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Why is this important?
Increase
engine life
Reduced wear of parts
and continuation
service life.
Increased engine life
by 20-30% due to
reducing wear of parts.
Tests showed that
what is the service life
engine increases
at 50,000–70,000 km.
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Reduction
harmful emissions
Ecological cleanliness and
compliance with modern
standards.
Emission reduction
CO2 by 15-20%.
Solid emissions
particles (soot) are reduced
by 30-40%.
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Saving
fuel
Fuel improvement
efficiency and
cost reduction.
Fuel savings of up to 10-15% depending on
operating conditions.
For a car that consumes 8 l/100 km, the annual savings
is 120–180 liters
fuel.
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Cleaning
from carbon deposits
Removal of deposits,
which worsen
engine operation.
Removal up to 90%
existing onager after
first use.
Improving compression in
cylinders by 5-10%.
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Magnification
power
Engine optimization
and improvement
car speakers.
5-10% increase in power
due to more efficient
fuel combustion.
Acceleration from 0 to 100 km/h
improves by 0.5–1 second.
Smooth and stable
engine stroke
Reduction
vibrations and noise.
Level reduction
noise by 10-15%.
Engine vibrations are reduced
by 20-25%, which increases
driver and passenger comfort.
What is
ozonizer-ionizer?
The "Clean Car Heart" ozonator-ionizer is an innovative technology that improves the operation of the internal combustion engine. Thanks to the ionization of the air entering the combustion chamber, the level of harmful emissions is reduced, power is increased, and fuel consumption is reduced.
How does it work?
The "Clean Auto Heart" ozonator-ionizer purifies the air from harmful impurities, saturates it with ions, which improves the quality of fuel combustion. This contributes to more efficient engine operation and its durability.
What does it look like?
Additional information
The application of this technology in automobiles provides several advantages. Firstly, it saves time and money on cleaning the internal combustion engine (ICE) and adjusting the fuel system, especially in the case of diesel engines. Secondly, it significantly increases the engine's lifespan, extending its service life by two or more times. Thirdly, using this technology enhances vehicle power, which is particularly beneficial for truck drivers, allowing them to drive at higher gears and in a different speed mode. Additionally, this technology helps reduce fuel consumption.
One of the main advantages of this technology is fuel savings. It can reach up to 25% when used in gasoline vehicles and up to 30% or more in diesel vehicles. Furthermore, installing the equipment allows for an engine power increase of up to 20% and prolongs its service life. The system also improves the performance of the injection system, catalytic converter, spark plugs, and other vehicle components. It ensures stable engine operation even when using low-quality fuel and eliminates the need for expensive additives.
Fuel savings: gasoline, diesel
This technology is an innovative solution for vehicle owners looking to improve their vehicle’s performance, making it more eco-friendly and economical.
Fuel savings, increased engine power, and reduced toxic emissions make this technology an attractive choice for any vehicle. Enhance your car’s performance using modern technology!
This technology is designed to improve fuel efficiency in various types of vehicles.
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Fuel savings: up to 25% on gasoline and up to 30% on diesel.
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Increase in engine power: up to 20%.
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Extension of engine lifespan.
The source of charged particles is a control unit connected to the battery and a working electrode-activator installed in the airflow from the filter to the combustion chamber. The air acquires electrification and static properties through ionization.
Our technology also improves the performance of the lambda sensor, catalytic converter, spark plugs, injectors, and the entire exhaust system, ensuring stable ICE operation even when using low-quality fuel.
We offer the possibility of eliminating the need for expensive fuel additives and using fuel with a lower octane (methane) rating.
Our solution ensures smooth and dynamic engine operation while reducing CO and CH emissions, positively impacting the environment.
Additionally, the technology cleans the fuel system (including injectors) and the air system (lambda sensor, catalytic converter, etc.), as well as the piston group, increasing their service life.
Our solution also facilitates easier engine starting in winter conditions.
This invention relates to the field of engine manufacturing, specifically to devices for the electrical treatment of air in internal combustion engines (ICE). These devices, known as air activators or air ionizers/ozonators, use ionization technology—activating oxygen in the airflow entering the engine's combustion chamber. This activation significantly improves the characteristics of the air-fuel mixture and the combustion process in the fuel combustion chamber.
The oxygen activation process is carried out by applying a high-voltage industrial-frequency electric current to the air activator electrode, causing electron movement in the oxygen molecule and the formation of molecules with different charges and free radicals. When the air-fuel mixture burns in the engine, oxygen atoms split, releasing energy. The influence of electric current on air breaks it down into its components and involves substances such as nitrogen and ozone in the combustion process, leading to the complete combustion of the air-fuel mixture.
The primary source of charged ion particles and free radicals is the electrode activator, installed in the flow of purified air coming from the filter into the combustion chamber. Using this technology increases the spark discharge area in the combustion chamber and reduces the ignition time of the air-fuel mixture, resulting in an overall increase in engine power. Moreover, the high oxidative-reactive capacity of charged oxygen ion particles enhances the combustion efficiency of any hydrocarbon fuel.
One of the main advantages of this technology is fuel savings. It can reach up to 25% in gasoline vehicles and up to 30% or more in diesel engines. Additionally, installing the equipment increases engine power by up to 20% and extends its service life. It also improves the performance of the injection system, catalytic converter, spark plugs, and other vehicle components. The system ensures stable engine operation even when using low-quality fuel and eliminates the need for expensive additives.
One crucial aspect of engine manufacturing is activating the air entering the internal combustion engine's combustion chamber. This is achieved using electrical devices called air activators or air ionizers/ozonators. These devices significantly improve the fuel combustion process and the quality of the air-fuel mixture.
The use of ionization technology, which involves oxygen activation in the airflow before it enters the combustion chamber, enhances the characteristics of the air-fuel mixture and the combustion process itself. Fuel combustion becomes more complete and efficient, reducing emissions of various carbon compounds such as CO (carbon monoxide) and HC (hydrocarbons).
An ozonator, or activator, for an engine is designed to improve the quality of the air-fuel mixture in the combustion chamber of gasoline or diesel engines by activating oxygen in the air using high-voltage industrial frequencies. It is important to note that this technology does not create an electrical discharge around the activator electrode.
Oxygen activation occurs due to the movement of the electronic bond in the oxygen molecule under the influence of electricity. Exposure to high voltage generates oxygen molecules with different charges and free radicals of variable composition. When the air-fuel mixture ignites in an internal combustion engine, oxygen atoms split, releasing energy. The impact of electric current on air causes its decomposition into components and involves substances such as nitrogen and ozone in the combustion process. As a result, the air-fuel mixture burns completely, producing water, oxygen, carbon, and a minimal amount of CO, NOx, and other substances.
The ionizer enriches the air entering the combustion chamber with charged oxygen ions and free radicals from the purification filter. The air gains new properties, becoming electrified and static. This increases the spark plug discharge area and improves the ignition process of the air-fuel mixture. Due to the oxidative-reactive properties of charged oxygen ion particles, the combustion of any hydrocarbon fuel becomes more efficient.
Thus, air activation in an internal combustion engine significantly improves the fuel combustion process and the quality of the air-fuel mixture. In turn, this reduces harmful emissions and enhances overall engine performance.
Besides fuel savings, this technology also provides environmental protection. It significantly reduces toxic emissions—by up to 80%—including carbon oxides and nitrogen oxides. The equipment also cleans the vehicle's fuel and air systems, as well as the piston ring system, facilitating easier engine starts in winter conditions.
The new technology offers effective fuel-saving solutions for cars of various makes and models. This equipment stands out from all analogs due to its unique size, high performance quality, and ease of connection and installation. The product lineup includes equipment kits for various types of vehicles, including passenger cars, trucks, boats, locomotives, and more.
The basic principle of the technology is based on the ionization of oxygen in the air entering the engine combustion chamber. This allows to improve the quality of the air-fuel mixture and the combustion process, as well as reduce emissions of harmful substances into the environment. The activator, or ozonator, is installed in the purified air system, providing electrification of the air and increasing the volume of the spark plug discharge area in the combustion chamber.
Using the technology helps save on engine cleaning and fuel system tuning, especially for diesel engines. This technology also contributes to a significant increase in engine life and power.
The technology is a reliable and effective solution for saving fuel, reducing environmental pollution, and improving car engine performance.