- #1
William Khey
- 7
- 0
Hey guys,
I have been scouring the internet to find an answer but I can not.
The problem is: I want to heat water to boiling point with the least amount of energy required. I found out that if you apply vacuum into an chamber with water (room temp), the boiling point can be as low as room temperature. Now, I understand that once the chamber is pressurized the water is once again at room temp.
My question is: Can a small amount of heat applied during the vacuumed state (28.92 HG) be enough to boil the water when the chamber is pressurized? if so, how much energy will be required?
I have been scouring the internet to find an answer but I can not.
The problem is: I want to heat water to boiling point with the least amount of energy required. I found out that if you apply vacuum into an chamber with water (room temp), the boiling point can be as low as room temperature. Now, I understand that once the chamber is pressurized the water is once again at room temp.
My question is: Can a small amount of heat applied during the vacuumed state (28.92 HG) be enough to boil the water when the chamber is pressurized? if so, how much energy will be required?