Maxcap Recipe Database
Instructions
For any recipe in this list, usually the production steps will be as follows:
1. Produce no less gas than is mentioned in the REQ section, preferably more
2. Mix the gases in the MIX section into a pipenet, required gas percentages provided; try to be precise
2a. If mixing gases with different temperatures, consider using the atmosim -m utility for help, since gas mixers mix pressure-wise and not mol-wise
3. Heat or cool the resulting mix to the temperature outlined in the section* (SEE NOTE)
4. Put the resulting mix into a canister, set the canister's release pressure to what's provided in the section
5. Get the gas mentioned in the CAN section into a pipenet, heat or cool it to provided temperature* (if needed) (SEE NOTE)
5a. If you're heating plasma or frezon, you might want to use a radiator-based heater for it (TODO: guide)
6. Get the gas into a canister, make sure canister pressure is above what's mentioned in the CAN section
7. Fill as many empty gas tanks as you want from the MIX section gas canister; do not change the release pressure, and take care to not leak the gas
8. To prime a filled gas tank, put it into the CAN section gas canister, then fill it with the specified (unspecified means max) release pressure; after the time mentioned, it will explode

*NOTE: when precisely heating or cooling, cut off the gas intake pump and do NOT have any canisters or vents attached to the pipenet you're doing it with - this will mess up your temperature
* instead, have your gas be contained ONLY in pipes, wait for it to get to the needed temperature, then use a pump to get it to a pipenet with canister attached;
* additionally, keep in mind that heaters and freezers overshoot their set temperature by exactly 2 degrees
* so, when heating, set the heater to 2 degrees below what you want, and for freezers, 2 degrees above what you want

Recipes discovered using atmosim (web version), a SS14 atmos utility

tritium-29r-2s-OT+P
STATS: [ time 2.0s | radius 29.13til ]
MIX:   [ 82% oxygen | 18% tritium | 30.1K | 245kPa ]
CAN:   [ 100% plasma | 605K | >1788kPa ]
REQ:   [ 1200mol oxygen | 300mol tritium | 500mol plasma ]

Tolerances:
  Fuel temp: 30.06561K - 30.534548K
  Fuel pressure: 236.82718kPa - 245.29996kPa
  Primer temp: 557.55963K - 605.9423K
  Release pressure: 1007.77405kPa - 1016.1699kPa
  Mix oxygen: 80.916885% - 82.61804%
  Mix tritium: 17.381971% - 19.083122%

ticks-26r-3.5s-OT+F
STATS: [ time 3.5s | radius 26.32til ]
MIX:   [ 73% oxygen | 27% tritium | 127K | 760kPa ]
CAN:   [ 100% frezon | 460K | >1269kPa ]
REQ:   [ 740mol oxygen | 274mol tritium | 464mol frezon ]

Tolerances:
  Fuel temp: 126.03397K - 130.04619K
  Fuel pressure: 738.72015kPa - 763.59717kPa
  Primer temp: 448.33893K - 464.50247K
  Release pressure: 1010.34393kPa - 1031.0214kPa
  Mix oxygen: 72.69256% - 75.395195%
  Mix tritium: 24.604805% - 27.307436%

ticks-20r-7s-OT+P
Best:
STATS: [ time 7.0s | radius 20.10til ]
MIX:   [ 70% oxygen | 30% tritium | 98K | 361kPa ]
CAN:   [ 100% plasma | 441K | >1671kPa ]
REQ:   [ 436mol oxygen | 187mol tritium | 640mol plasma ]

Tolerances:
  Fuel temp: 97.95398K - 98.39734K
  Fuel pressure: 357.248kPa - 361.1705kPa
  Primer temp: 432.83575K - 441.29752K
  Release pressure: 1011.0966kPa - 1017.2214kPa
  Mix oxygen: 69.730774% - 70.09608%
  Mix tritium: 29.903925% - 30.26922%

ticks-20r-9s-OT+F
STATS: [ time 9.0s | radius 20.01til ]
MIX:   [ 67.35% oxygen | 32.65% tritium | 151.75K | 788kPa ]
CAN:   [ 100% frezon | 440K | >1243kPa ]
REQ:   [ 591mol oxygen | 287mol tritium | 470mol frezon ]

Tolerances:
  Fuel temp: 151.63971K - 151.86636K
  Fuel pressure: 787.86176kPa - 788.3511kPa
  Primer temp: 435.08725K - 446.99808K
  Release pressure: 1013.0345kPa - 1013.3584kPa
  Mix oxygen: 67.310295% - 67.39624%
  Mix tritium: 32.60375% - 32.689697%

radius-13r-21s-PT+O
STATS: [ time 21.0s | radius 12.72til ]
MIX:   [ 54% plasma | 46% tritium | 383.5K | 662.5kPa ]
CAN:   [ 100% oxygen | 293.15K | >1369kPa ]
REQ:   [ 157mol plasma | 135mol tritium | 789mol oxygen ]

Tolerances:
  Fuel temp: 382.9771K - 385.02438K
  Fuel pressure: 661.7741kPa - 663.1439kPa
  Primer temp: 292.47784K - 293.62457K
  Release pressure: 1012.7098kPa - 1014.02313kPa
  Mix plasma: 53.803986% - 55.475967%
  Mix tritium: 44.524036% - 46.19602%

ticks-18r-10.5s-P/T/Ni+O
STATS: [ time 10.5s | radius 18.03til ]
MIX:   [ 52.7% plasma | 34% tritium | 13.3% nitrium | 106.6K | 298kPa ]
CAN:   [ 100% oxygen | 293.15K | release 902kPa >1515kPa ]
REQ:   [ 250mol plasma | 170mol tritium | 70mol nitrium | 880mol oxygen ]

Tolerances:
  Fuel temp: 105.69791K - 106.974686K
  Fuel pressure: 296.6518kPa - 299.67685kPa
  Primer temp: 292.5708K - 294.00647K
  Release pressure: 900.45306kPa - 903.0861kPa
  Mix plasma: 52.645557% - 52.83332%
  Mix tritium: 33.603844% - 34.161644%
  Mix nitrium: 13.261671% - 13.3281145%

ticks-26r-26s-P/T/Ni/F+O
STATS: [ time 26.5s | radius 26.18til ]
MIX:   [ 1.777% plasma | 17.338% tritium | 53.676% nitrium | 27.209% frezon | 30.00K | 189.4kPa ]
CAN:   [ 100.000% oxygen | 293.15K | release 609.3kPa | >1033kPa ]
REQ:   [ 19mol plasma | 185mol tritium | 573mol nitrium | 290mol frezon | 595mol oxygen ]

Tolerances:
  Fuel temp: 29.999268K - 30.000126K
  Fuel pressure: 189.39914kPa - 189.40474kPa
  Primer temp: 292.83597K - 293.20828K
  Release pressure: 609.23035kPa - 609.3524kPa
  Mix plasma: 1.7735479% - 1.7777281%
  Mix tritium: 17.333166% - 17.338377%
  Mix nitrium: 53.67474% - 53.676216%
  Mix frezon: 27.208878% - 27.210453%

ticks-26r-72s-P/T/Ni/F+O
STATS: [ time 72.0s | radius 26.04til | optstat 144 ]
MIX:   [ 1.8400% plasma | 13.6559% tritium | 58.5313% nitrium | 25.9729% frezon | 35.18K | 398.0kPa ]
CAN:   [ 100.0000% oxygen | 293.15K | release 851.1kPa | >1309kPa ]
REQ:   [ 35mol plasma | 261mol tritium | 1119mol nitrium | 497mol frezon | 754mol oxygen ]

Еolerances:
  Fuel temp: 35.179546K - 35.18006K
  Fuel pressure: 397.99933kPa - 398.0055kPa
  Primer temp: 293.01514K - 293.28305K
  Release pressure: 850.8945kPa - 851.1569kPa
  Mix plasma: 1.8382692% - 1.8401676%
  Mix tritium: 13.654679% - 13.656018%
  Mix nitrium: 58.53067% - 58.531307%
  Mix frezon: 25.972837% - 25.973242%

ticks-25r-6.5s-P/T/Ni+O
STATS: [ time 6.5s | radius 25.15til | optstat 13 ]
MIX:   [ 22.333502% plasma | 7.5465417% tritium | 70.11995% nitrium | 24.11K | 305.0kPa ]
CAN:   [ 100% oxygen | 293.15K | release 1013.3kPa | >1728kPa ]
REQ:   [ 477.42mol plasma | 161.32mol tritium | 1498.95mol nitrium | 995.94mol oxygen ]

ticks-18r-295s-N2/T+O/F
NOTE: precise mix, do not round the values

STATS: [ time 295.0s | radius 18.12til | optstat 19.217604 ]
MIX:   [ 61.80722% nitrous_oxide | 38.192783% tritium | 100.90K | 296.0kPa ]
CAN:   [ 2.6740324% oxygen | 97.325966% frezon | 955.14K | release 909.7kPa | >1529kPa ]
REQ:   [ 306.40mol nitrous_oxide | 189.33mol tritium | 7.23mol oxygen | 263.25mol frezon ]

round number version (not precise mix):
STATS: [ time 302.0s | radius 17.42til ]
MIX:   [ 62% nitrous_oxide | 38% tritium | 95K | 275kPa ]
CAN:   [ 3% oxygen | 97% frezon | 945K | release 885kPa | >1500kPa ]
REQ:   [ 303mol nitrous_oxide | 192mol tritium | 8mol oxygen | 256mol frezon ]

ticks-16r-1921s-N2/T+O/F
NOTE: precise mix, do not round the values

STATS: [ time 1921.5s | radius 16.04til | optstat 3843 ]
MIX:   [ 49.31195% nitrous_oxide | 50.688046% tritium | 159.82K | 476.4kPa ]
CAN:   [ 2.8119187% oxygen | 97.18808% frezon | 528.35K | release 788.9kPa | >1101.4kPa ]
REQ:   [ 250mol nitrous_oxide | 257mol tritium | 10mol oxygen | 346mol frezon ]

why? better question, why not?