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	83,170
Garbage	20	5	350
Celadon Mykoserocin	40	400	320,000
Overall		430	403,519

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,066,481	430	30	1
One day	8,531,846	3,440	240	8
Thirty days	255,955,368	103,200	7,200	240

255,955,368

Standard Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Water	20	7.6	7,334
Celadon Cytoserocin	20	200	1,552,817
Overall		232.6	1,643,321

Output
Material	Quantity	Volume m3	Total value
Pure Standard Exile Booster	15	15	2,083,500
Overall		15	2,083,500

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	440,179	233	15	1
One day	3,521,434	1,861	120	8
Thirty days	105,643,032	55,824	3,600	240

105,643,032

Synth Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Garbage	20	5	350
Malachite Mykoserocin	40	400	1,419,600
Overall		430	1,508,627

Output
Material	Quantity	Volume m3	Total value
Pure Synth Mindflood Booster	30	30	3,476,004
Overall		30	3,476,004

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,967,377	430	30	1
One day	15,739,014	3,440	240	8
Thirty days	472,170,432	103,200	7,200	240

472,170,432

Synth X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Garbage	20	5	350
Vermillion Mykoserocin	40	400	353,040
Overall		430	437,440

Output
Material	Quantity	Volume m3	Total value
Pure Synth X-Instinct Booster	30	30	1,500,000
Overall		30	1,500,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,062,560	430	30	1
One day	8,500,482	3,440	240	8
Thirty days	255,014,448	103,200	7,200	240

255,014,448

Improved Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Pure Standard Blue Pill Booster	15	15	2,235,000
Pure Standard Crash Booster	15	15	1,871,396
Spirits	20	4	8,587
Overall		59	4,197,609

Output
Material	Quantity	Volume m3	Total value
Pure Improved Crash Booster	12	12	4,840,971
Overall		12	4,840,971

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	643,362	59	12	1
One day	5,146,896	472	96	8
Thirty days	154,406,887	14,160	2,880	240

154,406,887

Improved Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Pure Standard Frentix Booster	15	15	1,523,741
Pure Standard Mindflood Booster	15	15	1,200,000
Spirits	20	4	8,587
Overall		59	2,821,005

Output
Material	Quantity	Volume m3	Total value
Pure Improved Frentix Booster	12	12	360,600
Overall		12	360,600

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-2,460,405	59	12	1
One day	-19,683,236	472	96	8
Thirty days	-590,497,092	14,160	2,880	240

-590,497,092

Strong Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Pure Improved Drop Booster	12	12	601
Pure Standard X-Instinct Booster	15	15	1,695,000
Hydrochloric Acid	20	10	11,846
Overall		62	1,790,617

Output
Material	Quantity	Volume m3	Total value
Pure Strong Drop Booster	12	12	12,012
Overall		12	12,012

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,778,605	62	12	1
One day	-14,228,837	496	96	8
Thirty days	-426,865,109	14,880	2,880	240

-426,865,109

Strong X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Pure Improved X-Instinct Booster	12	12	2,520,000
Pure Standard Exile Booster	15	15	2,083,500
Hydrochloric Acid	20	10	11,846
Overall		62	4,699,396

Output
Material	Quantity	Volume m3	Total value
Pure Strong X-Instinct Booster	12	12	12,012
Overall		12	12,012

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-4,687,384	62	12	1
One day	-37,499,070	496	96	8
Thirty days	-1,124,972,112	14,880	2,880	240

-1,124,972,112

Synth Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Garbage	20	5	350
Lime Mykoserocin	40	400	800,000
Overall		430	889,027

Output
Material	Quantity	Volume m3	Total value
Pure Synth Frentix Booster	30	30	1,183,973
Overall		30	1,183,973

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	294,946	430	30	1
One day	2,359,565	3,440	240	8
Thirty days	70,786,944	103,200	7,200	240

70,786,944

Standard Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Water	20	7.6	7,334
Malachite Cytoserocin	20	200	1,240,000
Overall		232.6	1,336,011

Output
Material	Quantity	Volume m3	Total value
Pure Standard Mindflood Booster	15	15	1,200,000
Overall		15	1,200,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-136,011	233	15	1
One day	-1,088,087	1,861	120	8
Thirty days	-32,642,616	55,824	3,600	240

-32,642,616

Synth Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Garbage	20	5	350
Azure Mykoserocin	40	400	247,413
Overall		430	331,813

Output
Material	Quantity	Volume m3	Total value
Pure Synth Sooth Sayer Booster	30	30	891,000
Overall		30	891,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	559,187	430	30	1
One day	4,473,496	3,440	240	8
Thirty days	134,204,880	103,200	7,200	240

134,204,880

Synth Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Garbage	20	5	350
Amber Mykoserocin	40	400	376,314
Overall		430	459,290

Output
Material	Quantity	Volume m3	Total value
Pure Synth Blue Pill Booster	30	30	3,240,000
Overall		30	3,240,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,780,710	430	30	1
One day	22,245,679	3,440	240	8
Thirty days	667,370,376	103,200	7,200	240

667,370,376

Improved Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Pure Standard Drop Booster	15	15	2,152,500
Pure Standard Exile Booster	15	15	2,083,500
Oxygen	20	7.6	7,113
Overall		62.6	4,326,282

Output
Material	Quantity	Volume m3	Total value
Pure Improved Drop Booster	12	12	601
Overall		12	601

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-4,325,681	63	12	1
One day	-34,605,448	501	96	8
Thirty days	-1,038,163,435	15,024	2,880	240

-1,038,163,435

Improved X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Pure Standard X-Instinct Booster	15	15	1,695,000
Pure Standard Sooth Sayer Booster	15	15	660,000
Oxygen	20	7.6	7,113
Overall		62.6	2,446,163

Output
Material	Quantity	Volume m3	Total value
Pure Improved X-Instinct Booster	12	12	2,520,000
Overall		12	2,520,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	73,837	63	12	1
One day	590,698	501	96	8
Thirty days	17,720,928	15,024	2,880	240

17,720,928

Strong Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Pure Improved Exile Booster	12	12	7,188,000
Pure Standard Sooth Sayer Booster	15	15	660,000
Hydrochloric Acid	20	10	11,846
Overall		62	7,943,015

Output
Material	Quantity	Volume m3	Total value
Pure Strong Exile Booster	12	12	14,879,568
Overall		12	14,879,568

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	6,936,552	62	12	1
One day	55,492,418	496	96	8
Thirty days	1,664,772,533	14,880	2,880	240

1,664,772,533

Strong Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Pure Improved Sooth Sayer Booster	12	12	7,195,200
Pure Standard Drop Booster	15	15	2,152,500
Hydrochloric Acid	20	10	11,846
Overall		62	9,443,596

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	289,356,404	62	12	1
One day	2,314,851,234	496	96	8
Thirty days	69,445,537,008	14,880	2,880	240

69,445,537,008

Standard Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Water	20	7.6	7,334
Lime Cytoserocin	20	200	1,399,000
Overall		232.6	1,495,011

Output
Material	Quantity	Volume m3	Total value
Pure Standard Frentix Booster	15	15	1,523,741
Overall		15	1,523,741

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	28,730	233	15	1
One day	229,838	1,861	120	8
Thirty days	6,895,140	55,824	3,600	240

6,895,140

Standard X-Instinct Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Water	20	7.6	7,334
Vermillion Cytoserocin	20	200	1,215,087
Overall		232.6	1,306,471

Output
Material	Quantity	Volume m3	Total value
Pure Standard X-Instinct Booster	15	15	1,695,000
Overall		15	1,695,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	388,529	233	15	1
One day	3,108,235	1,861	120	8
Thirty days	93,247,056	55,824	3,600	240

93,247,056

Standard Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Water	20	7.6	7,334
Amber Cytoserocin	20	200	1,858,652
Overall		232.6	1,948,613

Output
Material	Quantity	Volume m3	Total value
Pure Standard Blue Pill Booster	15	15	2,235,000
Overall		15	2,235,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	286,387	233	15	1
One day	2,291,097	1,861	120	8
Thirty days	68,732,904	55,824	3,600	240

68,732,904

Synth Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Garbage	20	5	350
Golden Mykoserocin	40	400	279,920
Overall		430	362,897

Output
Material	Quantity	Volume m3	Total value
Pure Synth Crash Booster	30	30	781,773
Overall		30	781,773

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	418,877	430	30	1
One day	3,351,014	3,440	240	8
Thirty days	100,530,432	103,200	7,200	240

100,530,432

Improved Exile Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Pure Standard Drop Booster	15	15	2,152,500
Pure Standard Exile Booster	15	15	2,083,500
Spirits	20	4	8,587
Overall		59	4,327,756

Output
Material	Quantity	Volume m3	Total value
Pure Improved Exile Booster	12	12	7,188,000
Overall		12	7,188,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,860,244	59	12	1
One day	22,881,950	472	96	8
Thirty days	686,458,488	14,160	2,880	240

686,458,488

Improved Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Pure Standard X-Instinct Booster	15	15	1,695,000
Pure Standard Sooth Sayer Booster	15	15	660,000
Spirits	20	4	8,587
Overall		59	2,447,637

Output
Material	Quantity	Volume m3	Total value
Pure Improved Sooth Sayer Booster	12	12	7,195,200
Overall		12	7,195,200

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	4,747,563	59	12	1
One day	37,980,506	472	96	8
Thirty days	1,139,415,168	14,160	2,880	240

1,139,415,168

Strong Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Pure Improved Mindflood Booster	12	12	11,995,200
Pure Standard Crash Booster	15	15	1,871,396
Hydrochloric Acid	20	10	11,846
Overall		62	13,967,119

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	4,032,881	62	12	1
One day	32,263,049	496	96	8
Thirty days	967,891,476	14,880	2,880	240

967,891,476

Improved Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Pure Standard Blue Pill Booster	15	15	2,235,000
Pure Standard Crash Booster	15	15	1,871,396
Oxygen	20	7.6	7,113
Overall		62.6	4,196,135

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	603,865	63	12	1
One day	4,830,916	501	96	8
Thirty days	144,927,492	15,024	2,880	240

144,927,492

Synth Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Garbage	20	5	350
Viridian Mykoserocin	40	400	2,320,000
Overall		430	2,403,519

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	596,481	430	30	1
One day	4,771,846	3,440	240	8
Thirty days	143,155,368	103,200	7,200	240

143,155,368

Standard Drop Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Water	20	7.6	7,334
Viridian Cytoserocin	20	200	1,795,800
Overall		232.6	1,886,303

Output
Material	Quantity	Volume m3	Total value
Pure Standard Drop Booster	15	15	2,152,500
Overall		15	2,152,500

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	266,197	233	15	1
One day	2,129,574	1,861	120	8
Thirty days	63,887,208	55,824	3,600	240

63,887,208

Standard Sooth Sayer Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Water	20	7.6	7,334
Azure Cytoserocin	20	200	1,398,000
Overall		232.6	1,489,384

Output
Material	Quantity	Volume m3	Total value
Pure Standard Sooth Sayer Booster	15	15	660,000
Overall		15	660,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-829,384	233	15	1
One day	-6,635,070	1,861	120	8
Thirty days	-199,052,112	55,824	3,600	240

-199,052,112

Standard Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Water	20	7.6	7,334
Golden Cytoserocin	20	200	1,420,632
Overall		232.6	1,510,593

Output
Material	Quantity	Volume m3	Total value
Pure Standard Crash Booster	15	15	1,871,396
Overall		15	1,871,396

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	360,803	233	15	1
One day	2,886,428	1,861	120	8
Thirty days	86,592,828	55,824	3,600	240

86,592,828

Strong Blue Pill Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Pure Improved Blue Pill Booster	12	12	4,800,000
Pure Standard Mindflood Booster	15	15	1,200,000
Hydrochloric Acid	20	10	11,846
Overall		62	6,094,473

Output
Material	Quantity	Volume m3	Total value
Pure Strong Blue Pill Booster	12	12	8,936,655
Overall		12	8,936,655

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,842,182	62	12	1
One day	22,737,456	496	96	8
Thirty days	682,123,685	14,880	2,880	240

682,123,685

Improved Mindflood Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Pure Standard Frentix Booster	15	15	1,523,741
Pure Standard Mindflood Booster	15	15	1,200,000
Oxygen	20	7.6	7,113
Overall		62.6	2,819,531

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	9,175,669	63	12	1
One day	73,405,356	501	96	8
Thirty days	2,202,160,668	15,024	2,880	240

2,202,160,668

Strong Crash Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Pure Improved Crash Booster	12	12	4,840,971
Pure Standard Frentix Booster	15	15	1,523,741
Hydrochloric Acid	20	10	11,846
Overall		62	6,459,185

Output
Material	Quantity	Volume m3	Total value
Pure Strong Crash Booster	12	12	6,000,000
Overall		12	6,000,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-459,185	62	12	1
One day	-3,673,477	496	96	8
Thirty days	-110,204,311	14,880	2,880	240

-110,204,311

Strong Frentix Booster Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Pure Improved Frentix Booster	12	12	360,600
Pure Standard Blue Pill Booster	15	15	2,235,000
Hydrochloric Acid	100	50	59,229
Overall		102	2,743,506

Output
Material	Quantity	Volume m3	Total value
Pure Strong Frentix Booster	12	12	3,600,000
Overall		12	3,600,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	856,494	102	12	1
One day	6,851,951	816	96	8
Thirty days	205,558,536	24,480	2,880	240

205,558,536

Ceramic Powder Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Evaporite Deposits	100	5	199,900
Silicates	100	5	241,900
Overall		35	525,850

Output
Material	Quantity	Volume m3	Total value
Ceramic Powder	200	40	532,452
Overall		40	532,452

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	6,602	35	40	1
One day	52,816	280	320	8
Thirty days	1,584,480	8,400	9,600	240

1,584,480

Ferrofluid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Hafnium	100	5	971,822
Dysprosium	100	5	7,622,112
Overall		35	8,677,984

Output
Material	Quantity	Volume m3	Total value
Ferrofluid	200	40	10,163,024
Overall		40	10,163,024

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,485,040	35	40	1
One day	11,880,320	280	320	8
Thirty days	356,409,600	8,400	9,600	240

356,409,600

Neo Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Mercury	100	5	940,892
Neodymium	100	5	6,308,059
Overall		35	7,337,628

Output
Material	Quantity	Volume m3	Total value
Neo Mercurite	200	40	10,119,886
Overall		40	10,119,886

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	2,782,258	35	40	1
One day	22,258,063	280	320	8
Thirty days	667,741,896	8,400	9,600	240

667,741,896

Solerium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Chromium	100	5	936,988
Caesium	100	5	1,632,052
Overall		35	2,652,210

Output
Material	Quantity	Volume m3	Total value
Solerium	200	40	2,782,000
Overall		40	2,782,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	129,791	35	40	1
One day	1,038,324	280	320	8
Thirty days	31,149,720	8,400	9,600	240

31,149,720

Prometium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Cadmium	100	5	1,222,760
Promethium	100	5	5,198,348
Overall		35	6,504,278

Output
Material	Quantity	Volume m3	Total value
Prometium	200	40	6,131,342
Overall		40	6,131,342

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-372,936	35	40	1
One day	-2,983,484	280	320	8
Thirty days	-89,504,520	8,400	9,600	240

-89,504,520

Unrefined Platinum Technite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Cobalt	100	5	575,980
Platinum	100	5	1,170,643
Overall		35	1,835,300

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	-1,835,300	35	1	1
One day	-7,341,200	140	4	4
Thirty days	-220,236,012	4,200	120	120

-220,236,012

Unrefined Rolled Tungsten Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Atmospheric Gases	100	5	15,951
Tungsten	100	5	776,265
Overall		35	874,843

Output
Material	Quantity	Volume m3	Total value
Unrefined Rolled Tungsten Alloy	1	1	800,000
Overall		1	800,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-74,843	35	1	1
One day	-299,371	140	4	4
Thirty days	-8,981,124	4,200	120	120

-8,981,124

Unrefined Hyperflurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Chromium	100	5	936,988
Vanadium	100	5	789,138
Overall		35	1,808,753

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	-908,753	35	1	1
One day	-3,635,011	140	4	4
Thirty days	-109,050,324	4,200	120	120

-109,050,324

Unrefined Dysporite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Cadmium	100	5	1,222,760
Mercury	100	5	940,892
Overall		35	2,252,329

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	-2,252,329	35	1	1
One day	-9,009,316	140	4	4
Thirty days	-270,279,492	4,200	120	120

-270,279,492

Titanium Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Titanium Chromide	100	20	936,120
Silicon Diborite	100	20	258,533
Overall		65	1,277,823

Output
Material	Quantity	Volume m3	Total value
Titanium Carbide	10000	100	1,612,000
Overall		100	1,612,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	334,178	65	100	1
One day	2,673,420	520	800	8
Thirty days	80,202,600	15,600	24,000	240

80,202,600

Sylramic Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Ceramic Powder	100	20	266,226
Hexite	100	20	1,733,000
Overall		65	2,087,903

Output
Material	Quantity	Volume m3	Total value
Sylramic Fibers	6000	300	2,115,540
Overall		300	2,115,540

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	27,637	65	300	1
One day	221,095	520	2,400	8
Thirty days	6,632,856	15,600	72,000	240

6,632,856

Hypersynaptic Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Solerium	100	20	1,391,000
Dysporite	100	20	4,431,757
Vanadium Hafnite	100	20	924,816
Overall		85	6,830,743

Output
Material	Quantity	Volume m3	Total value
Hypersynaptic Fibers	750	450	7,251,750
Overall		450	7,251,750

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	421,008	85	450	1
One day	3,368,060	680	3,600	8
Thirty days	101,041,800	20,400	108,000	240

101,041,800

Terahertz Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Rolled Tungsten Alloy	100	20	1,303,192
Promethium Mercurite	100	20	2,983,951
Overall		65	4,375,820

Output
Material	Quantity	Volume m3	Total value
Terahertz Metamaterials	300	300	5,120,694
Overall		300	5,120,694

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	744,874	65	300	1
One day	5,958,991	520	2,400	8
Thirty days	178,769,736	15,600	72,000	240

178,769,736

Crystallite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Cobalt	100	5	575,980
Cadmium	100	5	1,222,760
Overall		35	1,887,417

Output
Material	Quantity	Volume m3	Total value
Crystallite Alloy	200	40	1,866,032
Overall		40	1,866,032

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-21,385	35	40	1
One day	-171,081	280	320	8
Thirty days	-5,132,424	8,400	9,600	240

-5,132,424

Fluxed Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Neodymium	100	5	6,308,059
Thulium	100	5	3,375,662
Overall		35	9,766,891

Output
Material	Quantity	Volume m3	Total value
Fluxed Condensates	200	40	11,577,848
Overall		40	11,577,848

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,810,958	35	40	1
One day	14,487,660	280	320	8
Thirty days	434,629,800	8,400	9,600	240

434,629,800

Platinum Technite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Platinum	100	5	1,170,643
Technetium	100	5	1,360,728
Overall		35	2,613,998

Output
Material	Quantity	Volume m3	Total value
Platinum Technite	200	40	3,448,464
Overall		40	3,448,464

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	834,466	35	40	1
One day	6,675,730	280	320	8
Thirty days	200,271,912	8,400	9,600	240

200,271,912

Sulfuric Acid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Atmospheric Gases	100	5	15,951
Evaporite Deposits	100	5	199,900
Overall		35	298,478

Output
Material	Quantity	Volume m3	Total value
Sulfuric Acid	200	40	228,964
Overall		40	228,964

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-69,514	35	40	1
One day	-556,110	280	320	8
Thirty days	-16,683,288	8,400	9,600	240

-16,683,288

Thulium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Hafnium	100	5	971,822
Thulium	100	5	3,375,662
Overall		35	4,431,534

Output
Material	Quantity	Volume m3	Total value
Thulium Hafnite	200	40	5,592,628
Overall		40	5,592,628

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,161,094	35	40	1
One day	9,288,752	280	320	8
Thirty days	278,662,560	8,400	9,600	240

278,662,560

Unrefined Solerium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Scandium	100	5	461,089
Chromium	100	5	936,988
Overall		35	1,482,127

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	-582,127	35	1	1
One day	-2,328,508	140	4	4
Thirty days	-69,855,240	4,200	120	120

-69,855,240

Unrefined Titanium Chromide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Evaporite Deposits	100	5	199,900
Titanium	100	5	451,501
Overall		35	734,028

Output
Material	Quantity	Volume m3	Total value
Unrefined Titanium Chromide	1	1	999,600
Overall		1	999,600

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	265,572	35	1	1
One day	1,062,289	140	4	4
Thirty days	31,868,676	4,200	120	120

31,868,676

Unrefined Ferrofluid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Cadmium	100	5	1,222,760
Hafnium	100	5	971,822
Overall		35	2,278,632

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	-2,278,632	35	1	1
One day	-9,114,528	140	4	4
Thirty days	-273,435,840	4,200	120	120

-273,435,840

Unrefined Fluxed Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Vanadium	100	5	789,138
Platinum	100	5	1,170,643
Overall		35	2,042,951

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	-2,014,141	35	1	1
One day	-8,056,562	140	4	4
Thirty days	-241,696,860	4,200	120	120

-241,696,860

Crystalline Carbonide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Crystallite Alloy	100	20	933,016
Carbon Polymers	100	20	181,812
Overall		65	1,203,505

Output
Material	Quantity	Volume m3	Total value
Crystalline Carbonide	10000	100	1,596,100
Overall		100	1,596,100

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	392,595	65	100	1
One day	3,140,759	520	800	8
Thirty days	94,222,776	15,600	24,000	240

94,222,776

Fulleride Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Carbon Polymers	100	20	181,812
Platinum Technite	100	20	1,724,232
Overall		65	1,988,671

Output
Material	Quantity	Volume m3	Total value
Fullerides	3000	450	2,399,940
Overall		450	2,399,940

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	411,269	65	450	1
One day	3,290,154	520	3,600	8
Thirty days	98,704,632	15,600	108,000	240

98,704,632

Ferrogel Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Hexite	100	20	1,733,000
Hyperflurite	100	20	3,397,000
Ferrofluid	100	20	5,081,512
Prometium	100	20	3,065,671
Overall		105	13,361,233

Output
Material	Quantity	Volume m3	Total value
Ferrogel	400	400	14,208,948
Overall		400	14,208,948

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	847,715	105	400	1
One day	6,781,720	840	3,200	8
Thirty days	203,451,600	25,200	96,000	240

203,451,600

Photonic Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Crystallite Alloy	100	20	933,016
Thulium Hafnite	100	20	2,796,314
Overall		65	3,812,500

Output
Material	Quantity	Volume m3	Total value
Photonic Metamaterials	300	300	4,587,000
Overall		300	4,587,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	774,501	65	300	1
One day	6,196,004	520	2,400	8
Thirty days	185,880,120	15,600	72,000	240

185,880,120

Caesarium Cadmide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Cadmium	100	5	1,222,760
Caesium	100	5	1,632,052
Overall		35	2,937,982

Output
Material	Quantity	Volume m3	Total value
Caesarium Cadmide	200	40	3,162,938
Overall		40	3,162,938

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	224,957	35	40	1
One day	1,799,652	280	320	8
Thirty days	53,989,560	8,400	9,600	240

53,989,560

Dysporite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Mercury	100	5	940,892
Dysprosium	100	5	7,622,112
Overall		35	8,651,681

Output
Material	Quantity	Volume m3	Total value
Dysporite	200	40	8,863,514
Overall		40	8,863,514

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	211,833	35	40	1
One day	1,694,663	280	320	8
Thirty days	50,839,896	8,400	9,600	240

50,839,896

Hexite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Chromium	100	5	936,988
Platinum	100	5	1,170,643
Overall		35	2,190,258

Output
Material	Quantity	Volume m3	Total value
Hexite	200	40	3,466,000
Overall		40	3,466,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,275,742	35	40	1
One day	10,205,938	280	320	8
Thirty days	306,178,152	8,400	9,600	240

306,178,152

Rolled Tungsten Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Tungsten	100	5	776,265
Platinum	100	5	1,170,643
Overall		35	2,029,535

Output
Material	Quantity	Volume m3	Total value
Rolled Tungsten Alloy	200	40	2,606,384
Overall		40	2,606,384

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	576,849	35	40	1
One day	4,614,794	280	320	8
Thirty days	138,443,832	8,400	9,600	240

138,443,832

Titanium Chromide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Titanium	100	5	451,501
Chromium	100	5	936,988
Overall		35	1,471,659

Output
Material	Quantity	Volume m3	Total value
Titanium Chromide	200	40	1,872,240
Overall		40	1,872,240

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	400,582	35	40	1
One day	3,204,652	280	320	8
Thirty days	96,139,560	8,400	9,600	240

96,139,560

Promethium Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Mercury	100	5	940,892
Promethium	100	5	5,198,348
Overall		35	6,227,917

Output
Material	Quantity	Volume m3	Total value
Promethium Mercurite	200	40	5,967,902
Overall		40	5,967,902

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-260,015	35	40	1
One day	-2,080,121	280	320	8
Thirty days	-62,403,624	8,400	9,600	240

-62,403,624

Unrefined Caesarium Cadmide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Scandium	100	5	461,089
Cadmium	100	5	1,222,760
Overall		35	1,767,899

Output
Material	Quantity	Volume m3	Total value
Unrefined Caesarium Cadmide	1	1	27,820
Overall		1	27,820

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,740,079	35	1	1
One day	-6,960,316	140	4	4
Thirty days	-208,809,480	4,200	120	120

-208,809,480

Unrefined Fernite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Hydrocarbons	100	5	15,700
Scandium	100	5	461,089
Overall		35	560,839

Output
Material	Quantity	Volume m3	Total value
Unrefined Fernite Alloy	1	1	920,000
Overall		1	920,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	359,161	35	1	1
One day	1,436,644	140	4	4
Thirty days	43,099,320	4,200	120	120

43,099,320

Unrefined Prometium Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Chromium	100	5	936,988
Cadmium	100	5	1,222,760
Overall		35	2,242,918

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	-1,342,918	35	1	1
One day	-5,371,670	140	4	4
Thirty days	-161,150,100	4,200	120	120

-161,150,100

Unrefined Thulium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Vanadium	100	5	789,138
Hafnium	100	5	971,822
Overall		35	1,845,010

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

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-1,845,010	35	1	1
One day	-7,380,040	140	4	4
Thirty days	-221,401,200	4,200	120	120

-221,401,200

Fernite Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Fernite Alloy	100	20	799,888
Ceramic Powder	100	20	266,226
Overall		65	1,150,164

Output
Material	Quantity	Volume m3	Total value
Fernite Carbide	10000	100	1,860,700
Overall		100	1,860,700

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	710,536	65	100	1
One day	5,684,288	520	800	8
Thirty days	170,528,640	15,600	24,000	240

170,528,640

Phenolic Composites Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Silicon Diborite	100	20	258,533
Caesarium Cadmide	100	20	1,581,469
Vanadium Hafnite	100	20	924,816
Overall		85	2,847,988

Output
Material	Quantity	Volume m3	Total value
Phenolic Composites	2200	440	3,622,212
Overall		440	3,622,212

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	774,225	85	440	1
One day	6,193,796	680	3,520	8
Thirty days	185,813,880	20,400	105,600	240

185,813,880

Fermionic Condensates Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Caesarium Cadmide	100	20	1,581,469
Dysporite	100	20	4,431,757
Fluxed Condensates	100	20	5,788,924
Prometium	100	20	3,065,671
Overall		105	14,956,498

Output
Material	Quantity	Volume m3	Total value
Fermionic Condensates	200	260	15,674,814
Overall		260	15,674,814

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	718,316	105	260	1
One day	5,746,527	840	2,080	8
Thirty days	172,395,816	25,200	62,400	240

172,395,816

Nonlinear Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Titanium Chromide	100	20	936,120
Ferrofluid	100	20	5,081,512
Overall		65	6,100,259

Output
Material	Quantity	Volume m3	Total value
Nonlinear Metamaterials	300	300	7,420,017
Overall		300	7,420,017

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	1,319,758	65	300	1
One day	10,558,066	520	2,400	8
Thirty days	316,741,992	15,600	72,000	240

316,741,992

Carbon Polymers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Hydrocarbons	100	5	15,700
Silicates	100	5	241,900
Overall		35	346,277

Output
Material	Quantity	Volume m3	Total value
Carbon Polymers	200	40	363,624
Overall		40	363,624

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	17,347	35	40	1
One day	138,775	280	320	8
Thirty days	4,163,256	8,400	9,600	240

4,163,256

Fernite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Scandium	100	5	461,089
Vanadium	100	5	789,138
Overall		35	1,334,277

Output
Material	Quantity	Volume m3	Total value
Fernite Alloy	200	40	1,599,776
Overall		40	1,599,776

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	265,499	35	40	1
One day	2,123,992	280	320	8
Thirty days	63,719,760	8,400	9,600	240

63,719,760

Hyperflurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Vanadium	100	5	789,138
Promethium	100	5	5,198,348
Overall		35	6,070,113

Output
Material	Quantity	Volume m3	Total value
Hyperflurite	200	40	6,794,000
Overall		40	6,794,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	723,887	35	40	1
One day	5,791,098	280	320	8
Thirty days	173,732,952	8,400	9,600	240

173,732,952

Silicon Diborite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Evaporite Deposits	100	5	199,900
Silicates	100	5	241,900
Overall		35	524,970

Output
Material	Quantity	Volume m3	Total value
Silicon Diborite	200	40	517,066
Overall		40	517,066

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-7,904	35	40	1
One day	-63,228	280	320	8
Thirty days	-1,896,840	8,400	9,600	240

-1,896,840

Vanadium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Vanadium	100	5	789,138
Hafnium	100	5	971,822
Overall		35	1,845,010

Output
Material	Quantity	Volume m3	Total value
Vanadium Hafnite	200	40	1,849,632
Overall		40	1,849,632

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	4,622	35	40	1
One day	36,976	280	320	8
Thirty days	1,109,280	8,400	9,600	240

1,109,280

Unrefined Vanadium Hafnite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Titanium	100	5	451,501
Vanadium	100	5	789,138
Overall		35	1,323,809

Output
Material	Quantity	Volume m3	Total value
Unrefined Vanadium Hafnite	1	1	1,775,000
Overall		1	1,775,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	451,192	35	1	1
One day	1,804,766	140	4	4
Thirty days	54,142,980	4,200	120	120

54,142,980

Unrefined Hexite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Atmospheric Gases	100	5	15,951
Evaporite Deposits	100	5	199,900
Overall		35	298,478

Output
Material	Quantity	Volume m3	Total value
Unrefined Hexite	1	1	235,813
Overall		1	235,813

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-62,665	35	1	1
One day	-250,661	140	4	4
Thirty days	-7,519,824	4,200	120	120

-7,519,824

Unrefined Crystallite Alloy Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Silicates	100	5	241,900
Cobalt	100	5	575,980
Overall		35	906,557

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	-906,557	35	1	1
One day	-3,626,228	140	4	4
Thirty days	-108,786,852	4,200	120	120

-108,786,852

Unrefined Neo Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Platinum	100	5	1,170,643
Mercury	100	5	940,892
Overall		35	2,200,212

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	-1,939,212	35	1	1
One day	-7,756,848	140	4	4
Thirty days	-232,705,452	4,200	120	120

-232,705,452

Unrefined Promethium Mercurite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Chromium	100	5	936,988
Mercury	100	5	940,892
Overall		35	1,966,557

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	-1,066,557	35	1	1
One day	-4,266,228	140	4	4
Thirty days	-127,986,852	4,200	120	120

-127,986,852

Tungsten Carbide Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Rolled Tungsten Alloy	100	20	1,303,192
Sulfuric Acid	100	20	114,482
Overall		65	1,500,301

Output
Material	Quantity	Volume m3	Total value
Tungsten Carbide	10000	100	1,880,000
Overall		100	1,880,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	379,699	65	100	1
One day	3,037,594	520	800	8
Thirty days	91,127,832	15,600	24,000	240

91,127,832

Nanotransistors Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Sulfuric Acid	100	20	114,482
Platinum Technite	100	20	1,724,232
Neo Mercurite	100	20	5,059,943
Overall		85	6,981,284

Output
Material	Quantity	Volume m3	Total value
Nanotransistors	1500	375	6,198,960
Overall		375	6,198,960

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-782,324	85	375	1
One day	-6,258,590	680	3,000	8
Thirty days	-187,757,688	20,400	90,000	240

-187,757,688

Plasmonic Metamaterials Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Fernite Alloy	100	20	799,888
Neo Mercurite	100	20	5,059,943
Overall		65	5,943,881

Output
Material	Quantity	Volume m3	Total value
Plasmonic Metamaterials	300	300	6,377,217
Overall		300	6,377,217

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	433,336	65	300	1
One day	3,466,688	520	2,400	8
Thirty days	104,000,640	15,600	72,000	240

104,000,640

Fullerene Intercalated Graphite Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Fullerite-C60	100	100	182,837
Fullerite-C70	100	100	191,987
Mexallon	600	6	58,074
Overall		231	516,948

Output
Material	Quantity	Volume m3	Total value
Fullerene Intercalated Graphite	120	96	406,854
Overall		96	406,854

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-110,094	231	96	1
One day	-880,752	1,848	768	8
Thirty days	-26,422,560	55,440	23,040	240

-26,422,560

Carbon-86 Epoxy Resin Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Zydrine	30	0.3	39,689
Fullerite-C32	100	500	1,887,524
Fullerite-C320	100	500	3,487,401
Overall		1025.3	5,497,241

Output
Material	Quantity	Volume m3	Total value
Carbon-86 Epoxy Resin	160	64	5,827,669
Overall		64	5,827,669

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	330,428	1,025	64	1
One day	2,643,426	8,202	512	8
Thirty days	79,302,792	246,072	15,360	240

79,302,792

Methanofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Fullerite-C70	100	100	191,987
Fullerite-C72	100	200	791,495
Isogen	300	3	12,999
Overall		328	1,080,531

Output
Material	Quantity	Volume m3	Total value
Methanofullerene	160	120	1,313,357
Overall		120	1,313,357

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	232,826	328	120	1
One day	1,862,606	2,624	960	8
Thirty days	55,878,192	78,720	28,800	240

55,878,192

Lanthanum Metallofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Fullerite-C70	100	100	191,987
Fullerite-C84	100	200	417,732
Nocxium	200	2	242,692
Overall		327	935,581

Output
Material	Quantity	Volume m3	Total value
Lanthanum Metallofullerene	120	120	894,938
Overall		120	894,938

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-40,642	327	120	1
One day	-325,137	2,616	960	8
Thirty days	-9,754,104	78,480	28,800	240

-9,754,104

C3-FTM Acid Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Megacyte	80	0.8	44,694
Fullerite-C84	100	200	417,732
Fullerite-C540	100	1000	7,487,000
Overall		1225.8	8,038,103

Output
Material	Quantity	Volume m3	Total value
C3-FTM Acid	100	20	8,497,000
Overall		20	8,497,000

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	458,897	1,226	20	1
One day	3,671,178	9,806	160	8
Thirty days	110,135,352	294,192	4,800	240

110,135,352

Fulleroferrocene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Oxygen Fuel Block	5	25	83,170
Fullerite-C60	100	100	182,837
Fullerite-C50	200	200	911,126
Tritanium	1000	10	9,120
Overall		335	1,186,253

Output
Material	Quantity	Volume m3	Total value
Fulleroferrocene	1000	100	1,295,630
Overall		100	1,295,630

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	109,378	335	100	1
One day	875,020	2,680	800	8
Thirty days	26,250,600	80,400	24,000	240

26,250,600

Scandium Metallofullerene Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Helium Fuel Block	5	25	88,677
Zydrine	25	0.25	33,074
Fullerite-C72	100	200	791,495
Fullerite-C28	100	200	761,306
Overall		425.25	1,674,552

Output
Material	Quantity	Volume m3	Total value
Scandium Metallofullerene	160	104	2,027,014
Overall		104	2,027,014

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	352,462	425	104	1
One day	2,819,698	3,402	832	8
Thirty days	84,590,952	102,060	24,960	240

84,590,952

PPD Fullerene Fibers Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Hydrogen Fuel Block	5	25	84,050
Fullerite-C60	100	100	182,837
Fullerite-C50	300	300	1,366,689
Pyerite	800	8	4,400
Overall		433	1,637,976

Output
Material	Quantity	Volume m3	Total value
PPD Fullerene Fibers	250	125	1,999,110
Overall		125	1,999,110

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	361,134	433	125	1
One day	2,889,072	3,464	1,000	8
Thirty days	86,672,160	103,920	30,000	240

86,672,160

Graphene Nanoribbons Reaction Formula

Input
Material	Quantity	Volume m3	Total cost
Nitrogen Fuel Block	5	25	82,627
Fullerite-C28	100	200	761,306
Fullerite-C32	100	500	1,887,524
Nocxium	400	4	485,384
Overall		729	3,216,841

Output
Material	Quantity	Volume m3	Total value
Graphene Nanoribbons	120	180	2,592,863
Overall		180	2,592,863

Profits
Period	Margin	Volume in	Volume out	Cycles
One run	-623,978	729	180	1
One day	-4,991,823	5,832	1,440	8
Thirty days	-149,754,696	174,960	43,200	240

-149,754,696