- not
possible to
separate the
components by
fractional distillation and
azeotropic distillation is
usually used instead. For
technical applications, the...
- chemistry,
azeotropic distillation is any of a
range of
techniques used to
break an
azeotrope in distillation. In
chemical engineering,
azeotropic distillation...
-
These techniques are
known as
azeotropic distillation. Some
techniques achieve this by "jumping" over the
azeotropic composition (by
adding another component...
- air
conditioning and heat pump applications. It is a
zeotropic but near-
azeotropic mixture of
difluoromethane (CH2F2,
called R-32) and pentafluoroethane...
- A
zeotropic mixture, or non-
azeotropic mixture, is a
mixture with
liquid components that have
different boiling points. For example, nitrogen, methane...
- and Physics, 44th ed. pp. 2143–2184 Lee H. Horsley, ed. (1 June 1973).
Azeotropic Data—III.
Advances in
Chemistry Series No. 166. Vol. 116.
American Chemical...
-
backwards and then
moves to the
azeotropic point or pure
component with
lower temperatures or
higher vapor pressure.
Azeotropic points can
create so called...
- of acetone, with
modern processes achieving anhydrous alcohol through azeotropic distillation.
Beyond its production,
isopropyl alcohol serves in medical...
- high
boiling point and is
miscible with the mixture, but doesn't form an
azeotropic mixture. The
solvent interacts differently with the
components of the...
-
maximum water contents ranging from 1% to a few
parts per
million (ppm). If
azeotropic distillation is used to
remove water, it will
contain trace amounts of...
