METHOD OF PRODUCING HYDROGEN FROM HOT COUPLE
AND ITS USE IN MOTORS

Scientific and technical edition on the newest energy-saving and environmentally friendly technologies

Dudyshev Valery Dmitrievich, Russia, Samara
Samara Technical University

I propose to turn the thermal losses of a classic thermal motor into a useful work, namely:

1. Evaporate on hot water heated to 700-800 degrees Celsius, then turn it into hot steam.

2. Feed this hot steam in a certain ratio directly to the intake manifold of the internal combustion engine , mixing it with fuel or fuel assemblies.

3. Production of H 2 and O 2 from steam by treating this vapor with an electric field or (electromagnetic) pulses

A) directly in the intake manifold - before mixing with the fuel assembly ;
B) or in the combustion chambers of the motor itself by electrothermal dissociation of steam by H 2 and O 2 .

Steam in the combustion chambers of ICE under certain conditions (combustion temperature, the presence of catalysts, the presence of high-power electron emission and electro-radiological phenomena when large electric fields are introduced into the combustion chambers, and the increased power and duration of the electric spark of certain parameters) is dissipated by the electrothermal mechanism on H 2 and O 2 (up to 20-30% of its volume) and exploding together with water vapor - burns along with the minimum initial amount (threshold) of fuel assemblies to initiate the steam- H 2 process.

DEVELOPMENT OF THE PROCESS

Gradually, as the steam pressure rises, we increase the volume of the supplied steam, changing the fuel / steam ratio in favor of steam and transferring the motor only to steam.

We carry out full circulation of water vapor from the exhaust manifold to the intake manifold of the motor.

Thus, we get a modernized engine with substantial fuel economy ( steam in H 2 ) due to the beneficial use of the thermal losses of the motor.

In the future, as the development and technical implementation of this idea - in a completely new steam generation steam engine (heat pump).

BACKGROUND TO THE IDENTIFICATION OF THIS IDEA

It is known that the smallest suspension of air of dust particles of a certain concentration per unit volume - is prone to explosion. Only a small electric spark is enough for this explosion. This explosion effect is already used, but not yet for useful purposes. And I want to harness this physical effect in useful work. And I propose, as a matter of fact, a new principle of obtaining traction and electric power from the energy of the explosion. This detonation effect can be realized for example in my unusual electric-explosive steam (steam-fired) motor generator working on water !

My idea is this.

BRIEF FORMULATION OF THE IDEA

I propose to turn the thermal losses of a classic gasoline engine into a useful work, namely:

A) We first obtain by evaporation on the exhaust manifold of the internal combustion engine - water (or water-fuel) high-pressure steam, which was obtained from the secondary heat of the internal combustion engine ;

B) Further, we feed this superheated water vapor in dosed portions into a special electric explosive combustion chamber;

at) Let's pass through this pair a high-voltage electric discharge;

D ) during this discharge, some of the vapor molecules dissociate into H 2 and O 2 , intense combustion of H 2 begins, the process increases avalanche and all the steam passes to H 2 and O 2 and initiates the beginning of this mild water vapor explosion;

E) As a result, a shock wave of pressure develops which, through special dampers, is transmitted to the working member, for example a special elastic piston;

E) Simultaneously in the process of electric explosive dissociation of water vapor, it is possible to obtain electric power if a deflecting field is established along the edges of the chamber (for example, permanent powerful magnets). Then the ionized particles and electrons formed in the chain reactions of this unusual explosion of water vapor decomposition (dissociation) in the process of fast and speed-controlled water burning can be collected on the electrodes along the edges of the chamber from which the electric wires were previously passed. Discharge and convert ions and electrons from the explosion of steam into electricity as in a conventional electrochemical source of current.

Question:
Where does the excess energy from the explosion of a couple of water - to make useful work, for example, on the shaft of such an unusual motor?
Answer:
In my opinion - this is the original version of an unusual heat pump. I think that in this way it is quite possible to obtain substantial fuel savings from the skillful use of the thermal losses of the motor and from the use of the hidden energy of the intermolecular and intramolecular water vapor bonds. Moreover, this latent energy of water vapor is released precisely as a result of thermal dissociation of steam by H 2 and O 2, either in an electric field or during an unusual electrohydraulic microexplosion of steam in the combustion chamber itself.

The production of H 2 from water vapor transforming it into thermal energy of burning hot water vapor through its transformation into H 2 and O 2 and combustion of H 2 in oxygen and external air is the economical way of development of new ICE .

Dear creative readers!
Thank you in advance for the constructive criticism of this idea and for the creative development of this idea.
Just do not write lyric letters on this Post, and ask not to forget that I'm an experimenter and have already tried something in the direction of implementing this idea. I know a lot about the unusual properties of water and its phase transformations and states.

print version
Author: Valery Dudyshev
PS The material is protected.
Date of publication 02.02.2005гг