growing container eng v1

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Designed by Hydroser 2016

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Page 1: Growing container eng v1

Designed by Hydroser

2016

Page 2: Growing container eng v1
Page 3: Growing container eng v1

Baby leaves

BASIL DARK BASIL

WATERCRESS

MACHE

SPINACH ARUGULA

BEET CHICORY

CERVIL GREEN LEAF

WILD ROQUETTE ALSO: Kale, Radishes, Parsley, Amaranth,

Mizuna, Tatsoi, Baby Lettuce, Green Onion,

Asian Greens, Culinary Herbs, Medicinal

Herbs

Page 4: Growing container eng v1

Lettuces

BUTTERHEAD GREEN Butterhead Lettuce / Boston / Bibb

BUTTERHEAD RED Butterhead Lettuce / Boston / Bibb

GREEN OAKLEAF European Leaf Lettuces

RED OAKLEAF European

Leaf Lettuces

LOLLO BIONDA European

Leaf Lettuces

LOLLO ROSA European Leaf

Lettuces

BATAVIA European Leaf

Lettuces

CURLY LETTUCE American

Leaf Lettuces

GREEN ROMAINE COS American Leaf Lettuces

RED ROMAINE American

Leaf Lettuces

GREENLEAF

SALANOVA Easy Cut

REDLEAF SALANOVA Easy Cut

MIX GROWN NOVITA Compact Oakleaf

Page 5: Growing container eng v1
Page 6: Growing container eng v1

NFT using for this growing room but sure DWC can also adaptable for this unit. Meanwhile DWC unit setup cost should be calculate differently. DWC also adaptable but needs more water consumption. Aeroponics can also adaptable system for the growing room.

Page 7: Growing container eng v1

This growing room has re circulation system. So it is help to low water consumption. We only support what the plants are using for growing.

The water might supply from the city or wellwater from the deep.

But in this project, we are using dehumidifier. So the water obtained from the dehumidifier. So we have a chance to eliminate the our source for water. Sure the country climate conditions is important on this point.

The only negative point on this subject, the power consumption will be increase due to dehumidifier.

We need around 100 litter water as a source for the plants according to climate.

Extra power needs is 1,8 kw/hour for dehumidifier.

Page 8: Growing container eng v1

We might use 2 different lighting for to growing plants.

Sure LED technology give many possibilities for decrease the power consumption. New LED technology can combines different type of lights for the optimum growing level.

Meanwhile LED light investment is little expensive rather than others. But the power consumption is low than all others.

Second way is to use fluorescent lamp for the growing room. Investment cost is lower than LED but power consumption is higher than LED.

Page 9: Growing container eng v1

Fluorescent lamps LED bars

Page 10: Growing container eng v1

Irrigation, acclimatization, lighting, air-condition, CO2 and fertilization are under control by automation unit which can operate also by mobile.

Even don’t need to open container door.

This automation has alarm control too.

Page 11: Growing container eng v1

There are 3 shelves for both side at the side walls. Each shelve 6 meters long.

Each shelve has 80 cm wide. Plant number is variable according to variety. NFT gullies is placed on those shelves. Each shelve equipped by LED bars. Between the two shelve has 40 cm distance. Power capacity is 7 kw/h

Page 12: Growing container eng v1

1 pieces 20 ft container dimension based on this growing room which made by sandwich panels.

LED light bar are used for lighting. Fully automated and ready to run. Electricity and water should connect by investor. Growing room production place is Izmir /Turkey. Transport and shipping should calculate according to

the fixing place. So the cost should be add. TAX or VAT not include. This cost is according to our design but it can

variable according to different variety of growing or climate.

The cost of this growing unit is 65.000 Euro/20 ft. Total harvest is 33.692 head/yield for butterhead.

Page 13: Growing container eng v1

ITEM Quantity unt price euro Cost Euro

Cubes 37062 pcs 0,05 1.853

Fertilizers 1 un 400 400

Chemical 1 un 100 100

Electric 39729,5 kw 0,1 2.781

Labor cost 1 person 2.400 2.400

Heating cost 1 un 0 0

Seed 37061,5 pcs 0,02 741

Transport 0 un 0 0

Total cost 8.275

Cost per lettuce 0,246

Page 14: Growing container eng v1

Steel shelves

LED light bars and electric system.

Automation control panel.

Stock water container.

Irrigation and drain system.

Circulation fan.

Air condition.

CO2 system. (Source of CO2 exclude)

Heating and cooling by air conditions.

Dehumidifier.

Humidifier.

NFT gullies

Lightening.

Automation program

Fertigation program.

Irrigation pump

Filter and valves

UV disinfection for irrigation.

Remote control system.

Alarm

Container room.

Page 15: Growing container eng v1

Designed by Hydroser

2016