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Industrial
Pulse Jet
Bag Filter

DESIGN, SUPPLY, INSTALLATION, TESTING and COMMISSIONING of
Pulse Jet Bag Filter

Operates efficiently under High Temperature | Combat Air Pollution

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PROCESS DESCRIPTION

  • Dirty air enters the filter through the inlet port located in the lower section of the filter.

  • The large particles are blocked by the baffle plate and directed to the hopper below.

  • Remember, the air particles carry the fine particles into the bag filters.

  • As filtration proceeds, a filter cake forms which helps achieve maximum filtration.

  • The cleaned air enters the upper chambers of the filter, where it gets out through the outlet.

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FORM FACTORS

  • Specially designed seals for better propagation of air

  • Compressed air passes better with venturi effect

  • The seal makes it easy to repair and change bag

  • It reduces the cost of maintenance and cost of ownership

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PULSE JET CLEANING

  • Continued deposition of dust particles leads to the development of resistance in the filter bags.

  • Consequently, the sequential time controller signals the solenoid valve and compressed air header to release air pulses periodically.

  • Besides, the compressed air sends a shock wave through the filter bags in the opposite direction to normal airflow, forcing the dust cake to fall off into the hopper.

  • The short pulses last less than a second and hence happens simultaneously to air filtration.

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Finsen ritter   vs   others

  • In House Technology

  • Durability and Rigid Welded Structure with MIG welding

  • Fully Automated Cleaning System to reduce energy consumption

  • Industry 4.0 enabled

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Features

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Fully Automated

SIEMENS PLC-based Automation

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Industrial Pulse Jet Bag Filter

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