imported>76561198121518784 No edit summary |
imported>76561198015441998 (Added note about refining + x-ray cracking) |
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==Player Tips & Tricks== | ==Player Tips & Tricks== | ||
* A setup of three oil refineries, one refining [[Crude Oil]] into [[Refined Oil]] and [[Hydrogen]] feeding into the other two refineries using [[X-ray Cracking (Tech)]] to process the former products into [[Energetic Graphite]] and Hydrogen can consume 30 Crude Oil to produce a net 30 Energetic Graphite and 45 Hydrogen per minute. | |||
** These products have a total energy of (6.3 MJ/Energetic Graphite * 30 Energetic Graphite/min) + (8 MJ/Hydrogen * 45 Hydrogen/min) = 549 MJ/min = 9.15 MJ/s = 9.15 MW | |||
** Given that this setup consumes only 2.88 MJ, plus (18kW * 11 [[Sorter Mk.I]]) = 0.198 MW (one sorter per input/output), and an additional 0.84 MW (which can be spread across multiple triplicates of refineries), this is an energy positive process, consuming less than 4 MW and leading to a net energy gain of just over 5 MW per set of three refineries. | |||
[[Category:Item]] | [[Category:Item]] | ||
[[Category:Building]] | [[Category:Building]] | ||
[[Category:Refining Facility]] | [[Category:Refining Facility]] |
Revision as of 02:25, 20 February 2021
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Summary
The extracted crude oil is further refined to obtain refined oil and hydrogen.
Production Chain
Recipe | Building | Replicator? | Technology |
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Player Tips & Tricks
- A setup of three oil refineries, one refining Crude Oil into Refined Oil and Hydrogen feeding into the other two refineries using X-ray Cracking (Tech) to process the former products into Energetic Graphite and Hydrogen can consume 30 Crude Oil to produce a net 30 Energetic Graphite and 45 Hydrogen per minute.
- These products have a total energy of (6.3 MJ/Energetic Graphite * 30 Energetic Graphite/min) + (8 MJ/Hydrogen * 45 Hydrogen/min) = 549 MJ/min = 9.15 MJ/s = 9.15 MW
- Given that this setup consumes only 2.88 MJ, plus (18kW * 11 Sorter Mk.I) = 0.198 MW (one sorter per input/output), and an additional 0.84 MW (which can be spread across multiple triplicates of refineries), this is an energy positive process, consuming less than 4 MW and leading to a net energy gain of just over 5 MW per set of three refineries.