Nanobubble Generator - Nanu Hyper 25 - Gas (Gen2), 3/4-inch FNPT in/out, 1/4-inch O.D. barb to receive compressed air, for agriculture water - Made in USA (Female Hose Receiver)

Welcome to the future of Ag-tech! The Gen2 'Hyper' builds on our flagship model and instantly adds value to any farm or garden irrigation system by infusing naturally occuring nanobubbles into water at high concentrations. Simply thread it in-line onto a 3/4-inch irrigation line, and connect the compressed air (or compressed gas) line of your choice to get started. We provide you with our core technology to protect you from high markups on water pumps or air pumps that retail for very affordable rates. This also reduces the carbon footprint of our products and allows us to recommend a range of metrics for pairing your Hyper with pumps. More likely than not you either have one of these pumps already, or can easily find one locally. WATER PUMP: We recommend the 25 GPM model be paired with a water flow rate of 10-25 GPM above 20 PSI AIR PUMP: We recommend the 25 GPM model be paired an air pump (or other source of compressed gas) with a flow of 70-110 LPM be used to feed the 1/4-inch O.D. gas barb with 1/4-inch I.D. (3/8-inch O.D.) tubing.

• IMPROVED DESIGN: The Gen2 Hyper has a reinforced gas barb that is stronger and has increased airflow. A smaller profile makes integrating it into any irrigation system seamless. It now boasts a ceramic coating that protects the material from UV rays and high temperatures, thus extending its lifetime from 2 years to 5 years.
• D.O. BOOST: Super saturates dissolved oxygen up to a maximum of 40 mg/l. Nanobubble generation inherently increases D.O. content via injection of ambient air or compressed air/oxygen into water as macrobubbles, microbubbles, ultra fine bubbles (UFBs), and nanobubbles. The high internal pressure of nanobubbles (20-60 atm) allows them to stay suspended for weeks-months, keeping D.O. levels saturated far longer than legacy aeration systems. The suspended oxygen (S.O.) aspect of nanobubbles takes oxygenation beyond D.O. by providing a secondary o2 source at the cellular/mitochondrial level.
• GROWTH RATE BOOST: Growers commonly experience 20-30% increase in growth rates when adding nanobubbles to their water reservoir. The charged surface of nanobubbles binds to mineral ions and effectively shuttles them directly through cell walls, increasing nutrient uptake and availability while also providing ample oxygen via their internal pressure to put plant metabolisms safely into hyperdrive.
• HARVEST YIELD BOOST: 5-30% is regularly achieved with nanobubble infusion of agricultural irrigation water. This is a result of the growth rate boost and heightened bioavailability of nutrients in the solution. Higher conenctrations of nanobubbles resultant from cycling water reservoir multiple times instead of once often results in heightened benefit levels.
• ROOT HEALTH BOOST: Improved oxygenation often leads to improved root health. Growers using nanobubbles commonly see improved root growth rates and vigor of 50-200%. This is observed as larger diameter and whiter tap roots with 1.5-3x the quantity/size of secondary/tertiary roots. This applies to germination, cloning, and grow out.
• STRESS REDUCER: The cellular benefits from nanobubbles' surface charge, size, and composition serve as extra security against outside stress. Growers have reported that nanobubble water improved their plants' resistance to heat waves, drought, and even nutrient burn
• DISINFECTION PROPERTIES: Whenever nanobubbles burst from stimuli they release ROS (reactive oxygen species like hydrogen peroxide and hydroxyl radicals) that sanitize the local (cellular) environment and increase aerobic conditions
• NANOBUBBLE PROFILE: The Hyper nanobubble generator produces 100nm diameter nanobubbles at densities around 500 million nanobubbles per milliliter (M/ml) for a single cycle. The more times you cycle a reservoir with any nanobubble generator that density/concentration increases. The higher the concentration, the larger the benefit.