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.

Standard Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Water	20	3.8	11,967
Lime Cytoserocin	20	200	1,900,448
Overall		228.8	2,027,099

Output
Material	Quantity	Volume m3	Total value
Pure Standard Frentix Booster	15	15	5,145,000
Overall		15	5,145,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	3,117,901	229	15	1
One day	24,943,208	1,830	120	8
Thirty days	748,296,240	54,912	3,600	240

748,296,240

Standard X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Water	20	3.8	11,967
Vermillion Cytoserocin	20	200	793,362
Overall		228.8	915,308

Output
Material	Quantity	Volume m3	Total value
Pure Standard X-Instinct Booster	15	15	1,895,271
Overall		15	1,895,271

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	979,963	229	15	1
One day	7,839,702	1,830	120	8
Thirty days	235,191,072	54,912	3,600	240

235,191,072

Standard Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Water	20	3.8	11,967
Amber Cytoserocin	20	200	1,259,342
Overall		228.8	1,367,120

Output
Material	Quantity	Volume m3	Total value
Pure Standard Blue Pill Booster	15	15	1,890,000
Overall		15	1,890,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	522,880	229	15	1
One day	4,183,038	1,830	120	8
Thirty days	125,491,140	54,912	3,600	240

125,491,140

Synth Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Garbage	20	5	478
Golden Mykoserocin	40	400	3,640,000
Overall		430	3,736,288

Output
Material	Quantity	Volume m3	Total value
Pure Synth Crash Booster	30	30	3,939,843
Overall		30	3,939,843

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	203,554	430	30	1
One day	1,628,436	3,440	240	8
Thirty days	48,853,068	103,200	7,200	240

48,853,068

Improved Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Pure Standard Drop Booster	15	15	3,735,000
Pure Standard Exile Booster	15	15	3,171,000
Spirits	20	4	8,554
Overall		59	7,012,898

Output
Material	Quantity	Volume m3	Total value
Pure Improved Exile Booster	12	12	4,200,000
Overall		12	4,200,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-2,812,898	59	12	1
One day	-22,503,182	472	96	8
Thirty days	-675,095,448	14,160	2,880	240

-675,095,448

Improved Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Pure Standard X-Instinct Booster	15	15	1,895,271
Pure Standard Sooth Sayer Booster	15	15	2,748,000
Spirits	20	4	8,554
Overall		59	4,761,805

Output
Material	Quantity	Volume m3	Total value
Pure Improved Sooth Sayer Booster	12	12	4,688,400
Overall		12	4,688,400

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-73,405	59	12	1
One day	-587,238	472	96	8
Thirty days	-17,617,128	14,160	2,880	240

-17,617,128

Strong Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Pure Improved Mindflood Booster	12	12	16,822,933
Pure Standard Crash Booster	15	15	1,237,500
Hydrochloric Acid	20	10	12,718
Overall		62	18,187,835

Output
Material	Quantity	Volume m3	Total value
Pure Strong Mindflood Booster	12	12	18,000,000
Overall		12	18,000,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-187,835	62	12	1
One day	-1,502,678	496	96	8
Thirty days	-45,080,333	14,880	2,880	240

-45,080,333

Improved Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Pure Standard Blue Pill Booster	15	15	1,890,000
Pure Standard Crash Booster	15	15	1,237,500
Oxygen	20	3.8	10,622
Overall		58.8	3,233,932

Output
Material	Quantity	Volume m3	Total value
Pure Improved Blue Pill Booster	12	12	3,597,600
Overall		12	3,597,600

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	363,668	59	12	1
One day	2,909,342	470	96	8
Thirty days	87,280,260	14,112	2,880	240

87,280,260

Synth Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Garbage	20	5	478
Viridian Mykoserocin	40	400	3,357,688
Overall		430	3,456,509

Output
Material	Quantity	Volume m3	Total value
Pure Synth Drop Booster	30	30	4,434,494
Overall		30	4,434,494

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	977,985	430	30	1
One day	7,823,883	3,440	240	8
Thirty days	234,716,496	103,200	7,200	240

234,716,496

Standard Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Water	20	3.8	11,967
Viridian Cytoserocin	20	200	2,035,752
Overall		228.8	2,146,063

Output
Material	Quantity	Volume m3	Total value
Pure Standard Drop Booster	15	15	3,735,000
Overall		15	3,735,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,588,937	229	15	1
One day	12,711,498	1,830	120	8
Thirty days	381,344,952	54,912	3,600	240

381,344,952

Standard Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Water	20	3.8	11,967
Azure Cytoserocin	20	200	1,499,800
Overall		228.8	1,621,747

Output
Material	Quantity	Volume m3	Total value
Pure Standard Sooth Sayer Booster	15	15	2,748,000
Overall		15	2,748,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,126,253	229	15	1
One day	9,010,026	1,830	120	8
Thirty days	270,300,780	54,912	3,600	240

270,300,780

Standard Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Water	20	3.8	11,967
Golden Cytoserocin	20	200	1,158,000
Overall		228.8	1,265,778

Output
Material	Quantity	Volume m3	Total value
Pure Standard Crash Booster	15	15	1,237,500
Overall		15	1,237,500

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-28,278	229	15	1
One day	-226,224	1,830	120	8
Thirty days	-6,786,732	54,912	3,600	240

-6,786,732

Strong Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Pure Improved Blue Pill Booster	12	12	3,597,600
Pure Standard Mindflood Booster	15	15	1,498,500
Hydrochloric Acid	20	10	12,718
Overall		62	5,204,628

Output
Material	Quantity	Volume m3	Total value
Pure Strong Blue Pill Booster	12	12	5,400,000
Overall		12	5,400,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	195,372	62	12	1
One day	1,562,974	496	96	8
Thirty days	46,889,220	14,880	2,880	240

46,889,220

Improved Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Pure Standard Frentix Booster	15	15	5,145,000
Pure Standard Mindflood Booster	15	15	1,498,500
Oxygen	20	3.8	10,622
Overall		58.8	6,768,805

Output
Material	Quantity	Volume m3	Total value
Pure Improved Mindflood Booster	12	12	16,822,933
Overall		12	16,822,933

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	10,054,128	59	12	1
One day	80,433,023	470	96	8
Thirty days	2,412,990,701	14,112	2,880	240

2,412,990,701

Strong Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Pure Improved Crash Booster	12	12	2,640,000
Pure Standard Frentix Booster	15	15	5,145,000
Hydrochloric Acid	20	10	12,718
Overall		62	7,893,528

Output
Material	Quantity	Volume m3	Total value
Pure Strong Crash Booster	12	12	4,788,000
Overall		12	4,788,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-3,105,528	62	12	1
One day	-24,844,226	496	96	8
Thirty days	-745,326,780	14,880	2,880	240

-745,326,780

Strong Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Pure Improved Frentix Booster	12	12	4,800,000
Pure Standard Blue Pill Booster	15	15	1,890,000
Hydrochloric Acid	20	10	12,718
Overall		62	6,817,401

Output
Material	Quantity	Volume m3	Total value
Pure Strong Frentix Booster	12	12	10,680,000
Overall		12	10,680,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	3,862,599	62	12	1
One day	30,900,789	496	96	8
Thirty days	927,023,664	14,880	2,880	240

927,023,664

Synth Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Garbage	20	5	478
Celadon Mykoserocin	40	400	2,481,122
Overall		430	2,579,943

Output
Material	Quantity	Volume m3	Total value
Pure Synth Exile Booster	30	30	3,589,084
Overall		30	3,589,084

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,009,141	430	30	1
One day	8,073,130	3,440	240	8
Thirty days	242,193,888	103,200	7,200	240

242,193,888

Standard Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Water	20	3.8	11,967
Celadon Cytoserocin	20	200	1,315,531
Overall		228.8	1,425,842

Output
Material	Quantity	Volume m3	Total value
Pure Standard Exile Booster	15	15	3,171,000
Overall		15	3,171,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,745,159	229	15	1
One day	13,961,268	1,830	120	8
Thirty days	418,838,040	54,912	3,600	240

418,838,040

Synth Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Garbage	20	5	478
Malachite Mykoserocin	40	400	4,704,503
Overall		430	4,819,665

Output
Material	Quantity	Volume m3	Total value
Pure Synth Mindflood Booster	30	30	5,117,816
Overall		30	5,117,816

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	298,152	430	30	1
One day	2,385,214	3,440	240	8
Thirty days	71,556,432	103,200	7,200	240

71,556,432

Synth X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Garbage	20	5	478
Vermillion Mykoserocin	40	400	2,035,030
Overall		430	2,145,487

Output
Material	Quantity	Volume m3	Total value
Pure Synth X-Instinct Booster	30	30	6,000,000
Overall		30	6,000,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	3,854,513	430	30	1
One day	30,836,104	3,440	240	8
Thirty days	925,083,132	103,200	7,200	240

925,083,132

Improved Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Pure Standard Blue Pill Booster	15	15	1,890,000
Pure Standard Crash Booster	15	15	1,237,500
Spirits	20	4	8,554
Overall		59	3,231,865

Output
Material	Quantity	Volume m3	Total value
Pure Improved Crash Booster	12	12	2,640,000
Overall		12	2,640,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-591,865	59	12	1
One day	-4,734,919	472	96	8
Thirty days	-142,047,564	14,160	2,880	240

-142,047,564

Improved Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Pure Standard Frentix Booster	15	15	5,145,000
Pure Standard Mindflood Booster	15	15	1,498,500
Spirits	20	4	8,554
Overall		59	6,766,738

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,966,738	59	12	1
One day	-15,733,904	472	96	8
Thirty days	-472,017,120	14,160	2,880	240

-472,017,120

Strong Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Pure Improved Drop Booster	12	12	5,388,000
Pure Standard X-Instinct Booster	15	15	1,895,271
Hydrochloric Acid	20	10	12,718
Overall		62	7,394,332

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	4,605,668	62	12	1
One day	36,845,342	496	96	8
Thirty days	1,105,360,260	14,880	2,880	240

1,105,360,260

Strong X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Pure Improved X-Instinct Booster	12	12	6,144
Pure Standard Exile Booster	15	15	3,171,000
Hydrochloric Acid	20	10	12,718
Overall		62	3,299,841

Output
Material	Quantity	Volume m3	Total value
Pure Strong X-Instinct Booster	12	12	47,988,000
Overall		12	47,988,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	44,688,159	62	12	1
One day	357,505,272	496	96	8
Thirty days	10,725,158,172	14,880	2,880	240

10,725,158,172

Synth Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Garbage	20	5	478
Lime Mykoserocin	40	400	3,439,102
Overall		430	3,554,264

Output
Material	Quantity	Volume m3	Total value
Pure Synth Frentix Booster	30	30	4,119,000
Overall		30	4,119,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	564,736	430	30	1
One day	4,517,890	3,440	240	8
Thirty days	135,536,688	103,200	7,200	240

135,536,688

Standard Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Water	20	3.8	11,967
Malachite Cytoserocin	20	200	719,000
Overall		228.8	845,651

Output
Material	Quantity	Volume m3	Total value
Pure Standard Mindflood Booster	15	15	1,498,500
Overall		15	1,498,500

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	652,849	229	15	1
One day	5,222,790	1,830	120	8
Thirty days	156,683,712	54,912	3,600	240

156,683,712

Synth Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Garbage	20	5	478
Azure Mykoserocin	40	400	1,495,030
Overall		430	1,605,487

Output
Material	Quantity	Volume m3	Total value
Pure Synth Sooth Sayer Booster	30	30	2,985,000
Overall		30	2,985,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,379,513	430	30	1
One day	11,036,101	3,440	240	8
Thirty days	331,083,036	103,200	7,200	240

331,083,036

Synth Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Garbage	20	5	478
Amber Mykoserocin	40	400	2,122,114
Overall		430	2,218,402

Output
Material	Quantity	Volume m3	Total value
Pure Synth Blue Pill Booster	30	30	3,311,055
Overall		30	3,311,055

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,092,653	430	30	1
One day	8,741,225	3,440	240	8
Thirty days	262,236,756	103,200	7,200	240

262,236,756

Improved Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Pure Standard Drop Booster	15	15	3,735,000
Pure Standard Exile Booster	15	15	3,171,000
Oxygen	20	3.8	10,622
Overall		58.8	7,014,965

Output
Material	Quantity	Volume m3	Total value
Pure Improved Drop Booster	12	12	5,388,000
Overall		12	5,388,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,626,965	59	12	1
One day	-13,015,721	470	96	8
Thirty days	-390,471,624	14,112	2,880	240

-390,471,624

Improved X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Pure Standard X-Instinct Booster	15	15	1,895,271
Pure Standard Sooth Sayer Booster	15	15	2,748,000
Oxygen	20	3.8	10,622
Overall		58.8	4,763,872

Output
Material	Quantity	Volume m3	Total value
Pure Improved X-Instinct Booster	12	12	6,144
Overall		12	6,144

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-4,757,728	59	12	1
One day	-38,061,825	470	96	8
Thirty days	-1,141,854,744	14,112	2,880	240

-1,141,854,744

Strong Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Pure Improved Exile Booster	12	12	4,200,000
Pure Standard Sooth Sayer Booster	15	15	2,748,000
Hydrochloric Acid	20	10	12,718
Overall		62	7,059,061

Output
Material	Quantity	Volume m3	Total value
Pure Strong Exile Booster	12	12	16,200,000
Overall		12	16,200,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	9,140,939	62	12	1
One day	73,127,511	496	96	8
Thirty days	2,193,825,336	14,880	2,880	240

2,193,825,336

Strong Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Pure Improved Sooth Sayer Booster	12	12	4,688,400
Pure Standard Drop Booster	15	15	3,735,000
Hydrochloric Acid	20	10	12,718
Overall		62	8,546,097

Output
Material	Quantity	Volume m3	Total value
Pure Strong Sooth Sayer Booster	12	12	11,988,000
Overall		12	11,988,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	3,441,903	62	12	1
One day	27,535,224	496	96	8
Thirty days	826,056,732	14,880	2,880	240

826,056,732

Caesarium Cadmide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Cadmium	100	5	740,000
Caesium	100	5	698,673
Overall		35	1,537,017

Output
Material	Quantity	Volume m3	Total value
Caesarium Cadmide	200	40	1,704,696
Overall		40	1,704,696

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	167,680	35	40	1
One day	1,341,436	280	320	8
Thirty days	40,243,080	8,400	9,600	240

40,243,080

Dysporite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Mercury	100	5	648,000
Dysprosium	100	5	7,045,486
Overall		35	7,808,170

Output
Material	Quantity	Volume m3	Total value
Dysporite	200	40	7,176,654
Overall		40	7,176,654

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-631,516	35	40	1
One day	-5,052,126	280	320	8
Thirty days	-151,563,792	8,400	9,600	240

-151,563,792

Hexite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Chromium	100	5	734,924
Platinum	100	5	807,134
Overall		35	1,637,869

Output
Material	Quantity	Volume m3	Total value
Hexite	200	40	2,179,684
Overall		40	2,179,684

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	541,815	35	40	1
One day	4,334,523	280	320	8
Thirty days	130,035,684	8,400	9,600	240

130,035,684

Rolled Tungsten Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Tungsten	100	5	371,354
Platinum	100	5	807,134
Overall		35	1,274,299

Output
Material	Quantity	Volume m3	Total value
Rolled Tungsten Alloy	200	40	1,649,898
Overall		40	1,649,898

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	375,599	35	40	1
One day	3,004,795	280	320	8
Thirty days	90,143,844	8,400	9,600	240

90,143,844

Titanium Chromide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Titanium	100	5	223,548
Chromium	100	5	734,924
Overall		35	1,056,816

Output
Material	Quantity	Volume m3	Total value
Titanium Chromide	200	40	1,388,618
Overall		40	1,388,618

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	331,803	35	40	1
One day	2,654,420	280	320	8
Thirty days	79,632,600	8,400	9,600	240

79,632,600

Promethium Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Mercury	100	5	648,000
Promethium	100	5	6,349,464
Overall		35	7,112,148

Output
Material	Quantity	Volume m3	Total value
Promethium Mercurite	200	40	7,372,436
Overall		40	7,372,436

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	260,288	35	40	1
One day	2,082,306	280	320	8
Thirty days	62,469,168	8,400	9,600	240

62,469,168

Unrefined Caesarium Cadmide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Scandium	100	5	291,921
Cadmium	100	5	740,000
Overall		35	1,141,900

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	-1,141,900	35	1	1
One day	-4,567,601	140	4	4
Thirty days	-137,028,042	4,200	120	120

-137,028,042

Unrefined Fernite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Hydrocarbons	100	5	171,201
Scandium	100	5	291,921
Overall		35	573,101

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-573,101	35	1	1
One day	-2,292,405	140	4	4
Thirty days	-68,772,162	4,200	120	120

-68,772,162

Unrefined Prometium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Chromium	100	5	734,924
Cadmium	100	5	740,000
Overall		35	1,573,268

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	-1,573,268	35	1	1
One day	-6,293,070	140	4	4
Thirty days	-188,792,100	4,200	120	120

-188,792,100

Unrefined Thulium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Vanadium	100	5	537,437
Hafnium	100	5	835,474
Overall		35	1,482,890

Output
Material	Quantity	Volume m3	Total value
Unrefined Thulium Hafnite	1	1	9,896
Overall		1	9,896

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,472,994	35	1	1
One day	-5,891,977	140	4	4
Thirty days	-176,759,322	4,200	120	120

-176,759,322

Fernite Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Fernite Alloy	100	20	615,739
Ceramic Powder	100	20	290,085
Overall		65	1,015,803

Output
Material	Quantity	Volume m3	Total value
Fernite Carbide	10000	100	1,244,800
Overall		100	1,244,800

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	228,997	65	100	1
One day	1,831,973	520	800	8
Thirty days	54,959,196	15,600	24,000	240

54,959,196

Phenolic Composites Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Silicon Diborite	100	20	231,867
Caesarium Cadmide	100	20	852,348
Vanadium Hafnite	100	20	1,201,000
Overall		85	2,383,559

Output
Material	Quantity	Volume m3	Total value
Phenolic Composites	2200	440	2,933,854
Overall		440	2,933,854

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	550,296	85	440	1
One day	4,402,364	680	3,520	8
Thirty days	132,070,920	20,400	105,600	240

132,070,920

Fermionic Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Caesarium Cadmide	100	20	852,348
Dysporite	100	20	3,588,327
Fluxed Condensates	100	20	4,320,894
Prometium	100	20	3,655,000
Overall		105	12,531,253

Output
Material	Quantity	Volume m3	Total value
Fermionic Condensates	200	260	12,618,000
Overall		260	12,618,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	86,747	105	260	1
One day	693,978	840	2,080	8
Thirty days	20,819,328	25,200	62,400	240

20,819,328

Nonlinear Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Titanium Chromide	100	20	694,309
Ferrofluid	100	20	4,273,763
Overall		65	5,063,883

Output
Material	Quantity	Volume m3	Total value
Nonlinear Metamaterials	300	300	5,250,924
Overall		300	5,250,924

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	187,041	65	300	1
One day	1,496,331	520	2,400	8
Thirty days	44,889,924	15,600	72,000	240

44,889,924

Reinforced Carbon Fiber Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Carbon Fiber	200	40	614,236
Oxy-Organic Solvents	1	0.1	966,916
Thermosetting Polymer	200	40	498,768
Overall		80.1	2,079,920

Output
Material	Quantity	Volume m3	Total value
Reinforced Carbon Fiber	200	20	2,089,720
Overall		20	2,089,720

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	9,800	80	20	1
One day	78,400	641	160	8
Thirty days	2,351,986	19,224	4,800	240

2,351,986

Carbon Polymers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Hydrocarbons	100	5	171,201
Silicates	100	5	146,224
Overall		35	432,109

Output
Material	Quantity	Volume m3	Total value
Carbon Polymers	200	40	653,130
Overall		40	653,130

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	221,021	35	40	1
One day	1,768,170	280	320	8
Thirty days	53,045,088	8,400	9,600	240

53,045,088

Fernite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Scandium	100	5	291,921
Vanadium	100	5	537,437
Overall		35	939,337

Output
Material	Quantity	Volume m3	Total value
Fernite Alloy	200	40	1,231,478
Overall		40	1,231,478

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	292,141	35	40	1
One day	2,337,125	280	320	8
Thirty days	70,113,756	8,400	9,600	240

70,113,756

Hyperflurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Vanadium	100	5	537,437
Promethium	100	5	6,349,464
Overall		35	6,982,712

Output
Material	Quantity	Volume m3	Total value
Hyperflurite	200	40	6,906,000
Overall		40	6,906,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-76,712	35	40	1
One day	-613,693	280	320	8
Thirty days	-18,410,796	8,400	9,600	240

-18,410,796

Silicon Diborite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Evaporite Deposits	100	5	125,095
Silicates	100	5	146,224
Overall		35	369,663

Output
Material	Quantity	Volume m3	Total value
Silicon Diborite	200	40	463,734
Overall		40	463,734

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	94,072	35	40	1
One day	752,572	280	320	8
Thirty days	22,577,160	8,400	9,600	240

22,577,160

Vanadium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Vanadium	100	5	537,437
Hafnium	100	5	835,474
Overall		35	1,482,890

Output
Material	Quantity	Volume m3	Total value
Vanadium Hafnite	200	40	2,402,000
Overall		40	2,402,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	919,110	35	40	1
One day	7,352,877	280	320	8
Thirty days	220,586,316	8,400	9,600	240

220,586,316

Unrefined Vanadium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Titanium	100	5	223,548
Vanadium	100	5	537,437
Overall		35	859,329

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-859,329	35	1	1
One day	-3,437,314	140	4	4
Thirty days	-103,119,420	4,200	120	120

-103,119,420

Unrefined Hexite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Atmospheric Gases	100	5	174,724
Evaporite Deposits	100	5	125,095
Overall		35	395,630

Output
Material	Quantity	Volume m3	Total value
Unrefined Hexite	1	1	400,000
Overall		1	400,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	4,370	35	1	1
One day	17,481	140	4	4
Thirty days	524,442	4,200	120	120

524,442

Unrefined Crystallite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Silicates	100	5	146,224
Cobalt	100	5	339,529
Overall		35	600,437

Output
Material	Quantity	Volume m3	Total value
Unrefined Crystallite Alloy	1	1	545,000
Overall		1	545,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-55,437	35	1	1
One day	-221,747	140	4	4
Thirty days	-6,652,416	4,200	120	120

-6,652,416

Unrefined Neo Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Platinum	100	5	807,134
Mercury	100	5	648,000
Overall		35	1,569,818

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	-1,569,818	35	1	1
One day	-6,279,271	140	4	4
Thirty days	-188,378,136	4,200	120	120

-188,378,136

Unrefined Promethium Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Chromium	100	5	734,924
Mercury	100	5	648,000
Overall		35	1,497,608

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	-1,497,608	35	1	1
One day	-5,990,431	140	4	4
Thirty days	-179,712,936	4,200	120	120

-179,712,936

Tungsten Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Rolled Tungsten Alloy	100	20	824,949
Sulfuric Acid	100	20	293,019
Overall		65	1,213,779

Output
Material	Quantity	Volume m3	Total value
Tungsten Carbide	10000	100	1,402,900
Overall		100	1,402,900

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	189,121	65	100	1
One day	1,512,971	520	800	8
Thirty days	45,389,124	15,600	24,000	240

45,389,124

Nanotransistors Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Sulfuric Acid	100	20	293,019
Platinum Technite	100	20	997,215
Neo Mercurite	100	20	3,632,475
Overall		85	5,018,520

Output
Material	Quantity	Volume m3	Total value
Nanotransistors	1500	375	5,204,955
Overall		375	5,204,955

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	186,435	85	375	1
One day	1,491,483	680	3,000	8
Thirty days	44,744,484	20,400	90,000	240

44,744,484

Plasmonic Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Fernite Alloy	100	20	615,739
Neo Mercurite	100	20	3,632,475
Overall		65	4,358,193

Output
Material	Quantity	Volume m3	Total value
Plasmonic Metamaterials	300	300	4,910,706
Overall		300	4,910,706

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	552,513	65	300	1
One day	4,420,101	520	2,400	8
Thirty days	132,603,036	15,600	72,000	240

132,603,036

Carbon Fiber Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Hydrocarbons	100	5	171,201
Evaporite Deposits	100	5	125,095
Overall		35	406,275

Output
Material	Quantity	Volume m3	Total value
Carbon Fiber	200	40	614,236
Overall		40	614,236

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	207,961	35	40	1
One day	1,663,685	280	320	8
Thirty days	49,910,556	8,400	9,600	240

49,910,556

Thermosetting Polymer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Atmospheric Gases	100	5	174,724
Silicates	100	5	146,224
Overall		35	419,292

Output
Material	Quantity	Volume m3	Total value
Thermosetting Polymer	200	40	498,768
Overall		40	498,768

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	79,477	35	40	1
One day	635,812	280	320	8
Thirty days	19,074,360	8,400	9,600	240

19,074,360

Ceramic Powder Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Evaporite Deposits	100	5	125,095
Silicates	100	5	146,224
Overall		35	381,298

Output
Material	Quantity	Volume m3	Total value
Ceramic Powder	200	40	580,170
Overall		40	580,170

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	198,872	35	40	1
One day	1,590,973	280	320	8
Thirty days	47,729,196	8,400	9,600	240

47,729,196

Ferrofluid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Hafnium	100	5	835,474
Dysprosium	100	5	7,045,486
Overall		35	7,990,939

Output
Material	Quantity	Volume m3	Total value
Ferrofluid	200	40	8,547,526
Overall		40	8,547,526

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	556,587	35	40	1
One day	4,452,693	280	320	8
Thirty days	133,580,796	8,400	9,600	240

133,580,796

Neo Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Mercury	100	5	648,000
Neodymium	100	5	6,346,477
Overall		35	7,109,161

Output
Material	Quantity	Volume m3	Total value
Neo Mercurite	200	40	7,264,950
Overall		40	7,264,950

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	155,789	35	40	1
One day	1,246,314	280	320	8
Thirty days	37,389,408	8,400	9,600	240

37,389,408

Solerium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Chromium	100	5	734,924
Caesium	100	5	698,673
Overall		35	1,531,941

Output
Material	Quantity	Volume m3	Total value
Solerium	200	40	1,638,776
Overall		40	1,638,776

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	106,836	35	40	1
One day	854,684	280	320	8
Thirty days	25,640,520	8,400	9,600	240

25,640,520

Prometium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Cadmium	100	5	740,000
Promethium	100	5	6,349,464
Overall		35	7,187,808

Output
Material	Quantity	Volume m3	Total value
Prometium	200	40	7,310,000
Overall		40	7,310,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	122,193	35	40	1
One day	977,540	280	320	8
Thirty days	29,326,200	8,400	9,600	240

29,326,200

Unrefined Platinum Technite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Cobalt	100	5	339,529
Platinum	100	5	807,134
Overall		35	1,261,347

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	-1,260,141	35	1	1
One day	-5,040,563	140	4	4
Thirty days	-151,216,896	4,200	120	120

-151,216,896

Unrefined Rolled Tungsten Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Atmospheric Gases	100	5	174,724
Tungsten	100	5	371,354
Overall		35	641,889

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	-641,889	35	1	1
One day	-2,567,555	140	4	4
Thirty days	-77,026,638	4,200	120	120

-77,026,638

Unrefined Hyperflurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Chromium	100	5	734,924
Vanadium	100	5	537,437
Overall		35	1,368,172

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	-1,368,172	35	1	1
One day	-5,472,687	140	4	4
Thirty days	-164,180,598	4,200	120	120

-164,180,598

Unrefined Dysporite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Cadmium	100	5	740,000
Mercury	100	5	648,000
Overall		35	1,502,684

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	-1,502,684	35	1	1
One day	-6,010,735	140	4	4
Thirty days	-180,322,056	4,200	120	120

-180,322,056

Titanium Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Titanium Chromide	100	20	694,309
Silicon Diborite	100	20	231,867
Overall		65	1,024,520

Output
Material	Quantity	Volume m3	Total value
Titanium Carbide	10000	100	1,303,800
Overall		100	1,303,800

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	279,281	65	100	1
One day	2,234,244	520	800	8
Thirty days	67,027,320	15,600	24,000	240

67,027,320

Sylramic Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Ceramic Powder	100	20	290,085
Hexite	100	20	1,089,842
Overall		65	1,494,611

Output
Material	Quantity	Volume m3	Total value
Sylramic Fibers	6000	300	1,679,340
Overall		300	1,679,340

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	184,729	65	300	1
One day	1,477,834	520	2,400	8
Thirty days	44,335,008	15,600	72,000	240

44,335,008

Hypersynaptic Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Solerium	100	20	819,388
Dysporite	100	20	3,588,327
Vanadium Hafnite	100	20	1,201,000
Overall		85	5,707,059

Output
Material	Quantity	Volume m3	Total value
Hypersynaptic Fibers	750	450	6,592,500
Overall		450	6,592,500

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	885,442	85	450	1
One day	7,083,532	680	3,600	8
Thirty days	212,505,960	20,400	108,000	240

212,505,960

Terahertz Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Rolled Tungsten Alloy	100	20	824,949
Promethium Mercurite	100	20	3,686,218
Overall		65	4,625,851

Output
Material	Quantity	Volume m3	Total value
Terahertz Metamaterials	300	300	5,730,096
Overall		300	5,730,096

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,104,245	65	300	1
One day	8,833,962	520	2,400	8
Thirty days	265,018,848	15,600	72,000	240

265,018,848

Oxy-Organic Solvents Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Hydrocarbons	2000	100	3,424,020
Atmospheric Gases	2000	100	3,494,480
Overall		225	7,016,844

Output
Material	Quantity	Volume m3	Total value
Oxy-Organic Solvents	10	1	9,669,161
Overall		1	9,669,161

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,652,317	225	1	1
One day	21,218,537	1,800	8	8
Thirty days	636,556,104	54,000	240	240

636,556,104

Crystallite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Cobalt	100	5	339,529
Cadmium	100	5	740,000
Overall		35	1,194,213

Output
Material	Quantity	Volume m3	Total value
Crystallite Alloy	200	40	1,789,576
Overall		40	1,789,576

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	595,363	35	40	1
One day	4,762,906	280	320	8
Thirty days	142,887,168	8,400	9,600	240

142,887,168

Fluxed Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Neodymium	100	5	6,346,477
Thulium	100	5	4,133,472
Overall		35	10,578,293

Output
Material	Quantity	Volume m3	Total value
Fluxed Condensates	200	40	8,641,788
Overall		40	8,641,788

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,936,505	35	40	1
One day	-15,492,036	280	320	8
Thirty days	-464,761,080	8,400	9,600	240

-464,761,080

Platinum Technite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Platinum	100	5	807,134
Technetium	100	5	609,100
Overall		35	1,512,045

Output
Material	Quantity	Volume m3	Total value
Platinum Technite	200	40	1,994,430
Overall		40	1,994,430

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	482,385	35	40	1
One day	3,859,083	280	320	8
Thirty days	115,772,484	8,400	9,600	240

115,772,484

Sulfuric Acid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Atmospheric Gases	100	5	174,724
Evaporite Deposits	100	5	125,095
Overall		35	395,630

Output
Material	Quantity	Volume m3	Total value
Sulfuric Acid	200	40	586,038
Overall		40	586,038

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	190,408	35	40	1
One day	1,523,267	280	320	8
Thirty days	45,698,004	8,400	9,600	240

45,698,004

Thulium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Hafnium	100	5	835,474
Thulium	100	5	4,133,472
Overall		35	5,078,925

Output
Material	Quantity	Volume m3	Total value
Thulium Hafnite	200	40	5,067,670
Overall		40	5,067,670

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-11,255	35	40	1
One day	-90,043	280	320	8
Thirty days	-2,701,284	8,400	9,600	240

-2,701,284

Unrefined Solerium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Scandium	100	5	291,921
Chromium	100	5	734,924
Overall		35	1,136,824

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	-1,136,824	35	1	1
One day	-4,547,297	140	4	4
Thirty days	-136,418,922	4,200	120	120

-136,418,922

Unrefined Titanium Chromide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Evaporite Deposits	100	5	125,095
Titanium	100	5	223,548
Overall		35	444,454

Output
Material	Quantity	Volume m3	Total value
Unrefined Titanium Chromide	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-444,454	35	1	1
One day	-1,777,815	140	4	4
Thirty days	-53,334,438	4,200	120	120

-53,334,438

Unrefined Ferrofluid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Cadmium	100	5	740,000
Hafnium	100	5	835,474
Overall		35	1,685,453

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	-1,685,453	35	1	1
One day	-6,741,813	140	4	4
Thirty days	-202,254,402	4,200	120	120

-202,254,402

Unrefined Fluxed Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Vanadium	100	5	537,437
Platinum	100	5	807,134
Overall		35	1,442,915

Output
Material	Quantity	Volume m3	Total value
Unrefined Fluxed Condensates	1	1	999,000
Overall		1	999,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-443,915	35	1	1
One day	-1,775,658	140	4	4
Thirty days	-53,269,740	4,200	120	120

-53,269,740

Crystalline Carbonide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Crystallite Alloy	100	20	894,788
Carbon Polymers	100	20	326,565
Overall		65	1,336,037

Output
Material	Quantity	Volume m3	Total value
Crystalline Carbonide	10000	100	1,305,000
Overall		100	1,305,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-31,037	65	100	1
One day	-248,294	520	800	8
Thirty days	-7,448,832	15,600	24,000	240

-7,448,832

Fulleride Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Carbon Polymers	100	20	326,565
Platinum Technite	100	20	997,215
Overall		65	1,419,591

Output
Material	Quantity	Volume m3	Total value
Fullerides	3000	450	1,727,220
Overall		450	1,727,220

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	307,629	65	450	1
One day	2,461,035	520	3,600	8
Thirty days	73,831,044	15,600	108,000	240

73,831,044

Ferrogel Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Hexite	100	20	1,089,842
Hyperflurite	100	20	3,453,000
Ferrofluid	100	20	4,273,763
Prometium	100	20	3,655,000
Overall		105	12,581,584

Output
Material	Quantity	Volume m3	Total value
Ferrogel	400	400	11,908,240
Overall		400	11,908,240

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-673,344	105	400	1
One day	-5,386,755	840	3,200	8
Thirty days	-161,602,644	25,200	96,000	240

-161,602,644

Photonic Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Crystallite Alloy	100	20	894,788
Thulium Hafnite	100	20	2,533,835
Overall		65	3,526,967

Output
Material	Quantity	Volume m3	Total value
Photonic Metamaterials	300	300	4,335,765
Overall		300	4,335,765

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	808,799	65	300	1
One day	6,470,388	520	2,400	8
Thirty days	194,111,640	15,600	72,000	240

194,111,640

Pressurized Oxidizers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Carbon Polymers	200	40	653,130
Sulfuric Acid	200	40	586,038
Oxy-Organic Solvents	1	0.1	966,916
Overall		80.1	2,206,084

Output
Material	Quantity	Volume m3	Total value
Pressurized Oxidizers	200	20	2,354,000
Overall		20	2,354,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	147,916	80	20	1
One day	1,183,328	641	160	8
Thirty days	35,499,826	19,224	4,800	240

35,499,826

Fulleroferrocene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Fullerite-C60	100	100	496,857
Fullerite-C50	200	200	986,422
Tritanium	1000	10	4,440
Overall		335	1,586,063

Output
Material	Quantity	Volume m3	Total value
Fulleroferrocene	1000	100	1,642,000
Overall		100	1,642,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	55,938	335	100	1
One day	447,500	2,680	800	8
Thirty days	13,425,000	80,400	24,000	240

13,425,000

Scandium Metallofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Zydrine	25	0.25	43,441
Fullerite-C72	100	200	999,726
Fullerite-C28	100	200	1,362,133
Overall		425.25	2,519,984

Output
Material	Quantity	Volume m3	Total value
Scandium Metallofullerene	160	104	2,470,773
Overall		104	2,470,773

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-49,211	425	104	1
One day	-393,686	3,402	832	8
Thirty days	-11,810,580	102,060	24,960	240

-11,810,580

PPD Fullerene Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Fullerite-C60	100	100	496,857
Fullerite-C50	300	300	1,479,633
Pyerite	800	8	8,208
Overall		433	2,094,677

Output
Material	Quantity	Volume m3	Total value
PPD Fullerene Fibers	250	125	2,226,925
Overall		125	2,226,925

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	132,248	433	125	1
One day	1,057,981	3,464	1,000	8
Thirty days	31,739,436	103,920	30,000	240

31,739,436

Graphene Nanoribbons Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Fullerite-C28	100	200	1,362,133
Fullerite-C32	100	500	2,594,000
Nocxium	400	4	421,172
Overall		729	4,473,116

Output
Material	Quantity	Volume m3	Total value
Graphene Nanoribbons	120	180	4,552,301
Overall		180	4,552,301

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	79,185	729	180	1
One day	633,481	5,832	1,440	8
Thirty days	19,004,436	174,960	43,200	240

19,004,436

Fullerene Intercalated Graphite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Fullerite-C60	100	100	496,857
Fullerite-C70	100	100	774,859
Mexallon	600	6	44,064
Overall		231	1,425,759

Output
Material	Quantity	Volume m3	Total value
Fullerene Intercalated Graphite	120	96	1,897,140
Overall		96	1,897,140

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	471,381	231	96	1
One day	3,771,045	1,848	768	8
Thirty days	113,131,356	55,440	23,040	240

113,131,356

Carbon-86 Epoxy Resin Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Zydrine	30	0.3	52,129
Fullerite-C32	100	500	2,594,000
Fullerite-C320	100	500	3,958,914
Overall		1025.3	6,700,854

Output
Material	Quantity	Volume m3	Total value
Carbon-86 Epoxy Resin	160	64	7,079,802
Overall		64	7,079,802

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	378,948	1,025	64	1
One day	3,031,584	8,202	512	8
Thirty days	90,947,532	246,072	15,360	240

90,947,532

Methanofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Fullerite-C70	100	100	774,859
Fullerite-C72	100	200	999,726
Isogen	300	3	137,730
Overall		328	2,022,294

Output
Material	Quantity	Volume m3	Total value
Methanofullerene	160	120	2,395,342
Overall		120	2,395,342

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	373,048	328	120	1
One day	2,984,384	2,624	960	8
Thirty days	89,531,532	78,720	28,800	240

89,531,532

Lanthanum Metallofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Fullerite-C70	100	100	774,859
Fullerite-C84	100	200	1,264,139
Nocxium	200	2	210,586
Overall		327	2,347,928

Output
Material	Quantity	Volume m3	Total value
Lanthanum Metallofullerene	120	120	2,897,033
Overall		120	2,897,033

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	549,105	327	120	1
One day	4,392,842	2,616	960	8
Thirty days	131,785,272	78,480	28,800	240

131,785,272

C3-FTM Acid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Megacyte	80	0.8	415,189
Fullerite-C84	100	200	1,264,139
Fullerite-C540	100	1000	5,991,727
Overall		1225.8	7,785,739

Output
Material	Quantity	Volume m3	Total value
C3-FTM Acid	100	20	8,873,038
Overall		20	8,873,038

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,087,299	1,226	20	1
One day	8,698,395	9,806	160	8
Thirty days	260,951,856	294,192	4,800	240

260,951,856

Axosomatic Neurolink Enhancer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Amber Mykoserocin	40	400	2,122,114
Golden Mykoserocin	40	400	3,640,000
AG-Composite Molecular Condenser	1	1	479,518
Overall		826	6,337,442

Output
Material	Quantity	Volume m3	Total value
Axosomatic Neurolink Enhancer	20	80	5,912,000
Overall		80	5,912,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-425,442	826	80	1
One day	-3,403,539	6,608	640	8
Thirty days	-102,106,176	198,240	19,200	240

-102,106,176

Isotropic Neofullerene Beta-6 Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Tritanium	10000	100	44,400
Hydrogen Fuel Block	5	25	109,979
Fullerite-C70	500	500	3,874,295
Fullerite-C28	500	1000	6,810,665
Isotropic Deposition Guide	1	5	2,921,707
Overall		1630	13,761,047

Output
Material	Quantity	Volume m3	Total value
Isotropic Neofullerene Beta-6	20	160	13,962,432
Overall		160	13,962,432

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	201,386	1,630	160	1
One day	1,611,086	13,040	1,280	8
Thirty days	48,332,575	391,200	38,400	240

48,332,575

Stress-Responding Neurolink Stabilizer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Viridian Cytoserocin	10	100	1,017,876
Celadon Cytoserocin	10	100	657,765
CV-Composite Molecular Condenser	1	1	473,659
Overall		226	2,247,644

Output
Material	Quantity	Volume m3	Total value
Stress-Responding Neurolink Stabilizer	10	100	1,997,000
Overall		100	1,997,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-250,644	226	100	1
One day	-2,005,151	1,808	800	8
Thirty days	-60,154,543	54,240	24,000	240

-60,154,543

Cogni-Emotive Neurolink Enhancer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	98,344
Celadon Mykoserocin	40	400	2,481,122
Viridian Mykoserocin	40	400	3,357,688
CV-Composite Molecular Condenser	1	1	473,659
Overall		826	6,410,812

Output
Material	Quantity	Volume m3	Total value
Cogni-Emotive Neurolink Enhancer	20	80	5,305,750
Overall		80	5,305,750

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,105,062	826	80	1
One day	-8,840,497	6,608	640	8
Thirty days	-265,214,911	198,240	19,200	240

-265,214,911

Isotropic Neofullerene Gamma-9 Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Tritanium	10000	100	44,400
Nitrogen Fuel Block	5	25	95,811
Fullerite-C50	500	500	2,466,055
Fullerite-C72	500	1000	4,998,630
Isotropic Deposition Guide	1	5	2,921,707
Overall		1630	10,526,603

Output
Material	Quantity	Volume m3	Total value
Isotropic Neofullerene Gamma-9	20	160	11,980,897
Overall		160	11,980,897

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,454,294	1,630	160	1
One day	11,634,352	13,040	1,280	8
Thirty days	349,030,567	391,200	38,400	240

349,030,567

Goal-Orienting Neurolink Stabilizer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Vermillion Cytoserocin	10	100	396,681
Azure Cytoserocin	10	100	749,900
AV-Composite Molecular Condenser	1	1	857,909
Overall		226	2,114,469

Output
Material	Quantity	Volume m3	Total value
Goal-Orienting Neurolink Stabilizer	10	100	2,748,960
Overall		100	2,748,960

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	634,490	226	100	1
One day	5,075,922	1,808	800	8
Thirty days	152,277,653	54,240	24,000	240

152,277,653

Meta-Operant Neurolink Enhancer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Meta-Molecular Combiner	1	1	292,571,429
Hydrogen Fuel Block	5	25	109,979
Hypnagogic Neurolink Enhancer	80	320	46,768,000
Axosomatic Neurolink Enhancer	80	320	23,648,000
Cogni-Emotive Neurolink Enhancer	80	320	21,222,999
Sense-Heuristic Neurolink Enhancer	80	320	20,984,360
Overall		1306	405,304,767

Output
Material	Quantity	Volume m3	Total value
Meta-Operant Neurolink Enhancer	20	320	484,530,055
Overall		320	484,530,055

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	79,225,287	1,306	320	1
One day	633,802,300	10,448	2,560	8
Thirty days	19,014,068,995	313,440	76,800	240

19,014,068,995

Sense-Heuristic Neurolink Enhancer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	109,979
Azure Mykoserocin	40	400	1,495,030
Vermillion Mykoserocin	40	400	2,035,030
AV-Composite Molecular Condenser	1	1	857,909
Overall		826	4,497,949

Output
Material	Quantity	Volume m3	Total value
Sense-Heuristic Neurolink Enhancer	20	80	5,246,090
Overall		80	5,246,090

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	748,141	826	80	1
One day	5,985,129	6,608	640	8
Thirty days	179,553,869	198,240	19,200	240

179,553,869

Ultradian-Cycling Neurolink Stabilizer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Malachite Cytoserocin	10	100	359,500
Lime Cytoserocin	10	100	950,224
LM-Composite Molecular Condenser	1	1	615,458
Overall		226	2,039,866

Output
Material	Quantity	Volume m3	Total value
Ultradian-Cycling Neurolink Stabilizer	10	100	3,040,551
Overall		100	3,040,551

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,000,685	226	100	1
One day	8,005,478	1,808	800	8
Thirty days	240,164,342	54,240	24,000	240

240,164,342

Hypnagogic Neurolink Enhancer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	114,684
Lime Mykoserocin	40	400	3,439,102
Malachite Mykoserocin	40	400	4,704,503
LM-Composite Molecular Condenser	1	1	615,458
Overall		826	8,873,748

Output
Material	Quantity	Volume m3	Total value
Hypnagogic Neurolink Enhancer	20	80	11,692,000
Overall		80	11,692,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,818,252	826	80	1
One day	22,546,017	6,608	640	8
Thirty days	676,380,518	198,240	19,200	240

676,380,518

Isotropic Neofullerene Alpha-3 Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Tritanium	10000	100	44,400
Helium Fuel Block	5	25	114,684
Fullerite-C60	500	500	2,484,285
Fullerite-C84	500	1000	6,320,695
Isotropic Deposition Guide	1	5	2,921,707
Overall		1630	11,885,771

Output
Material	Quantity	Volume m3	Total value
Isotropic Neofullerene Alpha-3	20	160	13,973,996
Overall		160	13,973,996

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,088,224	1,630	160	1
One day	16,705,796	13,040	1,280	8
Thirty days	501,173,875	391,200	38,400	240

501,173,875

Reaction-Orienting Neurolink Stabilizer Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	95,811
Amber Cytoserocin	10	100	629,671
Golden Cytoserocin	10	100	579,000
AG-Composite Molecular Condenser	1	1	479,518
Overall		226	1,784,000

Output
Material	Quantity	Volume m3	Total value
Reaction-Orienting Neurolink Stabilizer	10	100	1,739,000
Overall		100	1,739,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-45,000	226	100	1
One day	-359,999	1,808	800	8
Thirty days	-10,799,976	54,240	24,000	240

-10,799,976