Archive:000/Draft:Crop choices/energy: Difference between revisions
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|}<small>Calculated from the water content of foods. See [[Code:food1.sql]] for details.</small> | |}<small>Calculated from the water content of foods. See [[Code:food1.sql]] for details.</small> | ||
{{pn|TODO: write the SQL code, add it to [[Code:food1.sql]], and paste the results into this page (table)}} | |||
TODO: write the SQL code, add it to [[Code:food1.sql]], and paste the results into this page (table) | |||
Latest revision as of 16:29, 26 October 2024
The crop choices page suggests that vegetables sometimes get extraordinarily high crop yields, and so the most land-efficient way to feed the world could be to grow massive amounts of vegetables, dehydrate them, powderize them, and use that as flour.
But the how much energy would that food-dehydration take?
Since most of today's energy comes from fossil fuels, one way to look at this would be...
For every 1kg of dry product, how many grams of oil burned would the dehydration process need?
| ... | ... |
Calculated from the water content of foods. See Code:food1.sql for details.
TODO: write the SQL code, add it to Code:food1.sql, and paste the results into this page (table)