
A>>INDUCTION HEATING FOR REACTORS, DISTILLATION VESSELS
| Mode of heating: Alternating magnetic field in the work coil
creates induced current in the work piece, causing heat.
Important parameters to be considered in the design of the induction heating ![]() Coil design | ![]() Generator frequency | ![]() Applied power density | Advantages | ![]() Heat is very controllable | ![]() Fast cycle
| ![]() Excellent heat transfer(heat is produced in the job itself , unlike other modes of heating like thermic fluid boiler, steam boiler etc.) | ![]() Induction coil does not add to the thermal mass. | ![]() Low maintenance | ![]() Highest efficiency of 95% as compared to the other methods of heating
| ![]() Induction heating can also be used in the flame proof areas, with the required safety aspects taken into consideration.
| | ||||||||||||||
B>>IMPEDANCE HEATING FOR THE PIPE LINES, PRE-HEATING THE LIQUIDS/ GASES IN THE PIPELINES/REACTORS/STORAGE TANKS
| Applications: | |
![]() | Heating of high pressure gases,lube oil, fuel oil, chocolate, chemicals, resins and many other speciality products |
|
Advantages: | |
| Pipe line becomes the heating element. Hence no heater burnout. No jacket to the pipe line. Existing pipe line can be used, without any alterations. | |
| Voltages are in the range of 5 V-30volts.Hence safe operation. | |
![]() | Since pipe line is heated, there will be good heat transfer to the materials flowing inside |
![]() | No hot-spots. Hence ideal for heat sensitive materials |
![]() | Precise temperature control (SCR control) |
![]() | Highest efficiency of all modes of pipe line heating |