Single Effect Falling Film Evaporator Model TH 043

– Designed to demonstrate process of rising film evaporation.
– Includes Pulsing Unit with capability to vary amplitude & frequency of Pulsation.
– Comprehensive Instrumentation Panel with all necessary measuring instruments & Safety Devices.

Item Description

Sci-tech Single Effect Falling Film Evaporator Model TH 043 is designed for demonstration of falling film evaporation process. This floor standing pilot-plant unit consists mainly of a falling-film evaporator supplied with shell-and –tube condenser, a metering pump and a liquid-ring vacuum operation. The apparatus includes two glass tank for collection of evaporated solvent and concentrated product. The evaporator is used for separation of oxygen from air flow by absorption in counter flow with a water film. A compressor is used to supply ambient air to the trainer while 2 pumps are used for circulation of solvent through absorption & desorption column. 2 hand-held measuring units for measuring the oxygen concentration upstream and downstream of the absorption column.

Detailed Operation & Maintenance Manual is provided along with the trainer.

Technical Specifications

– Wheeled AISI 304 stainless steel structure, piping and valves of AISI 304 and AISI 316 stainless steel
– AISI 316 stainless steel metering pump
– Liquid-ring vacuum pump, P=0.7 kW approx
– 2 Bourdon pressure gauges
– Bourdon vacuum gauges
– Borosilicate glass feeding tank , with capacity of 25 I approx

– 2 borosilicate glass collecting tanks, one for concentrated product and the other for condensate solvent. Capacity of 10 I approx. each
– Borosilicate glass graduated tank for measuring the condensate, with capacity of 1 I approx.
– AISI 304 stainless steel evaporator, shell-and-tube condenser and tube-in-tube heat exchanger
– Pneumatic valve for steam flow rate control
– Stainless steel calibrated diaphragm with differential pressure transmitter for measuring the steam flow rate
– Flow-meter
– 6 Pt 100 Sensors
– Switchboard IP55, with plant synoptic and ELCB and emergency pushbutton complete theoretical-Experimental handbook including exercises, English language mandatory