with sticky tape, rope and a cornish pasty
its not
At low temperature and high pressure, the VOLUME of the gas will be reduced.
because horizontal vessels can't kept a high presssure
Gases in a closed system can be kept constant through regulating pressure and temperature. Water levels can be maintained by controlling inflow and outflow rates or using a float valve mechanism to adjust levels automatically. Additionally, sensors can be used to monitor levels and trigger adjustments as needed.
The melting point is not changed by pressure. It is still over 32O
yea so that that you dont have a heart attack
The water in the deaerator tank doesn't turn into steam because the water is kept at a high pressure, preventing it from boiling. The purpose of the deaerator is to remove dissolved gases from the feedwater, not to produce steam.
Liquid The Boyle law is for gases !!
it produces greehouse gases* Supplies are limited (but it can still be synthesized if needed)* Releases CO2 in combustion* To store in a limited space, it either must be liquified (by chilling it to VERY cold temperatures) or kept under very high pressure.
High furnace pressure is a direct indication of a disturbance in combustion performance. The rate of change in the furnace pressure can vary very much, that is from a simple sudden surge due to fuel variations to a huge furnace explosion
It depends on why type of high pressure pump you are looking for, it can be industrial, household or vehicle. they can be found underground, in a car or across the insides of walls to be kept unseen
Gases such a xenon could be kept in a liquid state by keeping them at low temperature and at high pressure. Xenon belongs to a group of gases known as the noble or inert gases which are very chemically stable. At least some of these gases do not actually form liquids but move straight from gaseous to a "solid like state". This is the case for Helium which rather than form a liquid actually move to a solid powder like state.