The Nanobubble Generator

How to install?

Step 1: Check-list before Purchase:

1. Check the water quality

   Ensure your water supply has sufficient dissolved oxygen. Water from sources like rivers, wells, water tanks may not work. You can verify this information with your water provider.

2. Check the water pressure

   NanoWash requires a water pressure of 2 to 4 Bar to function properly. Below 2 Bar, Nanobubbles may not form and above 4 Bar, the product may get damaged.

3. Check the tap connection size

   NanoWash Mini and NanoWash Max have G3/4" connection and NanoWash Ultra connects to a 1/2" showerhead.

Step 2: Installation

1. Turn off the water supply

2. Remove the existing connection (e.g., showerhead, tap, faucet or hose)

3. Install Nano Wash by gently twisting it clockwise by hand. Avoid over-tightening, as this may damage the threads and cause leaks. Stop when it reaches the end of the threads.

4. Check if Nano Wash is properly aligned, —it should be straight and firm.

5. Reconnect the original fixture (showerhead, tap, faucet or hose)

6. Turn the water back on and check for leaks.

7. If any leaks appear, gently adjust the connections to ensure a proper seal.

Before purchase: NanoWash relies on water pressure and dissolved air to generate nanobubbles. If the water pressure is too low or there is insufficient dissolved air in the water supply, nanobubble production may be reduced or totally compromised.

NanoWash is specifically designed for residential use(*). While it delivers solid performance, it is not recommended for large-scale applications.

• NanoWash takes the dissolved air in water and convert it into nanobubbles. For optimal performance, tap water should have a dissolved oxygen (DO) level of 6.5–8 mg/L to ensure sufficient nanobubble production. Industrial applications, however, can use water with lower DO levels since drinking water standards are not required. Insufficient dissolved air concentration will negatively impact nanobubble generation.

• NanoWash is made from high-quality plastics that are suitable for use with tap water. However, industrial applications may require additional protection against harsh chemicals and resistant materials for larger solid contaminants.

• NanoWash is designed to operate under standard tap water pressure. Industrial pipelines often function at significantly higher pressures, which may exceed the thread’s capacity, leading to leaks. Excessive pressure can also damage the internal structure.

• NanoWash can operate with water temperatures up to 60°C. However, as water temperature increases, gas solubility decreases, causing gases to escape more rapidly. This has minimal impact on residential applications such as washing or showering, where water is used immediately. However, in industrial settings, where water may travel long distances through a network of pipes before being discharged, the nanobubble concentration can significantly decrease over time.

(*) Please contact us for B2B specific models.

Important notes for non-domestic users:

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We can offer large B2B models through partners: stainless steel, gas self-priming. Capacities varying from 8L/min up to 500 L/min.