How does a sea dew supercharger work?

A small amount of water is produced by evaporation of salty seawater. This water is drawn into the supercharger s intake and then is pressurized and forced through a small gap onto the intake of your engine. The pressurized water which is called ‘sea dew’ is then drawn by the engine when the intake vacuum is created.

How does a sea

A high-performance water intake system for your boat is part of your boat’s engine cooling system. The water intake system connects to the engine cooling system and functions by adding saltwater to the standard fresh water that goes into your engine. When the water is mixed together, it creates a very high-octane liquid known as a dew.

How does a sea dew supercharger work for a car engine?

Powered by natural energy from the ocean, a sea dew supercharger works very much like a turbocharger on a car. It adds air pressure to the intake manifold of an engine, making combustion more efficient and, therefore, more powerful. The air pressure builds up slowly through a series of chambers as water evaporates off the ocean surface. The air is then forced into the engine when the intake pipe opens up.

How does a sea dew supercharger work for a rev limiter?

A sea dew supercharger’s ability to increase the output of your engine depends on the quality of the water it’s powered by. If you have water that is clean and crystal clear, it will be easier for the engine to intake more air. A dirty or stagnant water supply will not be able to provide your engine with enough oxygen to produce high engine output. The intake air is responsible for providing the engine with enough oxygen to produce enough power.

How does a sea dew supercharger work for a car?

Just like a traditional supercharger, a sea dew supercharger uses a series of impellers to spin and increase the airflow over the engine, increasing the amount of air and fuel that can be taken in. Instead of increasing the amount of air intake, however, a sea dew supercharger uses the water that is naturally circulating in the engine bay to increase the intake of air by using the water's pressure. This pressurized intake of air can be adjusted by the engine's air