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    Yagur Hydroponic Agriculture- June

    To improve the yield and quality of vegetables, there has been a trend towards intensive, controlled methods of growing crops. One such method is hydroponics, which involves using nutrient-rich water rather than soil to cultivate plants. Greenhouses employing hydroponics have become increasingly widespread globally. In addition, technologies such as oxygenated irrigation water and Nanobubbles have been introduced to further enhance crop growth. Nanobubbles, specifically, have been found to increase vegetable yields by as much as 30% through the introduction of additional nutrients and beneficial bacteria.

    Hydroponic NFT greenhouse
    In this case, the NANO+ Nanobubble System is connected to a 250 Liter water tank, generating Nano air bubbles at high intensity, creating enriched water at a range of 1 m3 per hour, the enriched water was circulated through 20 growing canals.
    A control group of 20 growing canals without the system.
    Growing cycle: 16 days Arugula / 19 days Coriander.

    Growth: Arugula / Coriander

    Project ID


    Location

    Hanita hydroponic greenhouses, Israel

    System

    O3 Nanobubble Ozone System
    O2 Nanobubble O2 System
    Air Nanobubble Air System

    Application

    Wastewater treatment to reduce sulfides
    Icons_Reservoir-water-treatment-for-irrigation Reservoir water treatment for irrigation
    Icons_Reservoir-water-treatment-for-irrigation Reservoir (30,000m3) water source for irrigation of soft fruit production
    Intensive agriculture
    Enriching water
    Drinking water treatment
    Disinfecting water
    Disinfecting fruit & vegetables

    Type

    Aeroponics agriculture

    Year

    2020
    The Challenge
    The Data
    The Results

    Shorten the time period of growing crops and increase production.

    Fresh Weight

    Yagur Hydroponic Agriculture

    Enriched fertigation water with Nano air bubbles increased the average fresh weight of the arugula by 32% and the coriander by 36%.

    Case Studies

    All Case Studies

    F&B Wastewater Treatment to Reduce Sulfides

    Test using Nanobubble Ozone Systems to treat pollutants and dissolved sulfides in F&B wastewater to meet environmental standards.

    Read Story

    Poriya Reservoir

    The Kedmat Galil industrial area generates a significant amount of wastewater from canneries, pharma, and food & beverage factories.

    Read Story

    Dovrat Reservoir

    The Dovrat reservoir is a large artificial lake located near the Dovrat Wastewater Treatment Plant.

    Read Story

    Dearnsdale Fruit, Staffordshire, United Kingdom

    In Dearnsdale Fruit, Staffordshire, a lot of algae grows in the reservoir which supplies the water for the irrigation of 50ha soft fruit production

    Read Story

    Wilkin & Sons (Tiptree) Essex United Kingdom

    We prevented blooming of algae in the reservoir and biofilm in the irrigation water.

    Read Story

    Seaple, Puerto Vallarta, Mexico

    Seapal, the water utility company in Puerto Vallarta, South America, implemented advanced oxidizing Nanobubble technology.

    Read Story

    Yagur Hydroponic Agriculture

    Intensive and controlled crop production is becoming more popular globally as a way to improve the yield and quality of vegetables.

    Read Story