Thermic Fluid Heatingsystem can be used in all types of Industries, replacing electricity and steam. The thermic Fluid Heater is an ideal electricity saver as it consumes only about 5% of electric power as compared to an equivalent electric system. Switching over from an electrical system to thermic fluid system means drastic reduction in operating cost and a quick payback period. The thermic fluid Heater has been specially designed for coal/agro waste / oil-gas.
Thermic fluid heating system is indirect heating system. Certain fluid has heat carrying capacity, which is being heated in and release the heat at required points. It is in closed loop system so, there is no loss of energy. For higher temperature application, thermic fluid heating system is the best solution as compare to steam. It is slow heating system compare to steam boiler. However, in certain chemical process slow heating is also one of the parameter.

• Thermic fluid can be heated up to about 300C at near atmospheric pressure in standard units and up to about 340C in special units.
• Thermic fluid used in the system, remains in the liquid phase in the entire operating of the system.
• Thermic fluid is circulated in a closed loop circuit, imparting heat to the user's equipment and returns to the unit for heating and circulation again.
• Thermic fluid temperature is kept low to prevent oxidation and degradation. Expansion due to elevated temperature is taken care of and vapours and gases are liberated, preventing cavitations in the pump by the specially designed expansion cum de-aerator tank.
• Thermic fluid consists of nest of helical coils housed in a rugged steel shell.
• Specially designed with large furnace volume & grate area for good combustion of fuel and sufficient residence me for thorough mixing of fuel and combustion air.
• Provided with an Induced draft / forced draft fan for efficient combustion of fuel.
• Optional air pre heater for increasing the efficiency.
• Multi dust collector /bag filter option to meet the requirement of pollution control board.

• Recovers maximum heat from boiler flue gas
• Faster steam generation
• Saving of fuel up to 10-15%
• Easy to maintain Also saves flue

• Minimizes pollution due to particles re-entertainment in gas stream
• Efficiency extracts dust from the flue gas
• Efficiency can be increases to meet future norms without major structural changes
• Low power consumption of ID Fan
• Robust and wear resistant construction enhanced life of internals. specially suited for agro waste boilers
• Easy removal of dust/ash
• Space saving design

• Recovers maximum heat from the boiler flue gas
• Improves combustion of fuel that has higher moisture content
• Easy to maintain
• Saving of fuel up to 15%
• Self cleaning design for beer efficiency
• Hot air helps in beer & quick burning

Thermic Fluid Heatingsystem can be used in all types of Industries, replacing electricity and steam. The thermic Fluid Heater is an ideal electricity saver as it consumes only about 5% of electric power as compared to an equivalent electric system. Switching over from an electrical system to thermic fluid system means drastic reduction in operating cost and a quick payback period. The thermic fluid Heater has been specially designed for coal/agro waste / oil-gas.
Thermic fluid heating system is indirect heating system. Certain fluid has heat carrying capacity, which is being heated in and release the heat at required points. It is in closed loop system so, there is no loss of energy. For higher temperature application, thermic fluid heating system is the best solution as compare to steam. It is slow heating system compare to steam boiler. However, in certain chemical process slow heating is also one of the parameter.

• Thermic fluid can be heated up to about 300C at near atmospheric pressure in standard units and up to about 340C in special units.
• Thermic fluid used in the system, remains in the liquid phase in the entire operating of the system.
• Thermic fluid is circulated in a closed loop circuit, imparting heat to the user's equipment and returns to the unit for heating and circulation again.
• Thermic fluid temperature is kept low to prevent oxidation and degradation. Expansion due to elevated temperature is taken care of and vapours and gases are liberated, preventing cavitations in the pump by the specially designed expansion cum de-aerator tank.
• Thermic fluid consists of nest of helical coils housed in a rugged steel shell.
• Specially designed with large furnace volume & grate area for good combustion of fuel and sufficient residence me for thorough mixing of fuel and combustion air.
• Provided with an Induced draft / forced draft fan for efficient combustion of fuel.
• Optional air pre heater for increasing the efficiency.
• Multi dust collector /bag filter option to meet the requirement of pollution control board.

• Recovers maximum heat from boiler flue gas
• Faster steam generation
• Saving of fuel up to 10-15%
• Easy to maintain Also saves flue

• Minimizes pollution due to particles re-entertainment in gas stream
• Efficiency extracts dust from the flue gas
• Efficiency can be increases to meet future norms without major structural changes
• Low power consumption of ID Fan
• Robust and wear resistant construction enhanced life of internals. specially suited for agro waste boilers
• Easy removal of dust/ash
• Space saving design

• Recovers maximum heat from the boiler flue gas
• Improves combustion of fuel that has higher moisture content
• Easy to maintain
• Saving of fuel up to 15%
• Self cleaning design for beer efficiency
• Hot air helps in beer & quick burning