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This Set-Up Is Used To Study A Non-Catalytic Homogeneous Reaction Under Isothermal Condition. The Set Up Consists Of A Reactor Fitted In A Constant Temperature Water Bath. One Stirrer Is Fitted For Mixing The Reactants In Reactor And Other Is Fitted In Water Bath To Keep The Uniform Temperature Throughout In The Bath. The Temperature Of Bath Can Be Maintained From Ambient To 90C With The Help Of Digital Temperature Indicator Cum Controller. Samples Can Be Taken Out With The Help Of A Sampling Pipette.
The Set Up Consists Of A Reactor Fitted In A Constant Temperature Water Bath. Before Starting The Reaction The Reactor Is Charged With Measured Quantity Of One Reactant. From A Feed Tank Another Reactant Is Fed To The Reactor. Using A Sampling Pipette Samples Can Be Taken Out For Analysis After Fixed Interval. Rotameter Is Provided To Measure The Flow Of Chemicals. The Compressed Air Is Used For Circulation Of Feed. One Stirrer Is Fitted For Mixing The Reactants In Reactor And Other Is Fitted In Water Bath To Keep The Uniform Temperature Throughout In The Bath. The Temperature Of Bath Can Be Maintained From Ambient To 70C With The Help Of Digital Temperature Indicator Cum Controller. Pressure Regulator, Pressure Gauge And Safety Valve Are Fitted In The Compressed Air Line.
This Set-Up Is Used To Study A Non-Catalytic Homogeneous Reaction Under Isothermal Condition. The Set Up Consists Of Two Feed Tanks Through Which Two Reactants Are Fed To The Reactor. Rotameters Are Provided To Measure The Individual Flow Of Chemicals. The Flow Rate Can Be Adjusted By Operating The Needle Valves Provided On Respective Rotameter. The Compressed Air Is Used For Circulation Of Feed. It Is A Helical Coil Tube Type Reactor Kept In A Constant Temperature Water Bath To Conduct The Experiment At Various Temperatures. Reactants Enter At Lower End Coming Out Of The Top Of Coil From Where Samples Are Collected For Analysis. Pressure Regulator, Pressure Gauge And Safety Valve Are Fitted In The Compressed Air Line.
The Flow Rate Can Be Adjusted By Operating The Needle Valves Provided On Respective Rota Meter. The Compressed Air Is Used For Circulation Of Feed. The CSTR Is Fitted With Stirrer For Proper Mixing. From Top Outlet Of It Samples Are Collected For Analysis. Pressure Regulator, Pressure Gauge And Safety Valve Are Fitted In The Compressed Air Line.
This Set-Up Is Used To Study A Photo Catalytic Reaction Using A UV Source Needed In The Form Of An UV Tube. This Set-Up Can Be Used To Carry Out A Parameter Study Under Batch/Continuous Flow Condition. A Photo Catalyst Like Tio2 Can Be Used. This Set-Up Can Also Be Used To Study The Mineralization Of Liquid Effluent Industrial Streams & For Purification Of Water. Light Source: C Type UV Lights, Fitted In A Heavy Metal Enclosures With A Stainless Steel Highly Polished Reflector, Two Clamping Rods Are Needed For Holding The Suspended Glass Reactor. A Cooling Fan Is Needed At The Base Of The Reactor. Complete With Switches, Indicator, Lights, Plug And Cord.
The Setup Consists Of A Glass Column Packed With Rasching Rings And Two Feed Tanks. Reactants Are Fed To The Reactor Through Liquid Distributor, Fitted At The Bottom Of The Column. Rota Meters Are Provided To Measure The Individual Flow Of Chemicals. The Flow Rate Can Be Adjusted By Operating The Needle Valves Provided On Respective Rotameter.Samples Can Be Taken Periodically From The Top Outlet Of Reactor. Pressure Regulator & Pressure Gauge Are Fitted In The Compressed Air Line.
The Setup Consists Of Three CSTR Arranged In Series And Two Feed Tanks Through Which Two Reactants Are Fed To The Reactor. Rotameters Are Provided To Measure The Individual Flow Of Chemicals. The Flow Rate Can Be Adjusted By Operating The Needle Valves Provided On Respective Rotameter.
The Process Setup Consists Of Heating Tank Fitted With Temperature Control Trainer For On Line Heating Of The Water. Water Is Supplied From Laboratory Constant Head Tank And Its Flow Can Be Manipulated And Measured By Provided Rotameter. The Temperature Of The Heated Water Is Sensed By RTD Sensor. This Measured Variable Through Temperature Transmitter Is Communicated To Digital Indicating Controller.
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