Abstract: An advanced engine air induction cleaning system and method allows for the safe spraying of multiple types cleaning solutions in alternating, pulsed sequences into the air intake system of a gasoline engine to create a frequency of thermal shocks to the air intake system. The system and method disclosed creates a feedback loop to the system that detects when the vehicle begins to stall, so that the system can stop the spraying of cleaning solutions into the engine's air intake to avoid pooling of the cleaning solutions in the engine and thereby avoiding hydro lock conditions. The system and method also creates an excess bottle to hold the excess cleaner to allow the engine to ingest only the requisite amount of cleaner to aid in preventing pooling of cleaner to avoid hydro lock conditions.

Abstract: An advanced engine air induction cleaning system and method allows for the safe spraying of multiple types cleaning solutions in alternating, pulsed sequences into the air intake system of a gasoline engine to create a frequency of thermal shocks to the air intake system. The system and method disclosed creates a feedback loop to the system that detects when the vehicle begins to stall, so that the system can stop the spraying of cleaning solutions into the engine's air intake to avoid pooling of the cleaning solutions in the engine and thereby avoiding hydro lock conditions. The system and method also creates an excess bottle to hold the excess cleaner to allow the engine to ingest only the requisite amount of cleaner to aid in preventing pooling of cleaner to avoid hydro lock conditions.