Husk Fired 2 TPH Steam Boiler

internal Furnace Top Feed Husk Fired Boiler is said so because of their unique automatic fuel feeding from the top of the Internal Furnace boiler. Until now automatic feeding was only possible in case of an external furnace where the furnace is not a part of the boiler.
Thermodyne Engineering Systems has a dedicated team of qualified researchers and designers who always strive for the best and unique designs. This Husk Fired Steam boiler shows the true example of engineering concepts used in practice.
Design of Husk Fired ( Internal Furnace Top Feeding ) Steam Boiler : In the rice plant cleaning process, it produces husks which are often treated as waste. This agri waste used as fuel in boiler systems and such boilers called Husk Fired Boiler.They are basically used for feeding Rice Husk because of its low density. Their design is exactly the same as our INTECH (smoke tube type internal furnace boilers) models where the furnace and smoke tubes are an internal part of the boiler.Combustion of fuel takes place inside a furnace where most of the radiation heat transfer occurs between flue gases and water while convective heat transfer dominates when flue gases are traveling at high velocity inside the tubes.Main differences in the design when compared to internal furnace boilers:
- Instead of manual feeding, feeding is done automatically.
- Forced Draft Fan is provided instead of Induced Draft Fan.
Fuel Feeding Mechanism Rice Husk is fed into a hopper placed above the ducting, connecting the boiler at one end and the Forced Draft Fan at the other. High-Pressure air is sent from the fan via ducting. A damper is provided to manually regulate the flow. Just below a hopper, a low-pressure zone is created by high-velocity air which is responsible for pulling the rice husk into the ducting.Then the rice husk gets carried by the high-pressure air to the top of the shell where it is fed into a furnace through a narrow passage. This is how the rice husk is fed automatically into a boiler furnace. Fuel feeding is regulated according to the steam capacity requirement and the fuel is regulated by the airflow through a forced draft fan.
Applications:Industrial applications like Dyes, Drugs & Pharmaceuticals, Chemicals, Food Industry, Paper & Plywood, Agro based Industries, Rubber Industry and other process industries.