Hello All, We produce nano ...
Published by Harish Anantharaman, Director
Hello All,
We produce nano bubbles less than 5 microns in size bubbles and more than 90 percent of it, which in turn implode and form nano bubbles ..Thus effectively producing more nano bubbles than most competitors in the market... The overall dissolution rate is around 95 percent as per our tests but more than that the implosion of these 5 micron bubbles we create generates heat and thus hydroxyl radicals ... This hydroxyl radical is 7/8 times more powerful than ozone itself and we claim to produce most hydroxyl radicals than any in the world .. The resultant effect on oxidation and disinfection and many other applications due to the size and stability of nanobubbles in waste water along with generation of hydroxyl radicals turns around the whole application of an efficient DOF system and is much better than DAF and is able to achieve excellent results in terms of decrease in ozone capacity needed , oxidation and floculation in same tank giving excellent pre treatment options and wide applicability in aquaculture/ livestock waste water/ textile / tanneries ( chromium also) paper and pulp and any process which requires excellent surface cleaning ( reduces eleiminates need of rinsing thus also resulting in reduction of waste water production) ... All in all the treatment of the future in terms of financial viability / energy requirements and low retention time and odour and colour elimination ....It also helps the memberane bioreactor achieve better results as chains are broken in pretreatment itself....
Thanks
Harish Anantharaman
1 Comment
Hi Harish, please clarify if you mean micro- (fine) or nano- (ultrafine) bubbles. I believe the definition of a nanobubble according to the Fine Bubble Industries Association and in research documented in Hideki Tsuge's Micro- and Nanobubbles: Fundamentals and Applications is bubble size between 300nm and 1 micron.
I find the claim of 7/8 times more powerful than ozone hard to believe. How exactly do you measure this?
I agree nanobubbles will significantly reduce energy costs for gas to liquid transfer and should be investigated in this regard.
Published by Andrew Tran, Engineer