		35	7,210,350

Output
Material	Quantity	Volume m3	Total value
Thulium Hafnite	200	40	6,885,362
Overall		40	6,885,362

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-324,988	35	40	1
One day	-2,599,908	280	320	8
Thirty days	-77,997,228	8,400	9,600	240

-77,997,228

Unrefined Solerium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Scandium	100	5	139,068
Chromium	100	5	826,679
Overall		35	1,075,018

Output
Material	Quantity	Volume m3	Total value
Unrefined Solerium	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,075,018	35	1	1
One day	-4,300,074	140	4	4
Thirty days	-129,002,214	4,200	120	120

-129,002,214

Unrefined Titanium Chromide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Evaporite Deposits	100	5	61,717
Titanium	100	5	179,937
Overall		35	345,654

Output
Material	Quantity	Volume m3	Total value
Unrefined Titanium Chromide	1	1	1,500
Overall		1	1,500

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-344,154	35	1	1
One day	-1,376,616	140	4	4
Thirty days	-41,298,480	4,200	120	120

-41,298,480

Unrefined Ferrofluid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Cadmium	100	5	607,399
Hafnium	100	5	1,343,000
Overall		35	2,059,670

Output
Material	Quantity	Volume m3	Total value
Unrefined Ferrofluid	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-2,059,670	35	1	1
One day	-8,238,682	140	4	4
Thirty days	-247,160,454	4,200	120	120

-247,160,454

Unrefined Fluxed Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Vanadium	100	5	297,877
Platinum	100	5	762,573
Overall		35	1,172,046

Output
Material	Quantity	Volume m3	Total value
Unrefined Fluxed Condensates	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,172,046	35	1	1
One day	-4,688,183	140	4	4
Thirty days	-140,645,490	4,200	120	120

-140,645,490

Crystalline Carbonide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Crystallite Alloy	100	20	529,439
Carbon Polymers	100	20	164,300
Overall		65	806,974

Output
Material	Quantity	Volume m3	Total value
Crystalline Carbonide	10000	100	991,000
Overall		100	991,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	184,026	65	100	1
One day	1,472,211	520	800	8
Thirty days	44,166,324	15,600	24,000	240

44,166,324

Fulleride Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Carbon Polymers	100	20	164,300
Platinum Technite	100	20	1,514,915
Overall		65	1,783,215

Output
Material	Quantity	Volume m3	Total value
Fullerides	3000	450	2,037,750
Overall		450	2,037,750

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	254,535	65	450	1
One day	2,036,280	520	3,600	8
Thirty days	61,088,400	15,600	108,000	240

61,088,400

Ferrogel Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Hexite	100	20	1,026,847
Hyperflurite	100	20	3,818,672
Ferrofluid	100	20	4,692,444
Prometium	100	20	4,226,000
Overall		105	13,873,234

Output
Material	Quantity	Volume m3	Total value
Ferrogel	400	400	13,334,072
Overall		400	13,334,072

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-539,162	105	400	1
One day	-4,313,300	840	3,200	8
Thirty days	-129,398,988	25,200	96,000	240

-129,398,988

Photonic Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Crystallite Alloy	100	20	529,439
Thulium Hafnite	100	20	3,442,681
Overall		65	4,083,716

Output
Material	Quantity	Volume m3	Total value
Photonic Metamaterials	300	300	4,672,212
Overall		300	4,672,212

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	588,496	65	300	1
One day	4,707,970	520	2,400	8
Thirty days	141,239,100	15,600	72,000	240

141,239,100

Pressurized Oxidizers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Carbon Polymers	200	40	328,600
Sulfuric Acid	200	40	377,850
Oxy-Organic Solvents	1	0.1	412,913
Overall		80.1	1,119,363

Output
Material	Quantity	Volume m3	Total value
Pressurized Oxidizers	200	20	1,108,288
Overall		20	1,108,288

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-11,075	80	20	1
One day	-88,602	641	160	8
Thirty days	-2,658,046	19,224	4,800	240

-2,658,046

Caesarium Cadmide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Cadmium	100	5	607,399
Caesium	100	5	721,063
Overall		35	1,440,058

Output
Material	Quantity	Volume m3	Total value
Caesarium Cadmide	200	40	1,678,000
Overall		40	1,678,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	237,942	35	40	1
One day	1,903,538	280	320	8
Thirty days	57,106,140	8,400	9,600	240

57,106,140

Dysporite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Mercury	100	5	704,859
Dysprosium	100	5	8,143,638
Overall		35	8,961,732

Output
Material	Quantity	Volume m3	Total value
Dysporite	200	40	8,086,300
Overall		40	8,086,300

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-875,432	35	40	1
One day	-7,003,453	280	320	8
Thirty days	-210,103,596	8,400	9,600	240

-210,103,596

Hexite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Chromium	100	5	826,679
Platinum	100	5	762,573
Overall		35	1,693,252

Output
Material	Quantity	Volume m3	Total value
Hexite	200	40	2,053,694
Overall		40	2,053,694

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	360,442	35	40	1
One day	2,883,536	280	320	8
Thirty days	86,506,080	8,400	9,600	240

86,506,080

Rolled Tungsten Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Tungsten	100	5	201,445
Platinum	100	5	762,573
Overall		35	1,068,018

Output
Material	Quantity	Volume m3	Total value
Rolled Tungsten Alloy	200	40	1,338,826
Overall		40	1,338,826

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	270,808	35	40	1
One day	2,166,464	280	320	8
Thirty days	64,993,920	8,400	9,600	240

64,993,920

Titanium Chromide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Titanium	100	5	179,937
Chromium	100	5	826,679
Overall		35	1,118,212

Output
Material	Quantity	Volume m3	Total value
Titanium Chromide	200	40	1,262,468
Overall		40	1,262,468

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	144,256	35	40	1
One day	1,154,050	280	320	8
Thirty days	34,621,500	8,400	9,600	240

34,621,500

Promethium Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Mercury	100	5	704,859
Promethium	100	5	8,309,452
Overall		35	9,127,546

Output
Material	Quantity	Volume m3	Total value
Promethium Mercurite	200	40	9,366,434
Overall		40	9,366,434

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	238,888	35	40	1
One day	1,911,107	280	320	8
Thirty days	57,333,204	8,400	9,600	240

57,333,204

Unrefined Caesarium Cadmide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Scandium	100	5	139,068
Cadmium	100	5	607,399
Overall		35	855,738

Output
Material	Quantity	Volume m3	Total value
Unrefined Caesarium Cadmide	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-855,738	35	1	1
One day	-3,422,954	140	4	4
Thirty days	-102,688,614	4,200	120	120

-102,688,614

Unrefined Fernite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Hydrocarbons	100	5	106,932
Scandium	100	5	139,068
Overall		35	355,271

Output
Material	Quantity	Volume m3	Total value
Unrefined Fernite Alloy	1	1	6,000
Overall		1	6,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-349,271	35	1	1
One day	-1,397,086	140	4	4
Thirty days	-41,912,574	4,200	120	120

-41,912,574

Unrefined Prometium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Chromium	100	5	826,679
Cadmium	100	5	607,399
Overall		35	1,545,674

Output
Material	Quantity	Volume m3	Total value
Unrefined Prometium	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,545,674	35	1	1
One day	-6,182,695	140	4	4
Thirty days	-185,480,850	4,200	120	120

-185,480,850

Unrefined Thulium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Vanadium	100	5	297,877
Hafnium	100	5	1,343,000
Overall		35	1,750,148

Output
Material	Quantity	Volume m3	Total value
Unrefined Thulium Hafnite	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,750,148	35	1	1
One day	-7,000,594	140	4	4
Thirty days	-210,017,814	4,200	120	120

-210,017,814

Fernite Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Fernite Alloy	100	20	384,079
Ceramic Powder	100	20	154,954
Overall		65	648,304

Output
Material	Quantity	Volume m3	Total value
Fernite Carbide	10000	100	689,000
Overall		100	689,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	40,696	65	100	1
One day	325,564	520	800	8
Thirty days	9,766,932	15,600	24,000	240

9,766,932

Phenolic Composites Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Silicon Diborite	100	20	178,560
Caesarium Cadmide	100	20	839,000
Vanadium Hafnite	100	20	1,163,000
Overall		85	2,292,156

Output
Material	Quantity	Volume m3	Total value
Phenolic Composites	2200	440	2,639,582
Overall		440	2,639,582

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	347,426	85	440	1
One day	2,779,410	680	3,520	8
Thirty days	83,382,300	20,400	105,600	240

83,382,300

Fermionic Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Caesarium Cadmide	100	20	839,000
Dysporite	100	20	4,043,150
Fluxed Condensates	100	20	3,135,000
Prometium	100	20	4,226,000
Overall		105	12,356,385

Output
Material	Quantity	Volume m3	Total value
Fermionic Condensates	200	260	12,075,834
Overall		260	12,075,834

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-280,551	105	260	1
One day	-2,244,405	840	2,080	8
Thirty days	-67,332,156	25,200	62,400	240

-67,332,156

Nonlinear Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Titanium Chromide	100	20	631,234
Ferrofluid	100	20	4,692,444
Overall		65	5,427,678

Output
Material	Quantity	Volume m3	Total value
Nonlinear Metamaterials	300	300	6,168,000
Overall		300	6,168,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	740,322	65	300	1
One day	5,922,576	520	2,400	8
Thirty days	177,677,280	15,600	72,000	240

177,677,280

Reinforced Carbon Fiber Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Carbon Fiber	200	40	279,484
Oxy-Organic Solvents	1	0.1	412,913
Thermosetting Polymer	200	40	329,328
Overall		80.1	1,021,725

Output
Material	Quantity	Volume m3	Total value
Reinforced Carbon Fiber	200	20	1,075,016
Overall		20	1,075,016

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	53,291	80	20	1
One day	426,326	641	160	8
Thirty days	12,789,794	19,224	4,800	240

12,789,794

Carbon Polymers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Hydrocarbons	100	5	106,932
Silicates	100	5	62,546
Overall		35	282,713

Output
Material	Quantity	Volume m3	Total value
Carbon Polymers	200	40	328,600
Overall		40	328,600

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	45,887	35	40	1
One day	367,099	280	320	8
Thirty days	11,012,964	8,400	9,600	240

11,012,964

Fernite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Scandium	100	5	139,068
Vanadium	100	5	297,877
Overall		35	546,216

Output
Material	Quantity	Volume m3	Total value
Fernite Alloy	200	40	768,158
Overall		40	768,158

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	221,942	35	40	1
One day	1,775,532	280	320	8
Thirty days	53,265,972	8,400	9,600	240

53,265,972

Hyperflurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Vanadium	100	5	297,877
Promethium	100	5	8,309,452
Overall		35	8,711,329

Output
Material	Quantity	Volume m3	Total value
Hyperflurite	200	40	7,637,344
Overall		40	7,637,344

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,073,985	35	40	1
One day	-8,591,880	280	320	8
Thirty days	-257,756,400	8,400	9,600	240

-257,756,400

Silicon Diborite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Evaporite Deposits	100	5	61,717
Silicates	100	5	62,546
Overall		35	235,859

Output
Material	Quantity	Volume m3	Total value
Silicon Diborite	200	40	357,120
Overall		40	357,120

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	121,261	35	40	1
One day	970,090	280	320	8
Thirty days	29,102,700	8,400	9,600	240

29,102,700

Vanadium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Vanadium	100	5	297,877
Hafnium	100	5	1,343,000
Overall		35	1,750,148

Output
Material	Quantity	Volume m3	Total value
Vanadium Hafnite	200	40	2,326,000
Overall		40	2,326,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	575,852	35	40	1
One day	4,606,812	280	320	8
Thirty days	138,204,372	8,400	9,600	240

138,204,372

Unrefined Vanadium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Titanium	100	5	179,937
Vanadium	100	5	297,877
Overall		35	589,410

Output
Material	Quantity	Volume m3	Total value
Unrefined Vanadium Hafnite	1	1	899
Overall		1	899

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-588,511	35	1	1
One day	-2,354,043	140	4	4
Thirty days	-70,621,290	4,200	120	120

-70,621,290

Unrefined Hexite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Atmospheric Gases	100	5	73,831
Evaporite Deposits	100	5	61,717
Overall		35	239,548

Output
Material	Quantity	Volume m3	Total value
Unrefined Hexite	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-239,548	35	1	1
One day	-958,192	140	4	4
Thirty days	-28,745,760	4,200	120	120

-28,745,760

Unrefined Crystallite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Silicates	100	5	62,546
Cobalt	100	5	152,782
Overall		35	328,563

Output
Material	Quantity	Volume m3	Total value
Unrefined Crystallite Alloy	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-328,563	35	1	1
One day	-1,314,251	140	4	4
Thirty days	-39,427,518	4,200	120	120

-39,427,518

Unrefined Neo Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Platinum	100	5	762,573
Mercury	100	5	704,859
Overall		35	1,580,667

Output
Material	Quantity	Volume m3	Total value
Unrefined Neo Mercurite	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,580,667	35	1	1
One day	-6,322,667	140	4	4
Thirty days	-189,679,998	4,200	120	120

-189,679,998

Unrefined Promethium Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Chromium	100	5	826,679
Mercury	100	5	704,859
Overall		35	1,644,773

Output
Material	Quantity	Volume m3	Total value
Unrefined Promethium Mercurite	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,644,773	35	1	1
One day	-6,579,091	140	4	4
Thirty days	-197,372,718	4,200	120	120

-197,372,718

Tungsten Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Rolled Tungsten Alloy	100	20	669,413
Sulfuric Acid	100	20	188,925
Overall		65	962,338

Output
Material	Quantity	Volume m3	Total value
Tungsten Carbide	10000	100	1,139,000
Overall		100	1,139,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	176,662	65	100	1
One day	1,413,296	520	800	8
Thirty days	42,398,880	15,600	24,000	240

42,398,880

Nanotransistors Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Sulfuric Acid	100	20	188,925
Platinum Technite	100	20	1,514,915
Neo Mercurite	100	20	4,451,483
Overall		85	6,259,323

Output
Material	Quantity	Volume m3	Total value
Nanotransistors	1500	375	6,506,580
Overall		375	6,506,580

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	247,257	85	375	1
One day	1,978,056	680	3,000	8
Thirty days	59,341,680	20,400	90,000	240

59,341,680

Plasmonic Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Fernite Alloy	100	20	384,079
Neo Mercurite	100	20	4,451,483
Overall		65	4,944,833

Output
Material	Quantity	Volume m3	Total value
Plasmonic Metamaterials	300	300	5,541,168
Overall		300	5,541,168

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	596,335	65	300	1
One day	4,770,676	520	2,400	8
Thirty days	143,120,292	15,600	72,000	240

143,120,292

Carbon Fiber Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Hydrocarbons	100	5	106,932
Evaporite Deposits	100	5	61,717
Overall		35	277,920

Output
Material	Quantity	Volume m3	Total value
Carbon Fiber	200	40	279,484
Overall		40	279,484

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,564	35	40	1
One day	12,508	280	320	8
Thirty days	375,252	8,400	9,600	240

375,252

Thermosetting Polymer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Atmospheric Gases	100	5	73,831
Silicates	100	5	62,546
Overall		35	247,973

Output
Material	Quantity	Volume m3	Total value
Thermosetting Polymer	200	40	329,328
Overall		40	329,328

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	81,355	35	40	1
One day	650,842	280	320	8
Thirty days	19,525,260	8,400	9,600	240

19,525,260

Fullerene Intercalated Graphite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Fullerite-C60	100	100	706,589
Fullerite-C70	100	100	816,857
Mexallon	600	6	47,874
Overall		231	1,680,591

Output
Material	Quantity	Volume m3	Total value
Fullerene Intercalated Graphite	120	96	1,795,489
Overall		96	1,795,489

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	114,898	231	96	1
One day	919,182	1,848	768	8
Thirty days	27,575,460	55,440	23,040	240

27,575,460

Carbon-86 Epoxy Resin Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Zydrine	30	0.3	92,550
Fullerite-C32	100	500	3,385,155
Fullerite-C320	100	500	4,280,564
Overall		1025.3	7,862,269

Output
Material	Quantity	Volume m3	Total value
Carbon-86 Epoxy Resin	160	64	8,462,246
Overall		64	8,462,246

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	599,977	1,025	64	1
One day	4,799,819	8,202	512	8
Thirty days	143,994,576	246,072	15,360	240

143,994,576

Methanofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Fullerite-C70	100	100	816,857
Fullerite-C72	100	200	974,371
Isogen	300	3	99,984
Overall		328	2,000,483

Output
Material	Quantity	Volume m3	Total value
Methanofullerene	160	120	2,272,469
Overall		120	2,272,469

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	271,985	328	120	1
One day	2,175,883	2,624	960	8
Thirty days	65,276,484	78,720	28,800	240

65,276,484

Lanthanum Metallofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Fullerite-C70	100	100	816,857
Fullerite-C84	100	200	1,564,006
Nocxium	200	2	273,812
Overall		327	2,766,271

Output
Material	Quantity	Volume m3	Total value
Lanthanum Metallofullerene	120	120	4,157,683
Overall		120	4,157,683

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,391,412	327	120	1
One day	11,131,300	2,616	960	8
Thirty days	333,938,988	78,480	28,800	240

333,938,988

C3-FTM Acid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Megacyte	80	0.8	352,782
Fullerite-C84	100	200	1,564,006
Fullerite-C540	100	1000	7,319,618
Overall		1225.8	9,349,640

Output
Material	Quantity	Volume m3	Total value
C3-FTM Acid	100	20	9,395,635
Overall		20	9,395,635

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	45,995	1,226	20	1
One day	367,958	9,806	160	8
Thirty days	11,038,740	294,192	4,800	240

11,038,740

Fulleroferrocene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Fullerite-C60	100	100	706,589
Fullerite-C50	200	200	1,302,130
Tritanium	1000	10	4,120
Overall		335	2,124,435

Output
Material	Quantity	Volume m3	Total value
Fulleroferrocene	1000	100	1,773,510
Overall		100	1,773,510

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-350,925	335	100	1
One day	-2,807,398	2,680	800	8
Thirty days	-84,221,940	80,400	24,000	240

-84,221,940

Scandium Metallofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Zydrine	25	0.25	77,125
Fullerite-C72	100	200	974,371
Fullerite-C28	100	200	2,061,042
Overall		425.25	3,225,773

Output
Material	Quantity	Volume m3	Total value
Scandium Metallofullerene	160	104	2,779,246
Overall		104	2,779,246

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-446,526	425	104	1
One day	-3,572,210	3,402	832	8
Thirty days	-107,166,300	102,060	24,960	240

-107,166,300

PPD Fullerene Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Fullerite-C60	100	100	706,589
Fullerite-C50	300	300	1,953,195
Pyerite	800	8	23,296
Overall		433	2,792,351

Output
Material	Quantity	Volume m3	Total value
PPD Fullerene Fibers	250	125	4,446,700
Overall		125	4,446,700

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,654,349	433	125	1
One day	13,234,788	3,464	1,000	8
Thirty days	397,043,652	103,920	30,000	240

397,043,652

Graphene Nanoribbons Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Fullerite-C28	100	200	2,061,042
Fullerite-C32	100	500	3,385,155
Nocxium	400	4	547,624
Overall		729	6,097,821

Output
Material	Quantity	Volume m3	Total value
Graphene Nanoribbons	120	180	5,980,800
Overall		180	5,980,800

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-117,021	729	180	1
One day	-936,168	5,832	1,440	8
Thirty days	-28,085,040	174,960	43,200	240

-28,085,040

Meta-Operant Neurolink Enhancer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Meta-Molecular Combiner	1	1	297,066,667
Hydrogen Fuel Block	5	25	109,271
Hypnagogic Neurolink Enhancer	80	320	64,840,000
Axosomatic Neurolink Enhancer	80	320	34,079,994
Cogni-Emotive Neurolink Enhancer	80	320	45,310,634
Sense-Heuristic Neurolink Enhancer	80	320	35,512,896
Overall		1306	476,919,462

Output
Material	Quantity	Volume m3	Total value
Meta-Operant Neurolink Enhancer	20	320	694,255,319
Overall		320	694,255,319

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	217,335,857	1,306	320	1
One day	1,738,686,857	10,448	2,560	8
Thirty days	52,160,605,699	313,440	76,800	240

52,160,605,699

Sense-Heuristic Neurolink Enhancer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Azure Mykoserocin	40	400	1,928,038
Vermillion Mykoserocin	40	400	5,485,564
AV-Composite Molecular Condenser	1	1	1,047,382
Overall		826	8,570,255

Output
Material	Quantity	Volume m3	Total value
Sense-Heuristic Neurolink Enhancer	20	80	8,878,224
Overall		80	8,878,224

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	307,969	826	80	1
One day	2,463,748	6,608	640	8
Thirty days	73,912,442	198,240	19,200	240

73,912,442

Ultradian-Cycling Neurolink Stabilizer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Malachite Cytoserocin	10	100	744,000
Lime Cytoserocin	10	100	706,500
LM-Composite Molecular Condenser	1	1	715,787
Overall		226	2,279,521

Output
Material	Quantity	Volume m3	Total value
Ultradian-Cycling Neurolink Stabilizer	10	100	3,226,000
Overall		100	3,226,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	946,479	226	100	1
One day	7,571,828	1,808	800	8
Thirty days	227,154,845	54,240	24,000	240

227,154,845

Hypnagogic Neurolink Enhancer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	113,235
Lime Mykoserocin	40	400	8,057,106
Malachite Mykoserocin	40	400	7,093,559
LM-Composite Molecular Condenser	1	1	715,787
Overall		826	15,979,686

Output
Material	Quantity	Volume m3	Total value
Hypnagogic Neurolink Enhancer	20	80	16,210,000
Overall		80	16,210,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	230,314	826	80	1
One day	1,842,510	6,608	640	8
Thirty days	55,275,293	198,240	19,200	240

55,275,293

Isotropic Neofullerene Alpha-3 Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Tritanium	10000	100	41,200
Helium Fuel Block	5	25	113,235
Fullerite-C60	500	500	3,532,945
Fullerite-C84	500	1000	7,820,030
Isotropic Deposition Guide	1	5	10,121,251
Overall		1630	21,628,660

Output
Material	Quantity	Volume m3	Total value
Isotropic Neofullerene Alpha-3	20	160	28,400,000
Overall		160	28,400,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	6,771,340	1,630	160	1
One day	54,170,718	13,040	1,280	8
Thirty days	1,625,121,554	391,200	38,400	240

1,625,121,554

Reaction-Orienting Neurolink Stabilizer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Amber Cytoserocin	10	100	750,400
Golden Cytoserocin	10	100	512,004
AG-Composite Molecular Condenser	1	1	826,566
Overall		226	2,192,970

Output
Material	Quantity	Volume m3	Total value
Reaction-Orienting Neurolink Stabilizer	10	100	1,800,000
Overall		100	1,800,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-392,970	226	100	1
One day	-3,143,758	1,808	800	8
Thirty days	-94,312,740	54,240	24,000	240

-94,312,740

Axosomatic Neurolink Enhancer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	104,000
Amber Mykoserocin	40	400	2,896,220
Golden Mykoserocin	40	400	2,866,769
AG-Composite Molecular Condenser	1	1	826,566
Overall		826	6,693,555

Output
Material	Quantity	Volume m3	Total value
Axosomatic Neurolink Enhancer	20	80	8,519,999
Overall		80	8,519,999

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,826,444	826	80	1
One day	14,611,551	6,608	640	8
Thirty days	438,346,524	198,240	19,200	240

438,346,524

Isotropic Neofullerene Beta-6 Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Tritanium	10000	100	41,200
Hydrogen Fuel Block	5	25	109,271
Fullerite-C70	500	500	4,084,285
Fullerite-C28	500	1000	10,305,210
Isotropic Deposition Guide	1	5	10,121,251
Overall		1630	24,661,217

Output
Material	Quantity	Volume m3	Total value
Isotropic Neofullerene Beta-6	20	160	33,542,927
Overall		160	33,542,927

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	8,881,710	1,630	160	1
One day	71,053,678	13,040	1,280	8
Thirty days	2,131,610,354	391,200	38,400	240

2,131,610,354

Stress-Responding Neurolink Stabilizer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Viridian Cytoserocin	10	100	574,228
Celadon Cytoserocin	10	100	688,894
CV-Composite Molecular Condenser	1	1	986,839
Overall		226	2,361,557

Output
Material	Quantity	Volume m3	Total value
Stress-Responding Neurolink Stabilizer	10	100	7,978,000
Overall		100	7,978,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	5,616,443	226	100	1
One day	44,931,547	1,808	800	8
Thirty days	1,347,946,418	54,240	24,000	240

1,347,946,418

Cogni-Emotive Neurolink Enhancer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	111,596
Celadon Mykoserocin	40	400	3,114,630
Viridian Mykoserocin	40	400	5,274,961
CV-Composite Molecular Condenser	1	1	986,839
Overall		826	9,488,026

Output
Material	Quantity	Volume m3	Total value
Cogni-Emotive Neurolink Enhancer	20	80	11,327,658
Overall		80	11,327,658

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,839,632	826	80	1
One day	14,717,056	6,608	640	8
Thirty days	441,511,682	198,240	19,200	240

441,511,682

Isotropic Neofullerene Gamma-9 Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Tritanium	10000	100	41,200
Nitrogen Fuel Block	5	25	104,000
Fullerite-C50	500	500	3,255,325
Fullerite-C72	500	1000	4,871,855
Isotropic Deposition Guide	1	5	10,121,251
Overall		1630	18,393,631

Output
Material	Quantity	Volume m3	Total value
Isotropic Neofullerene Gamma-9	20	160	27,440,000
Overall		160	27,440,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	9,046,369	1,630	160	1
One day	72,370,956	13,040	1,280	8
Thirty days	2,171,128,670	391,200	38,400	240

2,171,128,670

Goal-Orienting Neurolink Stabilizer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,271
Vermillion Cytoserocin	10	100	1,490,000
Azure Cytoserocin	10	100	909,317
AV-Composite Molecular Condenser	1	1	1,047,382
Overall		226	3,555,970

Output
Material	Quantity	Volume m3	Total value
Goal-Orienting Neurolink Stabilizer	10	100	5,681,000
Overall		100	5,681,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,125,030	226	100	1
One day	17,000,239	1,808	800	8
Thirty days	510,007,178	54,240	24,000	240

510,007,178