• 4 Pass Design ensures better heat utilisation & Ash separation.
• With Fluidised Bed Combustion furnace design, very high Thermal Efficiency of 80%+-2% can be achieved.
• Automatic Mechanised screw fuel feeding makes fuel feeding OFF & ON when set temperature is achieved & reduced, respectively.
• Micro Processor Based V/F fuel feed drive is used to adjust the rate of fuel feeding as per Plant load requirement.
• Most of the Solid Fuels, including Crushed Coal / Lignite / Agro waste / DOC / Saw Dust can be used in this system.
• Large size Air Pre-Heater / Water , Pre-Heater, reduces dry flue gas losses and improves the Waste Heat Recovery and increases combustion Air Temperature.
• Radiant Coils installed directly on FBC Furnace makes maximum utilisation of Furnace radiation heat.
• Mechanical Dust Collector arrests the fly Ash from Flue gas, before exhausting to Chimney.
• Ash collection pit is provided below convective coils.

Electrostatic precipitator (ESP) is a widely used device in so many different domains to remove the pollutant particulates, especially in industrial plants.And as it name implies it uses the electrostatic fundamentals (corona discharge) for trapping and removing industrial emission like boiler exhaust. Thats why it is named as ESP.

• plate type and tube type.
• Occasionally made of stainless or an alloy steel.
• Generally 0.05 to 0.2 cm in thick.

• plate type and wire type
• made of high carbon steel but also can be constructed of S.S. copper, titanium alloy & aluminum
• Spikes having a corona material.

• For low emission less than 30mg/nm3 go for a bag-filter
• For high temperature more than 260c go for ESP
• If moisture content in flue gas is more than 20% go for bag-filter
• If dust resistivity is very high or very low which will be difficult to charge in ESP go for a bag-filter.
• In power industry normally we find ESP but in cement industry bag-filter is generally used due to dedusting action.

• 4 Pass Design ensures better heat utilisation & Ash separation.
• With Fluidised Bed Combustion furnace design, very high Thermal Efficiency of 80%+-2% can be achieved.
• Automatic Mechanised screw fuel feeding makes fuel feeding OFF & ON when set temperature is achieved & reduced, respectively.
• Micro Processor Based V/F fuel feed drive is used to adjust the rate of fuel feeding as per Plant load requirement.
• Most of the Solid Fuels, including Crushed Coal / Lignite / Agro waste / DOC / Saw Dust can be used in this system.
• Large size Air Pre-Heater / Water , Pre-Heater, reduces dry flue gas losses and improves the Waste Heat Recovery and increases combustion Air Temperature.
• Radiant Coils installed directly on FBC Furnace makes maximum utilisation of Furnace radiation heat.
• Mechanical Dust Collector arrests the fly Ash from Flue gas, before exhausting to Chimney.
• Ash collection pit is provided below convective coils.

Electrostatic precipitator (ESP) is a widely used device in so many different domains to remove the pollutant particulates, especially in industrial plants.And as it name implies it uses the electrostatic fundamentals (corona discharge) for trapping and removing industrial emission like boiler exhaust. Thats why it is named as ESP.

• plate type and tube type.
• Occasionally made of stainless or an alloy steel.
• Generally 0.05 to 0.2 cm in thick.

• plate type and wire type
• made of high carbon steel but also can be constructed of S.S. copper, titanium alloy & aluminum
• Spikes having a corona material.

• For low emission less than 30mg/nm3 go for a bag-filter
• For high temperature more than 260c go for ESP
• If moisture content in flue gas is more than 20% go for bag-filter
• If dust resistivity is very high or very low which will be difficult to charge in ESP go for a bag-filter.
• In power industry normally we find ESP but in cement industry bag-filter is generally used due to dedusting action.