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	87,205
Garbage	20	5	366
Celadon Mykoserocin	40	400	395,728
Overall		430	483,298

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	386,702	430	30	1
One day	3,093,613	3,440	240	8
Thirty days	92,808,384	103,200	7,200	240

92,808,384

Standard Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Water	20	7.6	7,449
Celadon Cytoserocin	20	200	1,805,800
Overall		232.6	1,900,453

Output
Material	Quantity	Volume m3	Total value
Pure Standard Exile Booster	15	15	2,544,164
Overall		15	2,544,164

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	643,711	233	15	1
One day	5,149,687	1,861	120	8
Thirty days	154,490,616	55,824	3,600	240

154,490,616

Synth Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Garbage	20	5	366
Malachite Mykoserocin	40	400	3,143,600
Overall		430	3,233,531

Output
Material	Quantity	Volume m3	Total value
Pure Synth Mindflood Booster	30	30	4,500,000
Overall		30	4,500,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,266,469	430	30	1
One day	10,131,751	3,440	240	8
Thirty days	303,952,536	103,200	7,200	240

303,952,536

Synth X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Garbage	20	5	366
Vermillion Mykoserocin	40	400	167,989
Overall		430	256,967

Output
Material	Quantity	Volume m3	Total value
Pure Synth X-Instinct Booster	30	30	1,650,000
Overall		30	1,650,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,393,033	430	30	1
One day	11,144,262	3,440	240	8
Thirty days	334,327,860	103,200	7,200	240

334,327,860

Improved Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Pure Standard Blue Pill Booster	15	15	2,466,657
Pure Standard Crash Booster	15	15	7,434,138
Spirits	20	4	9,025
Overall		59	9,996,851

Output
Material	Quantity	Volume m3	Total value
Pure Improved Crash Booster	12	12	6,538,227
Overall		12	6,538,227

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-3,458,624	59	12	1
One day	-27,668,995	472	96	8
Thirty days	-830,069,839	14,160	2,880	240

-830,069,839

Improved Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Pure Standard Frentix Booster	15	15	2,250,000
Pure Standard Mindflood Booster	15	15	3,715,110
Spirits	20	4	9,025
Overall		59	6,063,700

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	5,933,900	59	12	1
One day	47,471,200	472	96	8
Thirty days	1,424,136,012	14,160	2,880	240

1,424,136,012

Strong Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Pure Improved Drop Booster	12	12	5,985,600
Pure Standard X-Instinct Booster	15	15	2,250,000
Hydrochloric Acid	20	10	12,560
Overall		62	8,335,364

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	-8,335,364	62	12	1
One day	-66,682,915	496	96	8
Thirty days	-2,000,487,456	14,880	2,880	240

-2,000,487,456

Strong X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Pure Improved X-Instinct Booster	12	12	6,000,000
Pure Standard Exile Booster	15	15	2,544,164
Hydrochloric Acid	20	10	12,560
Overall		62	8,645,336

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	-8,645,336	62	12	1
One day	-69,162,686	496	96	8
Thirty days	-2,074,880,580	14,880	2,880	240

-2,074,880,580

Synth Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Garbage	20	5	366
Lime Mykoserocin	40	400	299,920
Overall		430	389,851

Output
Material	Quantity	Volume m3	Total value
Pure Synth Frentix Booster	30	30	2,973,000
Overall		30	2,973,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,583,149	430	30	1
One day	20,665,191	3,440	240	8
Thirty days	619,955,736	103,200	7,200	240

619,955,736

Standard Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Water	20	7.6	7,449
Malachite Cytoserocin	20	200	1,859,400
Overall		232.6	1,956,414

Output
Material	Quantity	Volume m3	Total value
Pure Standard Mindflood Booster	15	15	3,715,110
Overall		15	3,715,110

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,758,697	233	15	1
One day	14,069,576	1,861	120	8
Thirty days	422,087,268	55,824	3,600	240

422,087,268

Synth Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Garbage	20	5	366
Azure Mykoserocin	40	400	247,880
Overall		430	336,858

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	1,133,142	430	30	1
One day	9,065,136	3,440	240	8
Thirty days	271,954,068	103,200	7,200	240

271,954,068

Synth Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Garbage	20	5	366
Amber Mykoserocin	40	400	99,738
Overall		430	187,136

Output
Material	Quantity	Volume m3	Total value
Pure Synth Blue Pill Booster	30	30	725,700
Overall		30	725,700

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	538,564	430	30	1
One day	4,308,508	3,440	240	8
Thirty days	129,255,252	103,200	7,200	240

129,255,252

Improved Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Pure Standard Drop Booster	15	15	2,322,476
Pure Standard Exile Booster	15	15	2,544,164
Oxygen	20	7.6	7,164
Overall		62.6	4,961,009

Output
Material	Quantity	Volume m3	Total value
Pure Improved Drop Booster	12	12	5,985,600
Overall		12	5,985,600

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,024,591	63	12	1
One day	8,196,731	501	96	8
Thirty days	245,901,924	15,024	2,880	240

245,901,924

Improved X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Pure Standard X-Instinct Booster	15	15	2,250,000
Pure Standard Sooth Sayer Booster	15	15	795,450
Oxygen	20	7.6	7,164
Overall		62.6	3,141,226

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	2,858,774	63	12	1
One day	22,870,193	501	96	8
Thirty days	686,105,796	15,024	2,880	240

686,105,796

Strong Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Pure Improved Exile Booster	12	12	7,187,808
Pure Standard Sooth Sayer Booster	15	15	795,450
Hydrochloric Acid	20	10	12,560
Overall		62	8,083,022

Output
Material	Quantity	Volume m3	Total value
Pure Strong Exile Booster	12	12	22,666,667
Overall		12	22,666,667

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	14,583,644	62	12	1
One day	116,669,154	496	96	8
Thirty days	3,500,074,627	14,880	2,880	240

3,500,074,627

Strong Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Pure Improved Sooth Sayer Booster	12	12	7,200,000
Pure Standard Drop Booster	15	15	2,322,476
Hydrochloric Acid	20	10	12,560
Overall		62	9,623,648

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	289,176,352	62	12	1
One day	2,313,410,819	496	96	8
Thirty days	69,402,324,576	14,880	2,880	240

69,402,324,576

Standard Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Water	20	7.6	7,449
Lime Cytoserocin	20	200	1,499,800
Overall		232.6	1,596,814

Output
Material	Quantity	Volume m3	Total value
Pure Standard Frentix Booster	15	15	2,250,000
Overall		15	2,250,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	653,187	233	15	1
One day	5,225,492	1,861	120	8
Thirty days	156,764,760	55,824	3,600	240

156,764,760

Standard X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Water	20	7.6	7,449
Vermillion Cytoserocin	20	200	1,699,816
Overall		232.6	1,795,877

Output
Material	Quantity	Volume m3	Total value
Pure Standard X-Instinct Booster	15	15	2,250,000
Overall		15	2,250,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	454,123	233	15	1
One day	3,632,985	1,861	120	8
Thirty days	108,989,556	55,824	3,600	240

108,989,556

Standard Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Water	20	7.6	7,449
Amber Cytoserocin	20	200	2,241,732
Overall		232.6	2,336,212

Output
Material	Quantity	Volume m3	Total value
Pure Standard Blue Pill Booster	15	15	2,466,657
Overall		15	2,466,657

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	130,445	233	15	1
One day	1,043,558	1,861	120	8
Thirty days	31,306,740	55,824	3,600	240

31,306,740

Synth Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Garbage	20	5	366
Golden Mykoserocin	40	400	127,992
Overall		430	215,390

Output
Material	Quantity	Volume m3	Total value
Pure Synth Crash Booster	30	30	1,204,181
Overall		30	1,204,181

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	988,791	430	30	1
One day	7,910,332	3,440	240	8
Thirty days	237,309,948	103,200	7,200	240

237,309,948

Improved Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Pure Standard Drop Booster	15	15	2,322,476
Pure Standard Exile Booster	15	15	2,544,164
Spirits	20	4	9,025
Overall		59	4,962,869

Output
Material	Quantity	Volume m3	Total value
Pure Improved Exile Booster	12	12	7,187,808
Overall		12	7,187,808

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,224,939	59	12	1
One day	17,799,510	472	96	8
Thirty days	533,985,300	14,160	2,880	240

533,985,300

Improved Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Pure Standard X-Instinct Booster	15	15	2,250,000
Pure Standard Sooth Sayer Booster	15	15	795,450
Spirits	20	4	9,025
Overall		59	3,143,086

Output
Material	Quantity	Volume m3	Total value
Pure Improved Sooth Sayer Booster	12	12	7,200,000
Overall		12	7,200,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	4,056,914	59	12	1
One day	32,455,308	472	96	8
Thirty days	973,659,252	14,160	2,880	240

973,659,252

Strong Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Pure Improved Mindflood Booster	12	12	11,995,200
Pure Standard Crash Booster	15	15	7,434,138
Hydrochloric Acid	20	10	12,560
Overall		62	19,531,463

Output
Material	Quantity	Volume m3	Total value
Pure Strong Mindflood Booster	12	12	21,000,000
Overall		12	21,000,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,468,537	62	12	1
One day	11,748,298	496	96	8
Thirty days	352,448,952	14,880	2,880	240

352,448,952

Improved Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Pure Standard Blue Pill Booster	15	15	2,466,657
Pure Standard Crash Booster	15	15	7,434,138
Oxygen	20	7.6	7,164
Overall		62.6	9,994,991

Output
Material	Quantity	Volume m3	Total value
Pure Improved Blue Pill Booster	12	12	5,280,000
Overall		12	5,280,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-4,714,991	63	12	1
One day	-37,719,927	501	96	8
Thirty days	-1,131,597,804	15,024	2,880	240

-1,131,597,804

Synth Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Garbage	20	5	366
Viridian Mykoserocin	40	400	2,550,680
Overall		430	2,638,250

Output
Material	Quantity	Volume m3	Total value
Pure Synth Drop Booster	30	30	2,250,000
Overall		30	2,250,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-388,250	430	30	1
One day	-3,106,003	3,440	240	8
Thirty days	-93,180,096	103,200	7,200	240

-93,180,096

Standard Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Water	20	7.6	7,449
Viridian Cytoserocin	20	200	1,799,686
Overall		232.6	1,894,339

Output
Material	Quantity	Volume m3	Total value
Pure Standard Drop Booster	15	15	2,322,476
Overall		15	2,322,476

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	428,137	233	15	1
One day	3,425,097	1,861	120	8
Thirty days	102,752,916	55,824	3,600	240

102,752,916

Standard Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Water	20	7.6	7,449
Azure Cytoserocin	20	200	1,219,080
Overall		232.6	1,315,141

Output
Material	Quantity	Volume m3	Total value
Pure Standard Sooth Sayer Booster	15	15	795,450
Overall		15	795,450

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-519,691	233	15	1
One day	-4,157,527	1,861	120	8
Thirty days	-124,725,804	55,824	3,600	240

-124,725,804

Standard Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Water	20	7.6	7,449
Golden Cytoserocin	20	200	1,823,001
Overall		232.6	1,917,481

Output
Material	Quantity	Volume m3	Total value
Pure Standard Crash Booster	15	15	7,434,138
Overall		15	7,434,138

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	5,516,657	233	15	1
One day	44,133,252	1,861	120	8
Thirty days	1,323,997,572	55,824	3,600	240

1,323,997,572

Strong Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Pure Improved Blue Pill Booster	12	12	5,280,000
Pure Standard Mindflood Booster	15	15	3,715,110
Hydrochloric Acid	20	10	12,560
Overall		62	9,094,702

Output
Material	Quantity	Volume m3	Total value
Pure Strong Blue Pill Booster	12	12	8,939,242
Overall		12	8,939,242

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-155,460	62	12	1
One day	-1,243,680	496	96	8
Thirty days	-37,310,405	14,880	2,880	240

-37,310,405

Improved Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Pure Standard Frentix Booster	15	15	2,250,000
Pure Standard Mindflood Booster	15	15	3,715,110
Oxygen	20	7.6	7,164
Overall		62.6	6,061,839

Output
Material	Quantity	Volume m3	Total value
Pure Improved Mindflood Booster	12	12	11,995,200
Overall		12	11,995,200

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	5,933,361	63	12	1
One day	47,466,885	501	96	8
Thirty days	1,424,006,556	15,024	2,880	240

1,424,006,556

Strong Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Pure Improved Crash Booster	12	12	6,538,227
Pure Standard Frentix Booster	15	15	2,250,000
Hydrochloric Acid	20	10	12,560
Overall		62	8,887,819

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	-8,887,819	62	12	1
One day	-71,102,550	496	96	8
Thirty days	-2,133,076,505	14,880	2,880	240

-2,133,076,505

Strong Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Pure Improved Frentix Booster	12	12	11,997,600
Pure Standard Blue Pill Booster	15	15	2,466,657
Hydrochloric Acid	100	50	62,799
Overall		102	14,616,621

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	-14,616,621	102	12	1
One day	-116,932,967	816	96	8
Thirty days	-3,507,989,016	24,480	2,880	240

-3,507,989,016

Ceramic Powder Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Evaporite Deposits	100	5	134,568
Silicates	100	5	157,261
Overall		35	380,441

Output
Material	Quantity	Volume m3	Total value
Ceramic Powder	200	40	540,670
Overall		40	540,670

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	160,229	35	40	1
One day	1,281,833	280	320	8
Thirty days	38,454,996	8,400	9,600	240

38,454,996

Ferrofluid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Hafnium	100	5	1,031,569
Dysprosium	100	5	8,537,492
Overall		35	9,657,673

Output
Material	Quantity	Volume m3	Total value
Ferrofluid	200	40	10,260,000
Overall		40	10,260,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	602,327	35	40	1
One day	4,818,617	280	320	8
Thirty days	144,558,516	8,400	9,600	240

144,558,516

Neo Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Mercury	100	5	962,500
Neodymium	100	5	9,344,177
Overall		35	10,396,242

Output
Material	Quantity	Volume m3	Total value
Neo Mercurite	200	40	10,560,000
Overall		40	10,560,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	163,758	35	40	1
One day	1,310,065	280	320	8
Thirty days	39,301,944	8,400	9,600	240

39,301,944

Solerium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Chromium	100	5	1,109,488
Caesium	100	5	1,408,441
Overall		35	2,605,134

Output
Material	Quantity	Volume m3	Total value
Solerium	200	40	2,885,812
Overall		40	2,885,812

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	280,678	35	40	1
One day	2,245,427	280	320	8
Thirty days	67,362,816	8,400	9,600	240

67,362,816

Prometium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Cadmium	100	5	1,011,319
Promethium	100	5	6,936,368
Overall		35	8,034,892

Output
Material	Quantity	Volume m3	Total value
Prometium	200	40	8,388,754
Overall		40	8,388,754

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	353,862	35	40	1
One day	2,830,899	280	320	8
Thirty days	84,926,976	8,400	9,600	240

84,926,976

Unrefined Platinum Technite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Cobalt	100	5	274,195
Platinum	100	5	1,497,893
Overall		35	1,861,653

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	-1,861,653	35	1	1
One day	-7,446,612	140	4	4
Thirty days	-223,398,348	4,200	120	120

-223,398,348

Unrefined Rolled Tungsten Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Atmospheric Gases	100	5	15,709
Tungsten	100	5	889,658
Overall		35	992,399

Output
Material	Quantity	Volume m3	Total value
Unrefined Rolled Tungsten Alloy	1	1	110,100
Overall		1	110,100

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-882,299	35	1	1
One day	-3,529,195	140	4	4
Thirty days	-105,875,862	4,200	120	120

-105,875,862

Unrefined Hyperflurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Chromium	100	5	1,109,488
Vanadium	100	5	955,846
Overall		35	2,152,366

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	-1,252,366	35	1	1
One day	-5,009,463	140	4	4
Thirty days	-150,283,902	4,200	120	120

-150,283,902

Unrefined Dysporite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Cadmium	100	5	1,011,319
Mercury	100	5	962,500
Overall		35	2,063,384

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	-2,063,384	35	1	1
One day	-8,253,536	140	4	4
Thirty days	-247,606,068	4,200	120	120

-247,606,068

Titanium Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Titanium Chromide	100	20	1,322,000
Silicon Diborite	100	20	204,189
Overall		65	1,613,394

Output
Material	Quantity	Volume m3	Total value
Titanium Carbide	10000	100	1,596,700
Overall		100	1,596,700

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-16,694	65	100	1
One day	-133,549	520	800	8
Thirty days	-4,006,464	15,600	24,000	240

-4,006,464

Sylramic Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Ceramic Powder	100	20	270,335
Hexite	100	20	1,594,000
Overall		65	1,953,900

Output
Material	Quantity	Volume m3	Total value
Sylramic Fibers	6000	300	2,260,980
Overall		300	2,260,980

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	307,080	65	300	1
One day	2,456,641	520	2,400	8
Thirty days	73,699,224	15,600	72,000	240

73,699,224

Hypersynaptic Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Solerium	100	20	1,442,906
Dysporite	100	20	5,393,000
Vanadium Hafnite	100	20	1,422,917
Overall		85	8,346,028

Output
Material	Quantity	Volume m3	Total value
Hypersynaptic Fibers	750	450	8,120,873
Overall		450	8,120,873

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-225,155	85	450	1
One day	-1,801,241	680	3,600	8
Thirty days	-54,037,224	20,400	108,000	240

-54,037,224

Terahertz Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Rolled Tungsten Alloy	100	20	1,393,971
Promethium Mercurite	100	20	3,957,960
Overall		65	5,441,496

Output
Material	Quantity	Volume m3	Total value
Terahertz Metamaterials	300	300	6,110,583
Overall		300	6,110,583

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	669,087	65	300	1
One day	5,352,697	520	2,400	8
Thirty days	160,580,904	15,600	72,000	240

160,580,904

Crystallite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Cobalt	100	5	274,195
Cadmium	100	5	1,011,319
Overall		35	1,375,079

Output
Material	Quantity	Volume m3	Total value
Crystallite Alloy	200	40	1,837,724
Overall		40	1,837,724

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	462,645	35	40	1
One day	3,701,161	280	320	8
Thirty days	111,034,824	8,400	9,600	240

111,034,824

Fluxed Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Neodymium	100	5	9,344,177
Thulium	100	5	4,016,840
Overall		35	13,448,222

Output
Material	Quantity	Volume m3	Total value
Fluxed Condensates	200	40	10,381,582
Overall		40	10,381,582

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-3,066,640	35	40	1
One day	-24,533,117	280	320	8
Thirty days	-735,993,504	8,400	9,600	240

-735,993,504

Platinum Technite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Platinum	100	5	1,497,893
Technetium	100	5	2,169,806
Overall		35	3,754,731

Output
Material	Quantity	Volume m3	Total value
Platinum Technite	200	40	4,681,264
Overall		40	4,681,264

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	926,533	35	40	1
One day	7,412,265	280	320	8
Thirty days	222,367,956	8,400	9,600	240

222,367,956

Sulfuric Acid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Atmospheric Gases	100	5	15,709
Evaporite Deposits	100	5	134,568
Overall		35	237,309

Output
Material	Quantity	Volume m3	Total value
Sulfuric Acid	200	40	236,590
Overall		40	236,590

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-719	35	40	1
One day	-5,751	280	320	8
Thirty days	-172,524	8,400	9,600	240

-172,524

Thulium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Hafnium	100	5	1,031,569
Thulium	100	5	4,016,840
Overall		35	5,137,021

Output
Material	Quantity	Volume m3	Total value
Thulium Hafnite	200	40	6,360,912
Overall		40	6,360,912

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,223,891	35	40	1
One day	9,791,129	280	320	8
Thirty days	293,733,876	8,400	9,600	240

293,733,876

Unrefined Solerium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Scandium	100	5	596,633
Chromium	100	5	1,109,488
Overall		35	1,794,733

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	-894,733	35	1	1
One day	-3,578,931	140	4	4
Thirty days	-107,367,942	4,200	120	120

-107,367,942

Unrefined Titanium Chromide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Evaporite Deposits	100	5	134,568
Titanium	100	5	477,780
Overall		35	699,380

Output
Material	Quantity	Volume m3	Total value
Unrefined Titanium Chromide	1	1	1,029,910
Overall		1	1,029,910

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	330,530	35	1	1
One day	1,322,121	140	4	4
Thirty days	39,663,618	4,200	120	120

39,663,618

Unrefined Ferrofluid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Cadmium	100	5	1,011,319
Hafnium	100	5	1,031,569
Overall		35	2,131,500

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	-2,131,500	35	1	1
One day	-8,525,999	140	4	4
Thirty days	-255,779,982	4,200	120	120

-255,779,982

Unrefined Fluxed Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Vanadium	100	5	955,846
Platinum	100	5	1,497,893
Overall		35	2,540,944

Output
Material	Quantity	Volume m3	Total value
Unrefined Fluxed Condensates	1	1	28,810
Overall		1	28,810

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-2,512,134	35	1	1
One day	-10,048,534	140	4	4
Thirty days	-301,456,032	4,200	120	120

-301,456,032

Crystalline Carbonide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Crystallite Alloy	100	20	918,862
Carbon Polymers	100	20	200,984
Overall		65	1,209,411

Output
Material	Quantity	Volume m3	Total value
Crystalline Carbonide	10000	100	1,398,200
Overall		100	1,398,200

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	188,789	65	100	1
One day	1,510,313	520	800	8
Thirty days	45,309,384	15,600	24,000	240

45,309,384

Fulleride Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Carbon Polymers	100	20	200,984
Platinum Technite	100	20	2,340,632
Overall		65	2,628,648

Output
Material	Quantity	Volume m3	Total value
Fullerides	3000	450	3,197,070
Overall		450	3,197,070

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	568,422	65	450	1
One day	4,547,377	520	3,600	8
Thirty days	136,421,316	15,600	108,000	240

136,421,316

Ferrogel Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Hexite	100	20	1,594,000
Hyperflurite	100	20	4,448,000
Ferrofluid	100	20	5,130,000
Prometium	100	20	4,194,377
Overall		105	15,454,989

Output
Material	Quantity	Volume m3	Total value
Ferrogel	400	400	16,306,972
Overall		400	16,306,972

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	851,983	105	400	1
One day	6,815,865	840	3,200	8
Thirty days	204,475,956	25,200	96,000	240

204,475,956

Photonic Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Crystallite Alloy	100	20	918,862
Thulium Hafnite	100	20	3,180,456
Overall		65	4,186,523

Output
Material	Quantity	Volume m3	Total value
Photonic Metamaterials	300	300	4,910,457
Overall		300	4,910,457

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	723,934	65	300	1
One day	5,791,475	520	2,400	8
Thirty days	173,744,256	15,600	72,000	240

173,744,256

Caesarium Cadmide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Cadmium	100	5	1,011,319
Caesium	100	5	1,408,441
Overall		35	2,506,965

Output
Material	Quantity	Volume m3	Total value
Caesarium Cadmide	200	40	3,351,294
Overall		40	3,351,294

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	844,329	35	40	1
One day	6,754,635	280	320	8
Thirty days	202,639,056	8,400	9,600	240

202,639,056

Dysporite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Mercury	100	5	962,500
Dysprosium	100	5	8,537,492
Overall		35	9,589,557

Output
Material	Quantity	Volume m3	Total value
Dysporite	200	40	10,786,000
Overall		40	10,786,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,196,443	35	40	1
One day	9,571,545	280	320	8
Thirty days	287,146,344	8,400	9,600	240

287,146,344

Hexite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Chromium	100	5	1,109,488
Platinum	100	5	1,497,893
Overall		35	2,694,413

Output
Material	Quantity	Volume m3	Total value
Hexite	200	40	3,188,000
Overall		40	3,188,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	493,587	35	40	1
One day	3,948,697	280	320	8
Thirty days	118,460,916	8,400	9,600	240

118,460,916

Rolled Tungsten Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Tungsten	100	5	889,658
Platinum	100	5	1,497,893
Overall		35	2,474,583

Output
Material	Quantity	Volume m3	Total value
Rolled Tungsten Alloy	200	40	2,787,942
Overall		40	2,787,942

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	313,359	35	40	1
One day	2,506,873	280	320	8
Thirty days	75,206,196	8,400	9,600	240

75,206,196

Titanium Chromide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Titanium	100	5	477,780
Chromium	100	5	1,109,488
Overall		35	1,674,473

Output
Material	Quantity	Volume m3	Total value
Titanium Chromide	200	40	2,644,000
Overall		40	2,644,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	969,527	35	40	1
One day	7,756,219	280	320	8
Thirty days	232,686,576	8,400	9,600	240

232,686,576

Promethium Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Mercury	100	5	962,500
Promethium	100	5	6,936,368
Overall		35	7,988,433

Output
Material	Quantity	Volume m3	Total value
Promethium Mercurite	200	40	7,915,920
Overall		40	7,915,920

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-72,513	35	40	1
One day	-580,103	280	320	8
Thirty days	-17,403,096	8,400	9,600	240

-17,403,096

Unrefined Caesarium Cadmide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Scandium	100	5	596,633
Cadmium	100	5	1,011,319
Overall		35	1,696,564

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	8,303,436	35	1	1
One day	33,213,745	140	4	4
Thirty days	996,412,338	4,200	120	120

996,412,338

Unrefined Fernite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Hydrocarbons	100	5	17,761
Scandium	100	5	596,633
Overall		35	703,006

Output
Material	Quantity	Volume m3	Total value
Unrefined Fernite Alloy	1	1	950,000
Overall		1	950,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	246,994	35	1	1
One day	987,977	140	4	4
Thirty days	29,639,298	4,200	120	120

29,639,298

Unrefined Prometium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Chromium	100	5	1,109,488
Cadmium	100	5	1,011,319
Overall		35	2,208,012

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	-1,308,012	35	1	1
One day	-5,232,046	140	4	4
Thirty days	-156,961,392	4,200	120	120

-156,961,392

Unrefined Thulium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Vanadium	100	5	955,846
Hafnium	100	5	1,031,569
Overall		35	2,076,027

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	-2,076,027	35	1	1
One day	-8,304,107	140	4	4
Thirty days	-249,123,222	4,200	120	120

-249,123,222

Fernite Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Fernite Alloy	100	20	899,480
Ceramic Powder	100	20	270,335
Overall		65	1,258,427

Output
Material	Quantity	Volume m3	Total value
Fernite Carbide	10000	100	1,387,200
Overall		100	1,387,200

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	128,773	65	100	1
One day	1,030,185	520	800	8
Thirty days	30,905,556	15,600	24,000	240

30,905,556

Phenolic Composites Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Silicon Diborite	100	20	204,189
Caesarium Cadmide	100	20	1,675,647
Vanadium Hafnite	100	20	1,422,917
Overall		85	3,389,958

Output
Material	Quantity	Volume m3	Total value
Phenolic Composites	2200	440	4,091,956
Overall		440	4,091,956

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	701,998	85	440	1
One day	5,615,987	680	3,520	8
Thirty days	168,479,616	20,400	105,600	240

168,479,616

Fermionic Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Caesarium Cadmide	100	20	1,675,647
Dysporite	100	20	5,393,000
Fluxed Condensates	100	20	5,190,791
Prometium	100	20	4,194,377
Overall		105	16,543,380

Output
Material	Quantity	Volume m3	Total value
Fermionic Condensates	200	260	18,036,314
Overall		260	18,036,314

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,492,934	105	260	1
One day	11,943,473	840	2,080	8
Thirty days	358,304,184	25,200	62,400	240

358,304,184

Nonlinear Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Titanium Chromide	100	20	1,322,000
Ferrofluid	100	20	5,130,000
Overall		65	6,539,032

Output
Material	Quantity	Volume m3	Total value
Nonlinear Metamaterials	300	300	7,001,766
Overall		300	7,001,766

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	462,734	65	300	1
One day	3,701,873	520	2,400	8
Thirty days	111,056,196	15,600	72,000	240

111,056,196

Carbon Polymers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Hydrocarbons	100	5	17,761
Silicates	100	5	157,261
Overall		35	264,587

Output
Material	Quantity	Volume m3	Total value
Carbon Polymers	200	40	401,968
Overall		40	401,968

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	137,381	35	40	1
One day	1,099,049	280	320	8
Thirty days	32,971,464	8,400	9,600	240

32,971,464

Fernite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Scandium	100	5	596,633
Vanadium	100	5	955,846
Overall		35	1,641,091

Output
Material	Quantity	Volume m3	Total value
Fernite Alloy	200	40	1,798,960
Overall		40	1,798,960

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	157,869	35	40	1
One day	1,262,953	280	320	8
Thirty days	37,888,596	8,400	9,600	240

37,888,596

Hyperflurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Vanadium	100	5	955,846
Promethium	100	5	6,936,368
Overall		35	7,979,246

Output
Material	Quantity	Volume m3	Total value
Hyperflurite	200	40	8,896,000
Overall		40	8,896,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	916,754	35	40	1
One day	7,334,033	280	320	8
Thirty days	220,020,996	8,400	9,600	240

220,020,996

Silicon Diborite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Evaporite Deposits	100	5	134,568
Silicates	100	5	157,261
Overall		35	379,034

Output
Material	Quantity	Volume m3	Total value
Silicon Diborite	200	40	408,378
Overall		40	408,378

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	29,344	35	40	1
One day	234,755	280	320	8
Thirty days	7,042,656	8,400	9,600	240

7,042,656

Vanadium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Vanadium	100	5	955,846
Hafnium	100	5	1,031,569
Overall		35	2,076,027

Output
Material	Quantity	Volume m3	Total value
Vanadium Hafnite	200	40	2,845,834
Overall		40	2,845,834

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	769,807	35	40	1
One day	6,158,457	280	320	8
Thirty days	184,753,716	8,400	9,600	240

184,753,716

Unrefined Vanadium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Titanium	100	5	477,780
Vanadium	100	5	955,846
Overall		35	1,520,831

Output
Material	Quantity	Volume m3	Total value
Unrefined Vanadium Hafnite	1	1	1,800,000
Overall		1	1,800,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	279,169	35	1	1
One day	1,116,678	140	4	4
Thirty days	33,500,328	4,200	120	120

33,500,328

Unrefined Hexite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Atmospheric Gases	100	5	15,709
Evaporite Deposits	100	5	134,568
Overall		35	237,309

Output
Material	Quantity	Volume m3	Total value
Unrefined Hexite	1	1	235,800
Overall		1	235,800

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,509	35	1	1
One day	-6,035	140	4	4
Thirty days	-181,062	4,200	120	120

-181,062

Unrefined Crystallite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Silicates	100	5	157,261
Cobalt	100	5	274,195
Overall		35	521,021

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	-521,021	35	1	1
One day	-2,084,084	140	4	4
Thirty days	-62,522,508	4,200	120	120

-62,522,508

Unrefined Neo Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Platinum	100	5	1,497,893
Mercury	100	5	962,500
Overall		35	2,549,958

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	-2,288,958	35	1	1
One day	-9,155,832	140	4	4
Thirty days	-274,674,948	4,200	120	120

-274,674,948

Unrefined Promethium Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Chromium	100	5	1,109,488
Mercury	100	5	962,500
Overall		35	2,161,553

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	-1,261,553	35	1	1
One day	-5,046,212	140	4	4
Thirty days	-151,386,348	4,200	120	120

-151,386,348

Tungsten Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Rolled Tungsten Alloy	100	20	1,393,971
Sulfuric Acid	100	20	118,295
Overall		65	1,599,298

Output
Material	Quantity	Volume m3	Total value
Tungsten Carbide	10000	100	1,779,500
Overall		100	1,779,500

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	180,202	65	100	1
One day	1,441,617	520	800	8
Thirty days	43,248,516	15,600	24,000	240

43,248,516

Nanotransistors Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Sulfuric Acid	100	20	118,295
Platinum Technite	100	20	2,340,632
Neo Mercurite	100	20	5,280,000
Overall		85	7,825,959

Output
Material	Quantity	Volume m3	Total value
Nanotransistors	1500	375	9,297,765
Overall		375	9,297,765

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,471,806	85	375	1
One day	11,774,449	680	3,000	8
Thirty days	353,233,476	20,400	90,000	240

353,233,476

Plasmonic Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Fernite Alloy	100	20	899,480
Neo Mercurite	100	20	5,280,000
Overall		65	6,268,092

Output
Material	Quantity	Volume m3	Total value
Plasmonic Metamaterials	300	300	7,653,711
Overall		300	7,653,711

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,385,619	65	300	1
One day	11,084,953	520	2,400	8
Thirty days	332,548,596	15,600	72,000	240

332,548,596

Fullerene Intercalated Graphite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Fullerite-C60	100	100	242,499
Fullerite-C70	100	100	172,144
Mexallon	600	6	53,712
Overall		231	556,967

Output
Material	Quantity	Volume m3	Total value
Fullerene Intercalated Graphite	120	96	500,928
Overall		96	500,928

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-56,039	231	96	1
One day	-448,311	1,848	768	8
Thirty days	-13,449,324	55,440	23,040	240

-13,449,324

Carbon-86 Epoxy Resin Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Zydrine	30	0.3	36,023
Fullerite-C32	100	500	1,472,220
Fullerite-C320	100	500	4,213,655
Overall		1025.3	5,808,930

Output
Material	Quantity	Volume m3	Total value
Carbon-86 Epoxy Resin	160	64	7,069,454
Overall		64	7,069,454

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,260,524	1,025	64	1
One day	10,084,193	8,202	512	8
Thirty days	302,525,796	246,072	15,360	240

302,525,796

Methanofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Fullerite-C70	100	100	172,144
Fullerite-C72	100	200	615,741
Isogen	300	3	7,398
Overall		328	883,895

Output
Material	Quantity	Volume m3	Total value
Methanofullerene	160	120	1,300,992
Overall		120	1,300,992

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	417,097	328	120	1
One day	3,336,777	2,624	960	8
Thirty days	100,103,316	78,720	28,800	240

100,103,316

Lanthanum Metallofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Fullerite-C70	100	100	172,144
Fullerite-C84	100	200	285,202
Nocxium	200	2	104,870
Overall		327	649,421

Output
Material	Quantity	Volume m3	Total value
Lanthanum Metallofullerene	120	120	889,351
Overall		120	889,351

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	239,931	327	120	1
One day	1,919,445	2,616	960	8
Thirty days	57,583,344	78,480	28,800	240

57,583,344

C3-FTM Acid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Megacyte	80	0.8	41,674
Fullerite-C84	100	200	285,202
Fullerite-C540	100	1000	6,493,000
Overall		1225.8	6,909,441

Output
Material	Quantity	Volume m3	Total value
C3-FTM Acid	100	20	7,748,000
Overall		20	7,748,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	838,560	1,226	20	1
One day	6,708,476	9,806	160	8
Thirty days	201,254,280	294,192	4,800	240

201,254,280

Fulleroferrocene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	87,205
Fullerite-C60	100	100	242,499
Fullerite-C50	200	200	819,868
Tritanium	1000	10	7,500
Overall		335	1,157,072

Output
Material	Quantity	Volume m3	Total value
Fulleroferrocene	1000	100	1,692,460
Overall		100	1,692,460

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	535,388	335	100	1
One day	4,283,107	2,680	800	8
Thirty days	128,493,216	80,400	24,000	240

128,493,216

Scandium Metallofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	89,565
Zydrine	25	0.25	30,020
Fullerite-C72	100	200	615,741
Fullerite-C28	100	200	799,588
Overall		425.25	1,534,913

Output
Material	Quantity	Volume m3	Total value
Scandium Metallofullerene	160	104	1,864,216
Overall		104	1,864,216

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	329,303	425	104	1
One day	2,634,421	3,402	832	8
Thirty days	79,032,624	102,060	24,960	240

79,032,624

PPD Fullerene Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	88,612
Fullerite-C60	100	100	242,499
Fullerite-C50	300	300	1,229,802
Pyerite	800	8	5,064
Overall		433	1,565,977

Output
Material	Quantity	Volume m3	Total value
PPD Fullerene Fibers	250	125	1,995,250
Overall		125	1,995,250

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	429,273	433	125	1
One day	3,434,185	3,464	1,000	8
Thirty days	103,025,556	103,920	30,000	240

103,025,556

Graphene Nanoribbons Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	87,032
Fullerite-C28	100	200	799,588
Fullerite-C32	100	500	1,472,220
Nocxium	400	4	209,740
Overall		729	2,568,580

Output
Material	Quantity	Volume m3	Total value
Graphene Nanoribbons	120	180	2,607,445
Overall		180	2,607,445

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	38,865	729	180	1
One day	310,923	5,832	1,440	8
Thirty days	9,327,684	174,960	43,200	240

9,327,684