• Yunit Farm
  • Yeoju

Yeoju

  • Yunit Farm
  • Yeoju

Yeoju

Even during
scorching summers,
we reliably produce
high-quality salad greens,
thanks to our
20,000 square meters
of greenhouse space,
to make sure
our customers
receive the freshest vegetables

Yunitfarm_yeoju_isometric

Details

  • Facilities

    Smart greenhouse for overcoming summer heat

    Nursery + smart greenhouse
    (DFT + aeroponics)

  • Crops

    Vegetables of European origin

    Herbs

  • Crop Yield

    Approx. 830 tons/year
    (upon completion)

  • Farm Size

    Farm Size: Approx. 20,000㎡
    (upon completion)

    Agricultural facility: Approx. 19,500㎡
    (upon completion)

    Auxiliary facilities: Approx. 330㎡
    (upon completion)

  • Address

    406 (402,403,404,406,420-1,2)
    Samgyo-dong, Yeoju-si, Gyeonggi-do, Republic of Korea

Characteristics

  • A summer-resistant smart farm system designed to maintain stability in the crop yield even during the hot and humid summer in Korea

  • Comfortable Working Environment

    • A working environment that easily accommodates young entrepreneurs and socially disadvantaged groups, like the disabled, through the integration of ICT technology
    • Create stable and quality agricultural jobs based on high productivity
  • Low-Carbon Agriculture Made Possible by Energy-Saving Technologies

    • Natural ventilation system: Side windows & roof ventilation system
    • Heating and cooling system: Root zone temperature control using groundwater
    • Cultivation system: Improvement of water pollution through a recirculating nutrient solution system
  • Highly Productive Smart Cultivation System

    • Aeroponics: A rolling bench system improves production efficiency
    • DFT: A semi-automated guided vehicle system improves production efficiency
  • Eco-friendly Agricultural Production

    • Plans in place to bring pesticide-free certification, GAP certification, and pesticide-free eco-friendly cultivation techniques into life (Planned)
    • Eco-friendly agricultural production minimizing agricultural waste through the use of bed soil media and a nutrient solution recirculating system