Trying to make fuel vapor supply system

In summary, the conversation discusses different methods for creating a more efficient fuel injection system for a gasoline engine. These methods include using an ultrasonic mister, heating the fuel to its evaporation temperature, and using a simple carburetor. The suggested solution involves using a fuel pump to agitate the fuel and adding a coil of copper tubing to heat the fuel, while still utilizing the fuel injectors and potentially adding HHO to the fuel mixture. Further information and resources are also provided for additional research.
  • #1
Qaiphyx
92
0
Originally posted this in the wrong section. What would be the most basic and solid way of doing this for a gasoline engine? I've thought about using a ultrasonic mister but I am afraid that there may be a potential for a spark, don't want to blow up. I've also tossed around the idea of heating the fuel to its evaporation temps, but not sure what the simplest way would be to do this. Any ideas?
 
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  • #2
  • #3
Take and run your fuel pump back into the tank to agitate the fuel to produce vapor, and run a coil of copper tubing thru your fuel tank from the radiator to heat the fuel, use your vapor return to the intake after all the censors. Do not deactivate the injectors.
 
  • #4
You may also add HHO to mix with the fuel vapor.
 
  • #5


I would recommend approaching this problem with caution and thorough research. The use of fuel vapor in a supply system for a gasoline engine can be dangerous and requires careful consideration of potential hazards.

One option could be to use a fuel injection system that utilizes fine misting nozzles to create a vaporized fuel mixture. This method is commonly used in modern fuel injection systems and is a safer alternative to using an ultrasonic mister.

If heating the fuel is still a consideration, it is important to carefully regulate the temperature to avoid any potential for explosions. This could be achieved by using a heating element with a temperature control system.

In any case, it is crucial to conduct thorough testing and ensure that all safety measures are in place before implementing a fuel vapor supply system. It may also be beneficial to consult with experts in the field or seek guidance from a professional engineer to ensure the system is designed and implemented safely and effectively.
 

What is a fuel vapor supply system?

A fuel vapor supply system is a mechanism that delivers fuel vapors from a vehicle's fuel tank to the engine for combustion. It helps to regulate the air-to-fuel ratio for efficient and clean burning.

Why is it important to have a fuel vapor supply system?

Having a fuel vapor supply system is important for several reasons. Firstly, it helps to reduce harmful emissions from the vehicle, promoting a cleaner environment. Additionally, it ensures efficient fuel consumption, saving the driver money in the long run.

How does a fuel vapor supply system work?

A fuel vapor supply system typically consists of a fuel tank, fuel lines, a charcoal canister, and a purge valve. The system works by capturing fuel vapors from the tank and storing them in the charcoal canister. When the engine is running, the purge valve opens, allowing the fuel vapors to be drawn into the engine for combustion.

What are the common components of a fuel vapor supply system?

As mentioned before, a fuel vapor supply system usually includes a fuel tank, fuel lines, a charcoal canister, and a purge valve. Other components may include a vapor pressure sensor, a fuel pressure regulator, and a vacuum pump.

How do you maintain a fuel vapor supply system?

To maintain a fuel vapor supply system, it is important to regularly check and replace any damaged or worn out components. This includes the fuel lines, charcoal canister, and purge valve. Additionally, it is crucial to keep the fuel tank clean and free of debris to prevent clogs in the system.

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