According to John Ellis, using an ozone bulb across the steam generated in a
condensation still type set-up used for distillation results in a "shifted"
molecular bond between hydrogen and oxygen water molecules impregnated as the
new bond angle made after recombination into liquid state from a former gaseous
steam state; with the additional influence of the UV wavelength used by these
germicidal type bulbs to be present initially before the phase change from
gaseous steam to liquid water taking place upon cooling. Typical ozone bubbling
techniques to produce ozonated water shows a rather quick dimunition of ozone
present in the water, as it is presumably evaporated out. However the method
here is to change the bonding angle of the condensated water molecule itself by
influence of the UV light radiation which normally will produce airborne ozone
when exposed to atmosphere by this blue type quartz bulb, but in this case its
influence is limited by a
pressurized steam flow. I am now engaged in producing samples of this product
and wish to test it according to the hypothesized phase angle change of water
made by this method. I have heard that it is practically impossible to test the
phase angle thesis. Will ship samples for others to test if they see a light
at the end of the tunnel here.
Sincerely HDN
