Cavitation through the device is what generates the nanobubbles, ranging from 7nm, 10nm to max size of 80nm

The device could replace a blower, it would disperse the sludge, you can inject oxygen to help with the biological breakdown, it will not clog the G-CAV device. However, to give a more in depth and accurate assessment, we would need much more information to give an accurate appraisal. Please send info to; [email protected]

After infusion the water can be used in irrigation, drinking, agriculture, aquaculture, wastewater or bathing in it!

@@GlobalCavitation if I were to purchase this can it be used for electrolysis? I know hydrogen is highly conductive but it’s explosive, would having an anode and electrode within the water cause an explosion? I don’t want to blow myself up lol

@@GlobalCavitation also what are the benefits for bathing in it? I’ve seen hydrogen infusing water bottles before but lack education in that area if you could please enlighten me

@@scaledsilver The hydrogen is supplied into the water as a gas at the intake side of the pump and is supplied by a Hydrogen Generator. You can see more detail on the references below: Zhu, Q. et al. Positive effects of hydrogen-water bathing in patients of psoriasis and parapsoriasis en plaques. Sci Rep 8, 8051 (2018). PMID:29795283; dx.doi.org/10.1038/s41598-018-26388-3 Todorovic, N., Javorac, D., Stajer, V. & Ostojic, S. M. The Effects of Supersaturated Hydrogen-Rich Water Bathing on Biomarkers of Muscular Damage and Soreness Perception in Young Men Subjected to High-Intensity Eccentric Exercise. J Sports Med (Hindawi Publ Corp) 2020, 8836070 (2020). PMID:33123594; dx.doi.org/10.1155/2020/8836070 Tanaka, Y., Xiao, L. & Miwa, N. Hydrogen-rich bath with nano-sized bubbles improves antioxidant capacity based on oxygen radical absorbing and inflammation levels in human serum. Med Gas Res 12, 91-99 (2022). PMID:34854419; dx.doi.org/10.4103/2045-9912.330692 If you have any further questions, please contact us at [email protected]

All of our systems work by injecting gas of preference on the suction-side of the pump, which combined with the water is taken through the impellers and discharged through the cavitation device. Cavitation and nanobubble production takes place through the device, ejecting nanobubble infused gasand water under pressure to where it is required. Bubbles as low as 7nm being produced, equating to around 332 trillion bubbles in 1 ml of water.

@@simonwalshaw3153 how are you selling these, I'm in Tamworth. I'd be interested to see if there is a market here for them.

@@narensraj No Venturi! Gas is injected on the suction side of the pump, at 1.5% to 2% of flow and taken through the pump and cavitation device.

Thank you for your comment. If you provide us with more details, we can give you an answer. Please contact us via the contact form on our website. globalcavitation.com/

Thank you for your comment! The gas is injected on the suction side of the pump if it makes sense, and the used HO generator’s maximum shut-off pressure is 7 PSI above atmospheric pressure. Since we are on the suction side, the gas injected is slightly below atmospheric pressure. As you have noted, after some time, microbubbles are formed (nanobubbles are still being formed). To understand this, note that the volume of gas injected is constant and that at the starting point of the experiment, there is a maximum amount of gas that can be held in the volume of water used. After each cycle, less space is available for the gas to dissolve, and through cavitation, nanobubbles may collide with another nanobubble, forming larger bubbles. This is why some microbubbles are formed after some time of recirculation.

@@GlobalCavitationwow. Great explanation. I really need to speak with someone there. I have a use for this technology, the way your unit works. I was very excited to come across this video just now.

@@willlock3644 for more information please send an intro email to [email protected] We will respond directly!

You've been hunting around like me. Do you see the implications of this tech?

@@thumperhunts6250 Massive implications and massive applications.

For Oxygen, use a DO meter.

@@simonwalshaw3153 Thanks. What should I use for Hydrogen instead? ..Would a DO meter be good?

@@PierdamianoVenti Similar thing, that does Hydrogen Measurement.

Hi there. Please contact at [email protected] with your contact detail.

Absolutely, it has been difficult to sanitise pools with ozone until now. We specialise in large volume complete gas infusion and I expect that there will be very high demand for this very thing. Please send us an email to [email protected] and we will send you some information on it. There is much we can share.

Thank you for your comment. It will be around 5.0L per minute - 7.5L per minute.

@@GlobalCavitation Thanks a lot.

At this point we would say it can, but we need a little more info around what your set up is, what environment is the yeast being used, for what? Please drop us an email with more overview/info to: [email protected]

Thank you for your comment. What size? Please refer to the table on our website for more information: globalcavitation.com/index.php/g-cav-series/

Hi There, the G-CAV 3.5 would be ideal for this set up! Go to www.globalcavitation.com to see all the info' or drop us an email with an overview of how your system works, flow, turnover of water, current DO level etc... [email protected]

BUEMOS DIAS . un cordial saludos hs todas personas que vicitamos esta pajina Creo con todo respeto que usted se merese , su critica es destructible y mal intencionada Antes se le debe de reconoser no solo su desarrollo para tantos fines .sino agradeserle por conparti con todos nosotros .cada cual le data el uso y desenpeño para el que lo require . De antemano le estoy muy agradecido desde COLOMBIA mi admiracion y que DIOS bendiga tal conocimiento .feliz dia NICOLAS MADRID