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    Home»Blog»Industry News»Moleaer™ Launches nanoBoost™, the Most Efficient Oxygen Delivery Mechanism for Commercial Greenhouses
    Industry News

    Moleaer™ Launches nanoBoost™, the Most Efficient Oxygen Delivery Mechanism for Commercial Greenhouses

    By urbanagnewsDecember 7, 2017Updated:April 10, 20181 Comment3 Mins Read
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    Moleaer Inc., the leading manufacturer of industrial scale nanobubble generators, expands its innovative product line with the new nanoBoost Nanobubble Generator, ideally suited for applications such as hydroponics, pond management, and irrigation (PRNewsfoto/H2C Group)
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    Company announces commercial partnership with Hort Americas

    LOS ANGELES –

    Moleaer Inc., the leading manufacturer of industrial scale nanobubble generators, expands its innovative product line with the new nanoBoost Nanobubble Generator, ideally suited for applications such as hydroponics, pond management, and irrigation.

    Moleaer Inc., the leading manufacturer of industrial scale nanobubble generators, expands its innovative product line with the new nanoBoost Nanobubble Generator, ideally suited for applications such as hydroponics, pond management, and irrigation (PRNewsfoto/H2C Group)

    Like the existing Moleaer industrial XTB Nanobubble Generator™, the compact nanoBoost is a cost-effective and simple-to-install solution to deliver a supplementary source of oxygen-enriched nanobubbles that remain in suspension longer than conventional micro bubbles, efficiently oxygenating the entire body of water and providing a reserve of oxygen encapsulated within the bubbles.

    One of the prime beneficiaries of the nanoBoost are commercial greenhouses.  Moleaer’s nanoBoost has been proven to significantly increase plant growth, improve size uniformity, reduce stress and prevent root disease under the most extreme conditions. It delivers billions of nanobubbles with 200-times the inter-facial surface area when compared to micro bubbles, making them far superior in transporting valuable oxygen to a plant’s root system. In addition, the surface of the nanobubbles is negatively charged, attracting nutrient salts and enhancing nutrient uptake. Nanobubbles also increase the mobility of water molecules, potentially improving plant transpiration.

    “We installed the 50-GPM nanoBoost in our Dallas-based hydroponics demonstration greenhouse in order to improve production of leafy greens and culinary herbs during the most difficult production season.  Our thought was that if we enhance and maintained higher dissolved oxygen levels, we should be able to improve crop health and ultimately improve yield,” said Chris Higgins, General Manager of Hort Americas.  “We observed DO levels of 29 ppm in water temperatures of roughly 90 degrees Fahrenheit. Not only did we achieve our highest level of DO, but our crop yields increased between 20 and 50%.”

    Moleaer is also pleased to announce that it is collaborating with Hort Americas to commercialize Moleaer’s nanobubble generators within the hydroponics industry.  “We are excited to work with Chris and his team at Hort Americas to accelerate the commercialization of our nanobubble technology,” said Nick Dyner, CEO of Moleaer.  “Hort Americas brings a wealth of knowledge in helping growers utilize best-in-class technology to optimize their growing operations, and we are confident that our nanobubble technology will provide growers a new solution to significantly increase yields within their existing facility.”

    The nanoBoost is available in various flow rates and are fully encased in a durable, NEMA4-rated weather-tolerant PVC shell. The unit is self-cleaning and features plug-and-play installation with no moving parts, thus ensuring long-lasting durability with minimal maintenance. The generator can be configured with an integrated pump or retrofitted with a customer’s existing pump to maximize energy efficiency.

    For more information about Moleaer Inc., visit http://www.moleaer.com

     

    For more information about Hort Americas, visit http://www.hortamericas.com

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    1 Comment

    1. drago kajtuzovic on April 25, 2021 3:42 pm

      We are strongly interested in nanobubble generators
      in order to increase our hydroponics production

    About UAN

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