Borosilicate
Glass overhead assembly can be easily fitted
to Glass-Lined, SS or other metal / coated
reaction vessels.
The reaction
system is specifically useful for production
of highly refined and highly pure products
such as fine chemicals, pesticides, vitamins
and pharmaceuticals.
The
system is highly corrosion resistant.
Because
of modular construction, changes can be
made in the overhead structure depending
upon process requirements.
Borosilicate
Glass permits visual observation.
Distillation
The
Distillation Equipment consists of
Column with packing and internals
Primary condensor
Secondary condensor
Distillate cooler
Phase separator (optional)
Receivers
Metric grid construction offers
option of reorganizing.
Highly corrosion resistant.
Visual observation possible.
Evaporation
Evaporation
of large quantities of liquids is possible
without damaging active ingredient.
Fabricated from
borosilicate glass and so highly corrosion
resistant and offers visual observation.
Proper design shall give energy
efficient system.
Type of Systems
Simple evaporator with reboiler
Falling-Film evaporator
Wiped-Film evaporator
Extraction
For
difficult separation problems such as liquids
having virtually same boiling points, forming
azeotropic mixtures or perhaps temperature
sensitive, extraction offers economical
solution.
The Following Type
of Equipments is Available
Mixer-settler
Spray towers
Unpulsed sieve plate columns
Pulsed sieve plate and packed
columns
Stirred columns
Absorption
The objectives of absorption
are
to separate gas mixtures as
required by the process
to purify a component of a
gas mixture
to recover valuable components
from waste gases
to remove harmful gases from
waste gases
Borosilicate Glass offers best
material of construction as it is corrosion
resistant.
Visual
monitoring possible.
Because of modular construction,
changes in system possible.
Crystallization
Depending on the specifications
for the end products such as
Particle size
Particle size distribution
Product purity
a wide
range of crystallizer types is available
for coping with manifold crystallization
problems. The criteria for selecting the
crystallization process are the physical
properties of the solutionsand products
and also economic considerations.
