When liquid holdup occurs, the repeated boiling and condensation on which the separation depends is interrupted and distillation becomes less efficient.
Liquid
Liquid hold up refers to the proportion of a two-phase flow that is occupied by liquid. It is usually represented as a fraction of the cross-sectional area in a pipe or vessel that is filled with liquid. Liquid hold up is an important parameter in the design and operation of multiphase flow systems, as it affects the performance and efficiency of the system.
A cup or glass is a vessel commonly used to hold liquid. Other examples include a bottle, jug, or pitcher.
Earth is the only one we know of so far :)
A typical school milk container holds around 8 ounces (240 milliliters) of liquid.
A vacuum distillation setup requires a vacuum pump to lower the pressure, a distillation flask to hold the liquid to be distilled, a heating source to vaporize the liquid, a condenser to cool and collect the vapor, and a receiving flask to collect the distilled liquid.
Column hold-up refers to the amount of liquid that accumulates in the column of a distillation apparatus during operation. It includes both the liquid that remains behind in the column and the liquid that is carried over with the vapor product. Proper management and control of column hold-up is essential for achieving efficient separation in distillation processes.
A clamp or test tube holder is typically used to hold a test tube in distillation setups to secure it in place during the distillation process.
A distillation adapter has one primary use. That primary use is in organic chemistry processes. It is meant to hold a thermometer to determine boiling point.
Liquid
it can hold about 8-10 liters of liguid but to a regular liquid container
A tap does not hold any liquid. The liquid simply passes through it.
the brand=of diapers I==think can't hold the most liquid is huggies=
a liquid is not solid of gas it is not something u can hold its a liquid and u can see it
Which measure is most reasonable for the amount of liquid a bowl will hold
When you hold a liquid in your hand, the liquid will conform to the shape of your hand due to gravity. Your hand will apply pressure on the liquid, and depending on the liquid's properties (viscosity, density), it may flow between your fingers or remain in place.
Liquid hold up refers to the proportion of a two-phase flow that is occupied by liquid. It is usually represented as a fraction of the cross-sectional area in a pipe or vessel that is filled with liquid. Liquid hold up is an important parameter in the design and operation of multiphase flow systems, as it affects the performance and efficiency of the system.