flash evaporation
flash distillation
equilibrium distillation

Spray drying is sometimes seen a form of flash evaporation.

Typically such plants have 24 or more sequential stages of flash evaporation.

It is very different and more complex than the flash evaporation of single-component liquid.

However, flash evaporation and methods that use crucibles can deposit thick films.

This sequential use of multiple flash evaporation stages is continued until the design objectives of the system are met.

Flash evaporation program online Flash distillation of the hydrocarbon compounds.

That pressure reduction results in the adiabatic flash evaporation of a part of the liquid refrigerant.

Solvent is recovered with flash evaporation, vapour condensation and vacuum stripping.

In flash evaporation, a fine wire of source material is fed continuously onto a hot ceramic bar, and evaporates on contact.

Flash evaporation can reduce the surrounding air temperature by as much as 35 F (20 C ) in just seconds.

However, although it is a form of liquid evaporation, it is quite different from flash evaporation.

The adiabatic flash evaporation process is isenthalpic (i.e., occurs at constant enthalpy).

The sudden decrease in pressure results in explosive-like flash evaporation of a portion (typically about half) of the liquid.

The water is heated and then routed into a reduced-pressure flash evaporation "stage" where some of the water flashes into steam.

The boiling, foul-smelling liquid partially becomes a gas (flash evaporation) and is expelled through an outlet valve with a loud popping sound.

The latent heat absorbed by this flash evaporation is drawn mostly from adjacent still-liquid refrigerant, a phenomenon known as auto-refrigeration.

The flash evaporation of a single-component liquid is an isenthalpic process and is often referred to as an adiabatic flash.

The residual salty liquid from that first stage is introduced into a second flash evaporation stage at a pressure lower than the first stage pressure.

Uncontrolled flash evaporation can result in a boiling liquid expanding vapor explosion (BLEVE).

That process results in the adiabatic flash evaporation and auto-refrigeration of a portion of the liquid (typically, less than half of the liquid flashes).

The separation scheme proposed by DuPont follows the following steps: microfiltration and ultrafiltration, ion exchange, flash evaporation, and distillation.

These conditions are held for approximately 15 minutes to fully heat the mixture, after which the pressure is rapidly released to boil off most of the water (see: Flash evaporation).

Because of its low boiling point, liquid VCM will undergo flash evaporation (i.e., autorefrigerate) upon its release to atmospheric pressure.

The existing commercialized desalination methods are multi-stage flash evaporation, vapor-compression, multi effect evaporation, reverse osmosis and electrodialysis.

The low-pressure steam is then compressed to a higher pressure and temperature, and afterward directed to the outer casing of the flash evaporation unit to heat the system.