LABB farm
by EmmanuelYeeHongWei · 58 things on Twos
- Entrance
- Person talking
Gonna walk through an air shower
- 100%rain water harvested for making stuff.
16 cubic meter.
> uv filter
> water then given nutrients and nitric acid and plants can grow.
- Pri
- Priva ducth computer to control everything and pressure time etc. Temp and hum too
- Tank of co2 for plants to grow
Indoor farms use a lot of energy. Breakthrough possible to make it better.
2k kilowatt per day
- Air showers to remove bugs to allow plants to grow.
- Partial solar. Also using Dutch for longest possible time as long as they are good
- Farm is proof of concept.
- Climate controlled
Temp and humidity.
- Compost from the plants
- Uses dry hydroponic. No water directly to teh foam. Layer of air between water and plants.
No fungal issues
Hydroponic flush water every 3 to 5 days. Water is not flushed so that it becomes a living ecosystem with good bacteria
Water is tested every gew months so it is beneficial.
Bottom layer is r&d
- Forced survival mode that allows bigger and stronger roots
- Pale white roots are healthy
- Water only removed during harvesting. Else stays forever.
- Gonna feel some firm lettuce
Feels fresh already
- Master grower is Lionel
He analyses data like besides growing. Sees parameters and input to system to improve yield.
Tehy have rosemary and thyme
- Lights turned on at night to keep pll fine.
Ligth used for red lettuce is blue light. Batch is pushed dback so that done ones is at teh end.
Challenges is
Recipe to grow
PH levels etc
Small so that no automate mean tehy have to harvest with hands.
Risk mitigation.
Goes in and removes broken one
- Possibel ti grow strawberries.
Can change setting for specific parts
- Smelling herbs
- Sage for sage butter
- Thyme
- Spicy leaves
Oregano
- Lavender
- Crystal lettuce
- Patent pending
Seeding room.
- Vid of seeding
- Aor handling units where cold air is coming from
- Why indoors
Rapid urbanisation
Unpredictable weather
More consistent harvest.
Helps save biodiversity
No pesticide
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