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	83,653
Garbage	20	5	410
Celadon Mykoserocin	40	400	395,600
Overall		430	479,663

Output
Material	Quantity	Volume m3	Total value
Pure Synth Exile Booster	30	30	870,000
Overall		30	870,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	390,337	430	30	1
One day	3,122,694	3,440	240	8
Thirty days	93,680,832	103,200	7,200	240

93,680,832

Standard Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Water	20	7.6	9,983
Celadon Cytoserocin	20	200	1,993,635
Overall		232.6	2,087,271

Output
Material	Quantity	Volume m3	Total value
Pure Standard Exile Booster	15	15	2,683,500
Overall		15	2,683,500

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	596,229	233	15	1
One day	4,769,834	1,861	120	8
Thirty days	143,095,008	55,824	3,600	240

143,095,008

Synth Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Garbage	20	5	410
Malachite Mykoserocin	40	400	3,024,418
Overall		430	3,112,276

Output
Material	Quantity	Volume m3	Total value
Pure Synth Mindflood Booster	30	30	6,000,000
Overall		30	6,000,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,887,724	430	30	1
One day	23,101,793	3,440	240	8
Thirty days	693,053,796	103,200	7,200	240

693,053,796

Synth X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Garbage	20	5	410
Vermillion Mykoserocin	40	400	311,942
Overall		430	396,853

Output
Material	Quantity	Volume m3	Total value
Pure Synth X-Instinct Booster	30	30	1,739,700
Overall		30	1,739,700

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,342,847	430	30	1
One day	10,742,778	3,440	240	8
Thirty days	322,283,328	103,200	7,200	240

322,283,328

Improved Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Pure Standard Blue Pill Booster	15	15	2,495,491
Pure Standard Crash Booster	15	15	14,997,346
Spirits	20	4	8,614
Overall		59	17,585,377

Output
Material	Quantity	Volume m3	Total value
Pure Improved Crash Booster	12	12	6,611,389
Overall		12	6,611,389

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-10,973,988	59	12	1
One day	-87,791,902	472	96	8
Thirty days	-2,633,757,055	14,160	2,880	240

-2,633,757,055

Improved Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Pure Standard Frentix Booster	15	15	3,023,990
Pure Standard Mindflood Booster	15	15	2,100,000
Spirits	20	4	8,614
Overall		59	5,220,052

Output
Material	Quantity	Volume m3	Total value
Pure Improved Frentix Booster	12	12	11,997,600
Overall		12	11,997,600

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	6,777,548	59	12	1
One day	54,220,387	472	96	8
Thirty days	1,626,611,604	14,160	2,880	240

1,626,611,604

Strong Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Pure Improved Drop Booster	12	12	5,986,800
Pure Standard X-Instinct Booster	15	15	3,552,963
Hydrochloric Acid	20	10	12,245
Overall		62	9,635,661

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-9,635,661	62	12	1
One day	-77,085,287	496	96	8
Thirty days	-2,312,558,616	14,880	2,880	240

-2,312,558,616

Strong X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Pure Improved X-Instinct Booster	12	12	6,000,000
Pure Standard Exile Booster	15	15	2,683,500
Hydrochloric Acid	20	10	12,245
Overall		62	8,780,245

Output
Material	Quantity	Volume m3	Total value
Pure Strong X-Instinct Booster	12	12	0
Overall		12	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-8,780,245	62	12	1
One day	-70,241,958	496	96	8
Thirty days	-2,107,258,752	14,880	2,880	240

-2,107,258,752

Synth Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Garbage	20	5	410
Lime Mykoserocin	40	400	347,880
Overall		430	435,738

Output
Material	Quantity	Volume m3	Total value
Pure Synth Frentix Booster	30	30	2,204,256
Overall		30	2,204,256

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,768,518	430	30	1
One day	14,148,148	3,440	240	8
Thirty days	424,444,428	103,200	7,200	240

424,444,428

Standard Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Water	20	7.6	9,983
Malachite Cytoserocin	20	200	1,974,295
Overall		232.6	2,071,725

Output
Material	Quantity	Volume m3	Total value
Pure Standard Mindflood Booster	15	15	2,100,000
Overall		15	2,100,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	28,275	233	15	1
One day	226,198	1,861	120	8
Thirty days	6,785,940	55,824	3,600	240

6,785,940

Synth Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Garbage	20	5	410
Azure Mykoserocin	40	400	319,255
Overall		430	404,166

Output
Material	Quantity	Volume m3	Total value
Pure Synth Sooth Sayer Booster	30	30	1,470,000
Overall		30	1,470,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,065,834	430	30	1
One day	8,526,675	3,440	240	8
Thirty days	255,800,256	103,200	7,200	240

255,800,256

Synth Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Garbage	20	5	410
Amber Mykoserocin	40	400	118,749
Overall		430	203,085

Output
Material	Quantity	Volume m3	Total value
Pure Synth Blue Pill Booster	30	30	3,000,000
Overall		30	3,000,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,796,915	430	30	1
One day	22,375,316	3,440	240	8
Thirty days	671,259,492	103,200	7,200	240

671,259,492

Improved Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Pure Standard Drop Booster	15	15	2,400,000
Pure Standard Exile Booster	15	15	2,683,500
Oxygen	20	7.6	7,348
Overall		62.6	5,174,501

Output
Material	Quantity	Volume m3	Total value
Pure Improved Drop Booster	12	12	5,986,800
Overall		12	5,986,800

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	812,299	63	12	1
One day	6,498,390	501	96	8
Thirty days	194,951,712	15,024	2,880	240

194,951,712

Improved X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Pure Standard X-Instinct Booster	15	15	3,552,963
Pure Standard Sooth Sayer Booster	15	15	2,188,500
Oxygen	20	7.6	7,348
Overall		62.6	5,833,312

Output
Material	Quantity	Volume m3	Total value
Pure Improved X-Instinct Booster	12	12	6,000,000
Overall		12	6,000,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	166,688	63	12	1
One day	1,333,506	501	96	8
Thirty days	40,005,192	15,024	2,880	240

40,005,192

Strong Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Pure Improved Exile Booster	12	12	8,391,600
Pure Standard Sooth Sayer Booster	15	15	2,188,500
Hydrochloric Acid	20	10	12,245
Overall		62	10,675,998

Output
Material	Quantity	Volume m3	Total value
Pure Strong Exile Booster	12	12	24,000,000
Overall		12	24,000,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	13,324,002	62	12	1
One day	106,592,019	496	96	8
Thirty days	3,197,760,576	14,880	2,880	240

3,197,760,576

Strong Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Pure Improved Sooth Sayer Booster	12	12	6,703,448
Pure Standard Drop Booster	15	15	2,400,000
Hydrochloric Acid	20	10	12,245
Overall		62	9,200,193

Output
Material	Quantity	Volume m3	Total value
Pure Strong Sooth Sayer Booster	12	12	298,800,000
Overall		12	298,800,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	289,599,807	62	12	1
One day	2,316,798,455	496	96	8
Thirty days	69,503,953,661	14,880	2,880	240

69,503,953,661

Standard Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Water	20	7.6	9,983
Lime Cytoserocin	20	200	1,474,653
Overall		232.6	1,572,083

Output
Material	Quantity	Volume m3	Total value
Pure Standard Frentix Booster	15	15	3,023,990
Overall		15	3,023,990

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,451,907	233	15	1
One day	11,615,259	1,861	120	8
Thirty days	348,457,764	55,824	3,600	240

348,457,764

Standard X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Water	20	7.6	9,983
Vermillion Cytoserocin	20	200	1,689,042
Overall		232.6	1,783,525

Output
Material	Quantity	Volume m3	Total value
Pure Standard X-Instinct Booster	15	15	3,552,963
Overall		15	3,552,963

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,769,438	233	15	1
One day	14,155,505	1,861	120	8
Thirty days	424,665,144	55,824	3,600	240

424,665,144

Standard Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Water	20	7.6	9,983
Amber Cytoserocin	20	200	1,982,830
Overall		232.6	2,076,739

Output
Material	Quantity	Volume m3	Total value
Pure Standard Blue Pill Booster	15	15	2,495,491
Overall		15	2,495,491

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	418,752	233	15	1
One day	3,350,017	1,861	120	8
Thirty days	100,500,516	55,824	3,600	240

100,500,516

Synth Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Garbage	20	5	410
Golden Mykoserocin	40	400	139,607
Overall		430	223,943

Output
Material	Quantity	Volume m3	Total value
Pure Synth Crash Booster	30	30	1,200,000
Overall		30	1,200,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	976,057	430	30	1
One day	7,808,456	3,440	240	8
Thirty days	234,253,668	103,200	7,200	240

234,253,668

Improved Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Pure Standard Drop Booster	15	15	2,400,000
Pure Standard Exile Booster	15	15	2,683,500
Spirits	20	4	8,614
Overall		59	5,175,767

Output
Material	Quantity	Volume m3	Total value
Pure Improved Exile Booster	12	12	8,391,600
Overall		12	8,391,600

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	3,215,833	59	12	1
One day	25,726,667	472	96	8
Thirty days	771,800,016	14,160	2,880	240

771,800,016

Improved Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Pure Standard X-Instinct Booster	15	15	3,552,963
Pure Standard Sooth Sayer Booster	15	15	2,188,500
Spirits	20	4	8,614
Overall		59	5,834,577

Output
Material	Quantity	Volume m3	Total value
Pure Improved Sooth Sayer Booster	12	12	6,703,448
Overall		12	6,703,448

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	868,871	59	12	1
One day	6,950,969	472	96	8
Thirty days	208,529,083	14,160	2,880	240

208,529,083

Strong Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Pure Improved Mindflood Booster	12	12	11,996,400
Pure Standard Crash Booster	15	15	14,997,346
Hydrochloric Acid	20	10	12,245
Overall		62	27,093,438

Output
Material	Quantity	Volume m3	Total value
Pure Strong Mindflood Booster	12	12	30,000,000
Overall		12	30,000,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,906,562	62	12	1
One day	23,252,492	496	96	8
Thirty days	697,574,772	14,880	2,880	240

697,574,772

Improved Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Pure Standard Blue Pill Booster	15	15	2,495,491
Pure Standard Crash Booster	15	15	14,997,346
Oxygen	20	7.6	7,348
Overall		62.6	17,584,112

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-12,244,112	63	12	1
One day	-97,952,893	501	96	8
Thirty days	-2,938,586,796	15,024	2,880	240

-2,938,586,796

Synth Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Garbage	20	5	410
Viridian Mykoserocin	40	400	3,556,000
Overall		430	3,640,063

Output
Material	Quantity	Volume m3	Total value
Pure Synth Drop Booster	30	30	3,270,000
Overall		30	3,270,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-370,063	430	30	1
One day	-2,960,506	3,440	240	8
Thirty days	-88,815,168	103,200	7,200	240

-88,815,168

Standard Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Water	20	7.6	9,983
Viridian Cytoserocin	20	200	1,897,638
Overall		232.6	1,991,274

Output
Material	Quantity	Volume m3	Total value
Pure Standard Drop Booster	15	15	2,400,000
Overall		15	2,400,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	408,726	233	15	1
One day	3,269,811	1,861	120	8
Thirty days	98,094,336	55,824	3,600	240

98,094,336

Standard Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Water	20	7.6	9,983
Azure Cytoserocin	20	200	1,757,651
Overall		232.6	1,852,134

Output
Material	Quantity	Volume m3	Total value
Pure Standard Sooth Sayer Booster	15	15	2,188,500
Overall		15	2,188,500

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	336,366	233	15	1
One day	2,690,926	1,861	120	8
Thirty days	80,727,792	55,824	3,600	240

80,727,792

Standard Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Water	20	7.6	9,983
Golden Cytoserocin	20	200	1,973,591
Overall		232.6	2,067,500

Output
Material	Quantity	Volume m3	Total value
Pure Standard Crash Booster	15	15	14,997,346
Overall		15	14,997,346

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	12,929,846	233	15	1
One day	103,438,771	1,861	120	8
Thirty days	3,103,163,124	55,824	3,600	240

3,103,163,124

Strong Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Pure Improved Blue Pill Booster	12	12	5,340,000
Pure Standard Mindflood Booster	15	15	2,100,000
Hydrochloric Acid	20	10	12,245
Overall		62	7,536,171

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,063,829	62	12	1
One day	16,510,635	496	96	8
Thirty days	495,319,044	14,880	2,880	240

495,319,044

Improved Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Pure Standard Frentix Booster	15	15	3,023,990
Pure Standard Mindflood Booster	15	15	2,100,000
Oxygen	20	7.6	7,348
Overall		62.6	5,218,786

Output
Material	Quantity	Volume m3	Total value
Pure Improved Mindflood Booster	12	12	11,996,400
Overall		12	11,996,400

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	6,777,614	63	12	1
One day	54,220,910	501	96	8
Thirty days	1,626,627,300	15,024	2,880	240

1,626,627,300

Strong Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Pure Improved Crash Booster	12	12	6,611,389
Pure Standard Frentix Booster	15	15	3,023,990
Hydrochloric Acid	20	10	12,245
Overall		62	9,731,550

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-9,731,550	62	12	1
One day	-77,852,403	496	96	8
Thirty days	-2,335,572,089	14,880	2,880	240

-2,335,572,089

Strong Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Pure Improved Frentix Booster	12	12	11,997,600
Pure Standard Blue Pill Booster	15	15	2,495,491
Hydrochloric Acid	100	50	61,224
Overall		102	14,641,763

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-14,641,763	102	12	1
One day	-117,134,101	816	96	8
Thirty days	-3,514,023,036	24,480	2,880	240

-3,514,023,036

Ceramic Powder Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Evaporite Deposits	100	5	135,681
Silicates	100	5	136,809
Overall		35	356,990

Output
Material	Quantity	Volume m3	Total value
Ceramic Powder	200	40	409,574
Overall		40	409,574

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	52,584	35	40	1
One day	420,672	280	320	8
Thirty days	12,620,160	8,400	9,600	240

12,620,160

Ferrofluid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Hafnium	100	5	1,162,577
Dysprosium	100	5	7,593,143
Overall		35	8,840,220

Output
Material	Quantity	Volume m3	Total value
Ferrofluid	200	40	9,623,708
Overall		40	9,623,708

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	783,488	35	40	1
One day	6,267,904	280	320	8
Thirty days	188,037,120	8,400	9,600	240

188,037,120

Neo Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Mercury	100	5	844,400
Neodymium	100	5	8,009,000
Overall		35	8,940,847

Output
Material	Quantity	Volume m3	Total value
Neo Mercurite	200	40	10,414,000
Overall		40	10,414,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,473,153	35	40	1
One day	11,785,220	280	320	8
Thirty days	353,556,612	8,400	9,600	240

353,556,612

Solerium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Chromium	100	5	1,106,305
Caesium	100	5	1,327,000
Overall		35	2,516,958

Output
Material	Quantity	Volume m3	Total value
Solerium	200	40	2,770,000
Overall		40	2,770,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	253,042	35	40	1
One day	2,024,338	280	320	8
Thirty days	60,730,128	8,400	9,600	240

60,730,128

Prometium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Cadmium	100	5	1,047,045
Promethium	100	5	7,294,191
Overall		35	8,424,889

Output
Material	Quantity	Volume m3	Total value
Prometium	200	40	9,558,000
Overall		40	9,558,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,133,111	35	40	1
One day	9,064,890	280	320	8
Thirty days	271,946,688	8,400	9,600	240

271,946,688

Unrefined Platinum Technite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Cobalt	100	5	308,004
Platinum	100	5	1,351,990
Overall		35	1,747,441

Output
Material	Quantity	Volume m3	Total value
Unrefined Platinum Technite	1	1	0
Overall		1	0

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,747,441	35	1	1
One day	-6,989,766	140	4	4
Thirty days	-209,692,974	4,200	120	120

-209,692,974

Unrefined Rolled Tungsten Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Atmospheric Gases	100	5	16,974
Tungsten	100	5	917,560
Overall		35	1,018,460

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	-1,018,460	35	1	1
One day	-4,073,839	140	4	4
Thirty days	-122,215,182	4,200	120	120

-122,215,182

Unrefined Hyperflurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Chromium	100	5	1,106,305
Vanadium	100	5	931,429
Overall		35	2,121,660

Output
Material	Quantity	Volume m3	Total value
Unrefined Hyperflurite	1	1	900,000
Overall		1	900,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,221,660	35	1	1
One day	-4,886,639	140	4	4
Thirty days	-146,599,182	4,200	120	120

-146,599,182

Unrefined Dysporite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Cadmium	100	5	1,047,045
Mercury	100	5	844,400
Overall		35	1,978,892

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	-1,978,892	35	1	1
One day	-7,915,570	140	4	4
Thirty days	-237,467,094	4,200	120	120

-237,467,094

Titanium Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Titanium Chromide	100	20	944,594
Silicon Diborite	100	20	262,124
Overall		65	1,290,371

Output
Material	Quantity	Volume m3	Total value
Titanium Carbide	10000	100	1,455,000
Overall		100	1,455,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	164,629	65	100	1
One day	1,317,034	520	800	8
Thirty days	39,511,008	15,600	24,000	240

39,511,008

Sylramic Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Ceramic Powder	100	20	204,787
Hexite	100	20	1,339,000
Overall		65	1,631,234

Output
Material	Quantity	Volume m3	Total value
Sylramic Fibers	6000	300	2,040,000
Overall		300	2,040,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	408,766	65	300	1
One day	3,270,124	520	2,400	8
Thirty days	98,103,732	15,600	72,000	240

98,103,732

Hypersynaptic Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Solerium	100	20	1,385,000
Dysporite	100	20	4,755,160
Vanadium Hafnite	100	20	1,292,000
Overall		85	7,515,813

Output
Material	Quantity	Volume m3	Total value
Hypersynaptic Fibers	750	450	7,982,355
Overall		450	7,982,355

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	466,542	85	450	1
One day	3,732,338	680	3,600	8
Thirty days	111,970,128	20,400	108,000	240

111,970,128

Terahertz Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Rolled Tungsten Alloy	100	20	1,400,000
Promethium Mercurite	100	20	3,669,713
Overall		65	5,157,160

Output
Material	Quantity	Volume m3	Total value
Terahertz Metamaterials	300	300	7,212,000
Overall		300	7,212,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,054,840	65	300	1
One day	16,438,716	520	2,400	8
Thirty days	493,161,492	15,600	72,000	240

493,161,492

Crystallite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Cobalt	100	5	308,004
Cadmium	100	5	1,047,045
Overall		35	1,442,496

Output
Material	Quantity	Volume m3	Total value
Crystallite Alloy	200	40	1,980,242
Overall		40	1,980,242

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	537,746	35	40	1
One day	4,301,964	280	320	8
Thirty days	129,058,932	8,400	9,600	240

129,058,932

Fluxed Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Neodymium	100	5	8,009,000
Thulium	100	5	4,614,476
Overall		35	12,707,129

Output
Material	Quantity	Volume m3	Total value
Fluxed Condensates	200	40	8,457,912
Overall		40	8,457,912

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-4,249,217	35	40	1
One day	-33,993,734	280	320	8
Thirty days	-1,019,812,032	8,400	9,600	240

-1,019,812,032

Platinum Technite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Platinum	100	5	1,351,990
Technetium	100	5	2,876,226
Overall		35	4,312,142

Output
Material	Quantity	Volume m3	Total value
Platinum Technite	200	40	5,598,172
Overall		40	5,598,172

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,286,030	35	40	1
One day	10,288,241	280	320	8
Thirty days	308,647,236	8,400	9,600	240

308,647,236

Sulfuric Acid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Atmospheric Gases	100	5	16,974
Evaporite Deposits	100	5	135,681
Overall		35	236,581

Output
Material	Quantity	Volume m3	Total value
Sulfuric Acid	200	40	322,074
Overall		40	322,074

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	85,493	35	40	1
One day	683,945	280	320	8
Thirty days	20,518,356	8,400	9,600	240

20,518,356

Thulium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Hafnium	100	5	1,162,577
Thulium	100	5	4,614,476
Overall		35	5,861,553

Output
Material	Quantity	Volume m3	Total value
Thulium Hafnite	200	40	6,786,498
Overall		40	6,786,498

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	924,945	35	40	1
One day	7,399,560	280	320	8
Thirty days	221,986,800	8,400	9,600	240

221,986,800

Unrefined Solerium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Scandium	100	5	351,698
Chromium	100	5	1,106,305
Overall		35	1,542,503

Output
Material	Quantity	Volume m3	Total value
Unrefined Solerium	1	1	900,000
Overall		1	900,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-642,503	35	1	1
One day	-2,570,012	140	4	4
Thirty days	-77,100,360	4,200	120	120

-77,100,360

Unrefined Titanium Chromide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Evaporite Deposits	100	5	135,681
Titanium	100	5	490,471
Overall		35	710,078

Output
Material	Quantity	Volume m3	Total value
Unrefined Titanium Chromide	1	1	999,910
Overall		1	999,910

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	289,832	35	1	1
One day	1,159,329	140	4	4
Thirty days	34,779,858	4,200	120	120

34,779,858

Unrefined Ferrofluid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Cadmium	100	5	1,047,045
Hafnium	100	5	1,162,577
Overall		35	2,294,122

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	-2,294,122	35	1	1
One day	-9,176,488	140	4	4
Thirty days	-275,294,640	4,200	120	120

-275,294,640

Unrefined Fluxed Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Vanadium	100	5	931,429
Platinum	100	5	1,351,990
Overall		35	2,367,072

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	-2,367,072	35	1	1
One day	-9,468,287	140	4	4
Thirty days	-284,048,616	4,200	120	120

-284,048,616

Crystalline Carbonide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Crystallite Alloy	100	20	990,121
Carbon Polymers	100	20	173,526
Overall		65	1,251,094

Output
Material	Quantity	Volume m3	Total value
Crystalline Carbonide	10000	100	1,352,900
Overall		100	1,352,900

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	101,806	65	100	1
One day	814,444	520	800	8
Thirty days	24,433,332	15,600	24,000	240

24,433,332

Fulleride Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Carbon Polymers	100	20	173,526
Platinum Technite	100	20	2,799,086
Overall		65	3,056,538

Output
Material	Quantity	Volume m3	Total value
Fullerides	3000	450	3,589,770
Overall		450	3,589,770

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	533,232	65	450	1
One day	4,265,857	520	3,600	8
Thirty days	127,975,716	15,600	108,000	240

127,975,716

Ferrogel Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Hexite	100	20	1,339,000
Hyperflurite	100	20	3,877,000
Ferrofluid	100	20	4,811,854
Prometium	100	20	4,779,000
Overall		105	14,891,354

Output
Material	Quantity	Volume m3	Total value
Ferrogel	400	400	14,944,084
Overall		400	14,944,084

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	52,730	105	400	1
One day	421,840	840	3,200	8
Thirty days	12,655,200	25,200	96,000	240

12,655,200

Photonic Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Crystallite Alloy	100	20	990,121
Thulium Hafnite	100	20	3,393,249
Overall		65	4,467,023

Output
Material	Quantity	Volume m3	Total value
Photonic Metamaterials	300	300	4,600,905
Overall		300	4,600,905

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	133,882	65	300	1
One day	1,071,058	520	2,400	8
Thirty days	32,131,728	15,600	72,000	240

32,131,728

Caesarium Cadmide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Cadmium	100	5	1,047,045
Caesium	100	5	1,327,000
Overall		35	2,457,698

Output
Material	Quantity	Volume m3	Total value
Caesarium Cadmide	200	40	3,008,834
Overall		40	3,008,834

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	551,136	35	40	1
One day	4,409,090	280	320	8
Thirty days	132,272,688	8,400	9,600	240

132,272,688

Dysporite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Mercury	100	5	844,400
Dysprosium	100	5	7,593,143
Overall		35	8,524,990

Output
Material	Quantity	Volume m3	Total value
Dysporite	200	40	9,510,320
Overall		40	9,510,320

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	985,330	35	40	1
One day	7,882,636	280	320	8
Thirty days	236,479,092	8,400	9,600	240

236,479,092

Hexite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Chromium	100	5	1,106,305
Platinum	100	5	1,351,990
Overall		35	2,542,221

Output
Material	Quantity	Volume m3	Total value
Hexite	200	40	2,678,000
Overall		40	2,678,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	135,779	35	40	1
One day	1,086,233	280	320	8
Thirty days	32,586,996	8,400	9,600	240

32,586,996

Rolled Tungsten Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Tungsten	100	5	917,560
Platinum	100	5	1,351,990
Overall		35	2,353,476

Output
Material	Quantity	Volume m3	Total value
Rolled Tungsten Alloy	200	40	2,800,000
Overall		40	2,800,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	446,524	35	40	1
One day	3,572,193	280	320	8
Thirty days	107,165,796	8,400	9,600	240

107,165,796

Titanium Chromide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Titanium	100	5	490,471
Chromium	100	5	1,106,305
Overall		35	1,680,429

Output
Material	Quantity	Volume m3	Total value
Titanium Chromide	200	40	1,889,188
Overall		40	1,889,188

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	208,759	35	40	1
One day	1,670,074	280	320	8
Thirty days	50,102,208	8,400	9,600	240

50,102,208

Promethium Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Mercury	100	5	844,400
Promethium	100	5	7,294,191
Overall		35	8,226,038

Output
Material	Quantity	Volume m3	Total value
Promethium Mercurite	200	40	7,339,426
Overall		40	7,339,426

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-886,612	35	40	1
One day	-7,092,900	280	320	8
Thirty days	-212,786,988	8,400	9,600	240

-212,786,988

Unrefined Caesarium Cadmide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Scandium	100	5	351,698
Cadmium	100	5	1,047,045
Overall		35	1,483,243

Output
Material	Quantity	Volume m3	Total value
Unrefined Caesarium Cadmide	1	1	10,000,000
Overall		1	10,000,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	8,516,757	35	1	1
One day	34,067,028	140	4	4
Thirty days	1,022,010,840	4,200	120	120

1,022,010,840

Unrefined Fernite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Hydrocarbons	100	5	13,885
Scandium	100	5	351,698
Overall		35	450,083

Output
Material	Quantity	Volume m3	Total value
Unrefined Fernite Alloy	1	1	953,694
Overall		1	953,694

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	503,611	35	1	1
One day	2,014,444	140	4	4
Thirty days	60,433,334	4,200	120	120

60,433,334

Unrefined Prometium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Chromium	100	5	1,106,305
Cadmium	100	5	1,047,045
Overall		35	2,237,003

Output
Material	Quantity	Volume m3	Total value
Unrefined Prometium	1	1	900,000
Overall		1	900,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,337,003	35	1	1
One day	-5,348,011	140	4	4
Thirty days	-160,440,336	4,200	120	120

-160,440,336

Unrefined Thulium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Vanadium	100	5	931,429
Hafnium	100	5	1,162,577
Overall		35	2,178,506

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	-2,178,506	35	1	1
One day	-8,714,024	140	4	4
Thirty days	-261,420,720	4,200	120	120

-261,420,720

Fernite Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Fernite Alloy	100	20	715,567
Ceramic Powder	100	20	204,787
Overall		65	1,004,854

Output
Material	Quantity	Volume m3	Total value
Fernite Carbide	10000	100	1,404,700
Overall		100	1,404,700

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	399,846	65	100	1
One day	3,198,768	520	800	8
Thirty days	95,963,040	15,600	24,000	240

95,963,040

Phenolic Composites Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Silicon Diborite	100	20	262,124
Caesarium Cadmide	100	20	1,504,417
Vanadium Hafnite	100	20	1,292,000
Overall		85	3,142,194

Output
Material	Quantity	Volume m3	Total value
Phenolic Composites	2200	440	3,691,930
Overall		440	3,691,930

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	549,736	85	440	1
One day	4,397,890	680	3,520	8
Thirty days	131,936,688	20,400	105,600	240

131,936,688

Fermionic Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Caesarium Cadmide	100	20	1,504,417
Dysporite	100	20	4,755,160
Fluxed Condensates	100	20	4,228,956
Prometium	100	20	4,779,000
Overall		105	15,354,980

Output
Material	Quantity	Volume m3	Total value
Fermionic Condensates	200	260	17,090,610
Overall		260	17,090,610

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,735,630	105	260	1
One day	13,885,036	840	2,080	8
Thirty days	416,551,092	25,200	62,400	240

416,551,092

Nonlinear Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Titanium Chromide	100	20	944,594
Ferrofluid	100	20	4,811,854
Overall		65	5,840,374

Output
Material	Quantity	Volume m3	Total value
Nonlinear Metamaterials	300	300	6,324,072
Overall		300	6,324,072

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	483,698	65	300	1
One day	3,869,585	520	2,400	8
Thirty days	116,087,556	15,600	72,000	240

116,087,556

Carbon Polymers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Hydrocarbons	100	5	13,885
Silicates	100	5	136,809
Overall		35	238,141

Output
Material	Quantity	Volume m3	Total value
Carbon Polymers	200	40	347,052
Overall		40	347,052

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	108,911	35	40	1
One day	871,284	280	320	8
Thirty days	26,138,532	8,400	9,600	240

26,138,532

Fernite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Scandium	100	5	351,698
Vanadium	100	5	931,429
Overall		35	1,367,627

Output
Material	Quantity	Volume m3	Total value
Fernite Alloy	200	40	1,431,134
Overall		40	1,431,134

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	63,507	35	40	1
One day	508,056	280	320	8
Thirty days	15,241,680	8,400	9,600	240

15,241,680

Hyperflurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Vanadium	100	5	931,429
Promethium	100	5	7,294,191
Overall		35	8,309,546

Output
Material	Quantity	Volume m3	Total value
Hyperflurite	200	40	7,754,000
Overall		40	7,754,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-555,546	35	40	1
One day	-4,444,367	280	320	8
Thirty days	-133,331,004	8,400	9,600	240

-133,331,004

Silicon Diborite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Evaporite Deposits	100	5	135,681
Silicates	100	5	136,809
Overall		35	356,143

Output
Material	Quantity	Volume m3	Total value
Silicon Diborite	200	40	524,248
Overall		40	524,248

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	168,105	35	40	1
One day	1,344,842	280	320	8
Thirty days	40,345,248	8,400	9,600	240

40,345,248

Vanadium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Vanadium	100	5	931,429
Hafnium	100	5	1,162,577
Overall		35	2,178,506

Output
Material	Quantity	Volume m3	Total value
Vanadium Hafnite	200	40	2,584,000
Overall		40	2,584,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	405,494	35	40	1
One day	3,243,952	280	320	8
Thirty days	97,318,560	8,400	9,600	240

97,318,560

Unrefined Vanadium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Titanium	100	5	490,471
Vanadium	100	5	931,429
Overall		35	1,505,553

Output
Material	Quantity	Volume m3	Total value
Unrefined Vanadium Hafnite	1	1	1,880,000
Overall		1	1,880,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	374,447	35	1	1
One day	1,497,789	140	4	4
Thirty days	44,933,664	4,200	120	120

44,933,664

Unrefined Hexite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Atmospheric Gases	100	5	16,974
Evaporite Deposits	100	5	135,681
Overall		35	236,581

Output
Material	Quantity	Volume m3	Total value
Unrefined Hexite	1	1	285,400
Overall		1	285,400

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	48,819	35	1	1
One day	195,277	140	4	4
Thirty days	5,858,298	4,200	120	120

5,858,298

Unrefined Crystallite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Silicates	100	5	136,809
Cobalt	100	5	308,004
Overall		35	532,260

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	-532,260	35	1	1
One day	-2,129,042	140	4	4
Thirty days	-63,871,254	4,200	120	120

-63,871,254

Unrefined Neo Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Platinum	100	5	1,351,990
Mercury	100	5	844,400
Overall		35	2,283,837

Output
Material	Quantity	Volume m3	Total value
Unrefined Neo Mercurite	1	1	261,000
Overall		1	261,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-2,022,837	35	1	1
One day	-8,091,350	140	4	4
Thirty days	-242,740,494	4,200	120	120

-242,740,494

Unrefined Promethium Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Chromium	100	5	1,106,305
Mercury	100	5	844,400
Overall		35	2,038,152

Output
Material	Quantity	Volume m3	Total value
Unrefined Promethium Mercurite	1	1	900,000
Overall		1	900,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,138,152	35	1	1
One day	-4,552,610	140	4	4
Thirty days	-136,578,294	4,200	120	120

-136,578,294

Tungsten Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Rolled Tungsten Alloy	100	20	1,400,000
Sulfuric Acid	100	20	161,037
Overall		65	1,644,963

Output
Material	Quantity	Volume m3	Total value
Tungsten Carbide	10000	100	2,116,000
Overall		100	2,116,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	471,037	65	100	1
One day	3,768,297	520	800	8
Thirty days	113,048,916	15,600	24,000	240

113,048,916

Nanotransistors Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Sulfuric Acid	100	20	161,037
Platinum Technite	100	20	2,799,086
Neo Mercurite	100	20	5,207,000
Overall		85	8,251,049

Output
Material	Quantity	Volume m3	Total value
Nanotransistors	1500	375	8,344,350
Overall		375	8,344,350

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	93,301	85	375	1
One day	746,409	680	3,000	8
Thirty days	22,392,276	20,400	90,000	240

22,392,276

Plasmonic Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Fernite Alloy	100	20	715,567
Neo Mercurite	100	20	5,207,000
Overall		65	6,007,067

Output
Material	Quantity	Volume m3	Total value
Plasmonic Metamaterials	300	300	8,862,000
Overall		300	8,862,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,854,933	65	300	1
One day	22,839,464	520	2,400	8
Thirty days	685,183,920	15,600	72,000	240

685,183,920

Fullerene Intercalated Graphite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Fullerite-C60	100	100	310,351
Fullerite-C70	100	100	374,623
Mexallon	600	6	58,056
Overall		231	827,530

Output
Material	Quantity	Volume m3	Total value
Fullerene Intercalated Graphite	120	96	619,132
Overall		96	619,132

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-208,398	231	96	1
One day	-1,667,187	1,848	768	8
Thirty days	-50,015,616	55,440	23,040	240

-50,015,616

Carbon-86 Epoxy Resin Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Zydrine	30	0.3	33,749
Fullerite-C32	100	500	2,353,193
Fullerite-C320	100	500	4,479,216
Overall		1025.3	6,950,083

Output
Material	Quantity	Volume m3	Total value
Carbon-86 Epoxy Resin	160	64	7,332,048
Overall		64	7,332,048

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	381,965	1,025	64	1
One day	3,055,717	8,202	512	8
Thirty days	91,671,516	246,072	15,360	240

91,671,516

Methanofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Fullerite-C70	100	100	374,623
Fullerite-C72	100	200	689,233
Isogen	300	3	7,497
Overall		328	1,155,853

Output
Material	Quantity	Volume m3	Total value
Methanofullerene	160	120	1,518,888
Overall		120	1,518,888

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	363,035	328	120	1
One day	2,904,280	2,624	960	8
Thirty days	87,128,400	78,720	28,800	240

87,128,400

Lanthanum Metallofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Fullerite-C70	100	100	374,623
Fullerite-C84	100	200	371,013
Nocxium	200	2	86,712
Overall		327	916,001

Output
Material	Quantity	Volume m3	Total value
Lanthanum Metallofullerene	120	120	1,168,565
Overall		120	1,168,565

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	252,564	327	120	1
One day	2,020,512	2,616	960	8
Thirty days	60,615,360	78,480	28,800	240

60,615,360

C3-FTM Acid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Megacyte	80	0.8	42,694
Fullerite-C84	100	200	371,013
Fullerite-C540	100	1000	7,269,126
Overall		1225.8	7,770,281

Output
Material	Quantity	Volume m3	Total value
C3-FTM Acid	100	20	8,774,069
Overall		20	8,774,069

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,003,788	1,226	20	1
One day	8,030,305	9,806	160	8
Thirty days	240,909,156	294,192	4,800	240

240,909,156

Fulleroferrocene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,653
Fullerite-C60	100	100	310,351
Fullerite-C50	200	200	966,420
Tritanium	1000	10	6,860
Overall		335	1,367,284

Output
Material	Quantity	Volume m3	Total value
Fulleroferrocene	1000	100	3,600,000
Overall		100	3,600,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,232,716	335	100	1
One day	17,861,730	2,680	800	8
Thirty days	535,851,888	80,400	24,000	240

535,851,888

Scandium Metallofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	87,447
Zydrine	25	0.25	28,124
Fullerite-C72	100	200	689,233
Fullerite-C28	100	200	689,307
Overall		425.25	1,494,111

Output
Material	Quantity	Volume m3	Total value
Scandium Metallofullerene	160	104	2,071,778
Overall		104	2,071,778

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	577,666	425	104	1
One day	4,621,331	3,402	832	8
Thirty days	138,639,936	102,060	24,960	240

138,639,936

PPD Fullerene Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,500
Fullerite-C60	100	100	310,351
Fullerite-C50	300	300	1,449,630
Pyerite	800	8	5,736
Overall		433	1,850,217

Output
Material	Quantity	Volume m3	Total value
PPD Fullerene Fibers	250	125	1,968,938
Overall		125	1,968,938

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	118,721	433	125	1
One day	949,764	3,464	1,000	8
Thirty days	28,492,920	103,920	30,000	240

28,492,920

Graphene Nanoribbons Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	83,926
Fullerite-C28	100	200	689,307
Fullerite-C32	100	500	2,353,193
Nocxium	400	4	173,424
Overall		729	3,299,850

Output
Material	Quantity	Volume m3	Total value
Graphene Nanoribbons	120	180	3,555,222
Overall		180	3,555,222

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	255,372	729	180	1
One day	2,042,977	5,832	1,440	8
Thirty days	61,289,316	174,960	43,200	240

61,289,316