Waste System Design Guide: Difference between revisions
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(Created page with "*Understanding purification capacity of different media: *Vermipost medium biological loading rate per volume *Anaerobic medium biological loading rate *Thermophilic decompos...") |
(Expand Integrated Food and Waste Management System acronym) |
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This is part of [[Integrated Food and Waste Management System]] ([[IFWMS]]). | |||
*Understanding purification capacity of different media: | *Understanding purification capacity of different media: | ||
*Vermipost medium biological loading rate per volume | *Vermipost medium biological loading rate per volume | ||
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*Fertilization rates via septic fertigation | *Fertilization rates via septic fertigation | ||
*Fungal decomposition rates in woodchips | *Fungal decomposition rates in woodchips | ||
*Oxidation in water via air stones | |||
*Waste production per day: human carbon dioxide, urine, and feces | |||
*Intake per day: oxygen, water, food, nutrients | |||
Latest revision as of 22:31, 1 May 2020
This is part of Integrated Food and Waste Management System (IFWMS).
- Understanding purification capacity of different media:
- Vermipost medium biological loading rate per volume
- Anaerobic medium biological loading rate
- Thermophilic decomposition loading rate
- Charcoal loading rates
- Ozone purification loading rates
- Chlorine disinfection rates
- Filter medium loading rates
- Clay and ceramic filter percolation rates
- Sand filter rates
- Biological uptake by azolla and duckweed
- Algal growth rates
- Processing food waste through pigs and chickens
- Fertilization rates via septic fertigation
- Fungal decomposition rates in woodchips
- Oxidation in water via air stones
- Waste production per day: human carbon dioxide, urine, and feces
- Intake per day: oxygen, water, food, nutrients