What is a steam capacitor?
The steam capacitor is a piece of machine that turns steam into water. Many steam -based systems use the water circuit to maximize their efficiency. Water is heated to steam, steam provides motivation for the process, the steam capacitor turns it back to the water and the cycle begins again. The steam capacitors are supplied in two varieties, contact capacitors and surface capacitors. Each of these systems uses colder liquid, generally liquid water, to cool the steam back into the water.
Many energy production systems use a steam to real energy generation. Oil, coal and even nuclear power plants use energy they generate to heat water into steam. This steam turns the turbine that creates strength. In order for any energy production system to function at the highest efficiency, the water must become steam and then return to the water with the lowest possible change in temperature. The best way to do this is to use water again and again.
One important thing about water is the effect. How toIt increases on the water, the liquid remains longer. At very high pressure, liquid water is far beyond the normal boiling point, which is the point at which it turns on the steam. At very low pressure, the water turns into steam at much lower temperature. This feature is often used as an assistant for moving water back and forth between liquid and gas.
The contact capacitor of the contact vapor almost always uses as gas and liquid water vapor and liquid water. Steam or water may have a secondary substance in it, but has a much smaller volume than water. This system uses a large tank that can be below greater than normal pressure, to capture and hold steam. The liquid water is sprayed into the tank that quickly cools the steam and turns it back into the water. The combined water is then pumped back into the system.
surface vapor capacitor uses water vapor, but does not have to be a cooling liquid. In this system, steam moves to the collection koMory containing a pipe filled with coolant. The steam condenses on these tubes and drips on the bottom of the tank. Liquid water at the bottom of the tank is pumped back into the system. In no time during the process, the water and the coolant come into contact.
surface capacitors have one main advantage over contact capacitors - they do not require additional cold water. The capacitor of the steam capacitor surface can use almost any liquid or gas that is cooler than steam to condense water into the liquid. This is useful in dry areas, because water requirements are much lower. In addition, the pipeline of the coolant and the condensation chamber may be under various pressures, which worsens the temperature difference.