Water and steam cavitation
What is it?
Water steam cavitation is the explosive condensation of water steam, that is a back-directed explosion, with the formation of a shock wave of compression from the outside to the inside. The volume of the shock wave collapse of water steam has the size of several molecules. The pressure in this volume rises to several thousand atmospheres, and the temperature in the center of the collapse is thousands of degrees Celsius.

Annular condensation collapse creates a compressive force, this is due to the movement of gas with variable angular acceleration. All effects caused by movement in the field of centrifugal forces increase significantly.

At the described movement of the steam swirling flow at the moment of its stabilization in a special branch pipe (collapse chamber) occurs the so-called effect of ring condensation collapse, i.e. collapse (condensation) of the steam bubble inside the swirling flow.
The process of collapse formation with water steam (without the participation of substances in transmutation)
The minimum size of the bubble collapse point is approximately equal to the size of a water molecule.
The size of the molecule of water = 2,5·10-10 M.
The speed of the bubble collapse is approximately equal to the speed of sound in water ≈ 1500 m/s.
The speed of sound in water steam is ≈ 400 m / s at t = 00 C and ≈ 500 m / s at t = 1350 C.
Bubble collapse energy: Ecol = 0,5 0,5·v2·m * dR = ρ·Q/8·π·(1/RK-1/R0).
Kladov's formula: Rк ≥ 5 micron - the size of the bubble, when collapsing, ionization was observed
R0 is the size of the water molecule. Ecol ≈ 1021 eV ≈ 1600 j. 1 eV = 1.6·10-19 j.


The processes that drive collapse

Model of forces affecting a molecule of water steam to prevent collapse:

IMF is the intermolecular force.
Fc is the centrifugal force acting on a molecule.
Fi is the force of inertia acting on a molecule.
FΣ is the total force acting on the molecule.
Vf is the linear velocity of the swirling flow.
V is the linear velocity of the molecule.
∆Р – pressure difference in the swirling gas flow between high and low pressure zones.
IZON-flow
What is it?

An IZON flow is an intensely swirling gas flow in which the bonds between molecules have a negative voltage. The IZON-flow is closed on itself and has the function of self-support. The IZON equipment creates an "artificial tornado" and controls its speed, which leads to a redistribution of pressure and temperature in the swirling flow. The efficiency of the gas flow separation equipment for the initial components reaches 100%.
Addition to molecular kinetic theory
The properties and magnitudes of electric charges, as well as the mechanisms of their interaction are unchanged and do not depend on external conditions, in particular, at temperatures from 1 to 10000 K, pressures from cosmic vacuum to 108 PA (~1000 ATM) and velocities relative to the observer from 0 to 106 m/s (1000 km/s).
Atoms should be considered as systems of electrically charged positive and negative particles those charges in normal, non-ionized, condition are mutually compensated, but always spaced and in constant motion.
A non-ionized atom experiences electrodynamic interaction with other non-ionized atoms, as well as with electrostatic and magnetic fields. The intensity of this interaction is determined by the gradient of the electromagnetic field at the location of the atom.

A molecule (or quantum) has in its structure both electric charges, a positive and a negative ones, which generate an electromagnetic field. It in its turn is a vector of tension and exhibits chemical or mechanical activity. It is the movement of molecules on which the action is being produced. In practical use, it is the closure of the vectors of intensity of intermolecular bonds into a circle that organizes a "molecular dance", the speed of which, due to the use of the energy of the vector itself, can theoretically reach colossal speeds of rotation, up to the level of plasma formation. The creation of an "artificial tornado" is the basis of the "IZON-flow" technology.
Forces arising in a gas flow

Fi is the force of inertia.
Fc is the centrifugal force.
Ff is the flux force.
Fax is the force of axis rotation.
FΔp is the force of differential pressure.
FΣ1 is the resultant force acting on a particle in whirled flow.
FΣ2 is the resultant force acting on a particle going out of the confusor.
Properties of IZON-flow
More than 40 meters per second:
the formation of dust cord.

More than 120 meters per second:
stratification of gas flow into components.

More than 280 meters per second:
fusion of molecular structures.

Above the sound velocity:
the transition of the gas flow in a plasma state.

Practical research of the technologies
1
2004, Ust-Kamenogorsk. Water steam treatment by cavitation. The transformation of the "anti-explosion" energy into thermal energy was made.
2
2006, Omsk. The plant with the 1st stage. Cleaning of hot gases. The gases were purified and particles less than 5 microns clumped together.
3
2008, Omsk. The plant with 2 stages. Separation of hot gases. The gas flow was divided into separate components.
4
2017, Tomsk. The plant with 3 stages. Synthesis of hot gases. An increase in the concentration of synthetic methane at the outlet was obtained.
5
2019, Omsk. Installation for treatment of water steam by cavitation. We received an ionized drink with the properties of a "compressed spring".
More than $ 3 million has been invested in the experiments, practical research of the technology has been conducted for 15 years. Numerous legal opinions and test reports of the equipment were obtained.
Test certificates
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