Continuous Azeotropic Distillation Unit

Distillation enables the separation of a mixture of compounds with different boiling points. Boiling the mixture produces vapours of different composition to the liquid. Repeated condensation and re-evaporation progressively enriches the vapour phase in the most volatile product. Learn about Digital Continuous Azeotropic Distillation Unit for optimal educational outcomes.. Learning Objectives: Study of hydrodynamics in packed and perforated-plate columns. Continuous distillation. Learn about Continuous Azeotropic Distillation Unit suppliers for optimal educational outcomes.. Continuous azeotropic distillation. Comparison of packed and perforated-plate columns. Learn about Continuous Azeotropic Distillation Unit India for optimal educational outcomes.. Influence of operating conditions on the separation of a binary solution. Heat balances. Learn about Continuous Azeotropic Distillation Unit manufacturers for optimal educational outcomes.. Mass balance. Determination of the number of theoretical plates (McCabe & Thiele, Ponchon & Savarit). Learn about Continuous Azeotropic Distillation Unit price for optimal educational outcomes.. Determination of the number of transfer units.

Polyethylene feed solution storage tank. 316L stainless steel – PTFE manual metering feed pump.

Polyethylene feed solution storage tank.
316L stainless steel – PTFE manual metering feed pump.
Feed preheater with two valves for feeding at 33% or 66% of the packed column height, with minimum level and maximum temperature safety.
Continuous borosilicate glass reboilers with electric heating, each with minimum level and maximum temperature safety.
Coolers for differential pressure measurement.
Borosilicate glass packed column in three insulated sections with 316L stainless steel multiknit packing.
Borosilicate glass perforated-plate column in three sections with 3 perforated plates.
Three 316L stainless steel redistribution plates on each column, each fitted with a sampling valve and temperature port.
Borosilicate glass column heads with temperature port, fitted with timer valves to control the reflux ratio.
Vertical 316L stainless steel condensers with borosilicate glass shell, single-pass with PTFE baffles.
Hetero-azeotropic decanter with 316L stainless steel light-phase sampling valve for recycling to the perforated-plate column and 316L stainless steel heavy-phase sampling valve for recycling to the packed column, with interface level adjustment and 316L stainless steel cooling coil.
316L stainless steel decanter trap cooler.
Two 316L stainless steel distillate and residue coolers.
Borosilicate glass distillate receiver for each column.
Borosilicate glass residue receiver for each column.
Four polyethylene distillate and residue collection tanks.
316L stainless steel process pipework and reinforced PVC coolant pipework.
Support frame in 304L stainless steel tubing with aluminium fittings.
Condenser cooling water supplies each with a rotameter, flow control valve, and water circulation monitor to stop heating on coolant failure.
Column pressure drop measurements via U-tube differential manometers.
IP55 control and instrumentation cabinet with emergency stop, start/stop buttons, preheater temperature controller, column head temperature controllers for distillate/reflux valves, reboiler heating controllers, and four digital temperature indicators (two per column) for 21 Pt100 Ω probes.