❓ 1. “Is this system actually replacing LPG?”
Answer:
No. This is a prototype concept, not a full replacement for LPG. It demonstrates a possible alternative
fuel mechanism using pressure and liquid fuel interaction for experimental purposes.
❓ 2. “How exactly does water contribute if it is not a fuel?”
Answer:
Water does not act as fuel. It helps in regulating the flow and temperature balance in the system,
improving control of the mixture during combustion.
❓ 3. “Is petrol safe to use in a household cooking system?”
Answer:
Petrol is highly flammable, so it is not safe for direct household use in this form. This project is
conducted in a controlled environment to study the concept safely.
❓ 4. “What makes this different from a normal burner?”
Answer:
Unlike a normal burner that uses LPG directly, this system uses a pressure-driven fuel delivery method
with a hybrid liquid mixture to explore alternative combustion techniques.
❓ 5. “What is the main innovation in your project?”
Answer:
The innovation is the combination of air pressure with a liquid fuel mixture system, aimed at exploring
a low-cost alternative energy concept.
❓ 6. “Can this be scaled for real-world use?”
Answer:
Not yet. At this stage, it is a prototype and experimental model. Further engineering, safety testing, and
optimization would be required for real-world application.
❓ 7. “Why did you choose this topic?”
Answer:
We chose this because energy costs are increasing globally, and there is a need to explore affordable
and accessible alternative cooking energy solutions.
❓ 8. “What are the limitations of your project?”
Answer:

Uses flammable material (petrol)

Requires strict safety control

Not yet optimized for efficiency

Still at experimental stage