Abstract: A method of using ozone for maintaining an internal combustion engine. The method includes providing a maintenance system including a user control panel, an ozone generator, a blower, the blower having a first blower end for intake of air and a second blower end connected to the ozone generator and a safety module with at least one safety sensor connected thereto. The maintenance system includes a control module connected to the ozone generator and to the safety module. The system includes an ozone transport tube having a first tube end sealable to the internal combustion engine. The method includes connecting the ozone transport tube to an air intake of the internal combustion engine and directing the ozone through the ozone transport tube during operation of the internal combustion engine. The method includes allowing the ozone to react with deposits in the internal combustion engine.

Abstract: A method of using ozone for maintaining an internal combustion engine. The method includes providing a maintenance system including a user control panel, an ozone generator, a blower, the blower having a first blower end for intake of air and a second blower end connected to the ozone generator and a safety module with at least one safety sensor connected thereto. The maintenance system includes a control module connected to the ozone generator and to the safety module. The system includes an ozone transport tube having a first tube end sealable to the internal combustion engine. The method include connecting the ozone transport tube to an air intake of the internal combustion engine and directing the ozone through the ozone transport tube during operation of the internal combustion engine. The method includes allowing the ozone to react with deposits in the internal combustion engine.

Abstract: An ozone generation system for an internal combustion engine. The ozone generator having a conductive cylindrical containment shell with a first cylindrical electrode and a second cylindrical electrode disposed inside the conductive cylindrical containment. A high voltage source is connected between the first and second cylindrical electrode, the voltage sufficient to cause production of ozone. The ozone generator permits air to flow therethrough wherein a change from oxygen to ozone occurs in the air flowing through the ozone generator. At least one monitor module having a voltage sensor for sensing the voltage differential between the first and second cylindrical electrode and at least one control module for controlling the voltage differential between the first and second cylindrical electrode are implemented in the system.