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So2 HCL and Acid Removal

So2 HCL and Acid Removal

REMOVAL OF SO2- HCL AND ACID GAS Industrial Air Waste, Hospital Waste and Waste Incineration facility or often called Waste to Energy (swi) facility has EXPERIENCE in cleaning DUCON air/gas emissions to comply with local...

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So2 HCL and Acid Removal

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DUCON

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So2 HCL and Acid Removal

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So2 HCL and Acid Removal
So2 HCL and Acid Removal
So2 HCL and Acid Removal

REMOVAL OF SO2- HCL AND ACID GAS

Industrial Air Waste, Hospital Waste and Waste Incineration facility or often called Waste to Energy (swi) facility has EXPERIENCE in cleaning DUCON air/gas emissions to comply with local environmental regulations and rules. In this case Flue Gas Treatment requires the injection of powders such as Calcium Hydroxide (lime), Sodium Bicarbonate, Soda Ash, PAC ACTIVATED CARBON to capture the pollutants contained in the smoke. Each pollutant has its own specific powder and DUCON sorbent system Thanks to the DUCON special design complete system, acid gas particles will be captured by the dry reagent injected into the channel. Then, at the end of the process, they will be filtered in the bag filter.Dry sorbent designs and supplies a customized and complete system for injecting powder into the incinerator channel. Typically, the scope of supply will include the following innovative items:

  • Cylindrical conical storage silo with mechanical or air compression discharge system, arch breaker/rotary silo activator type with metering screw feeder. We can scan the lood cell, integrate up to 4 independent feeders to achieve separated/several injection points.

  • Complete pneumatic transfer system specifically designed for each dry reagent, from centrifugal or pneumatic blower to the point of injection.


Mechanical Silo Activator (DUCON Silo Activator)

It is a system combined with a flexible screw conveyor. Regardless of the silo capacity, the silo discharge unit guarantees the flow control and correct feeding of powder products such as quicklime, slaked lime, powdered active carbon, sodium bicarbonate, etc.

Mechanical Bin Activator (DUCON Silo Activator):

To increase the accuracy of the volumetric feeder, the equipment can be equipped with an electronic device to convert the weight loss into a gravimetric feeder. The belt breaker or silo emptier is equipped with a slide valve assembly and is fully mechanical. The product is always kept inside the feeder, which guarantees feeding accuracy regardless of the load in the silo. The mechanical silo activator can be installed in new or existing silos. The conveyor ensures the transfer of the product to the process application. Multiple screw feeders, flexible or rigid, can be installed in a silo.

By installing the blockage breaker MDS 800 under the silo, it is possible to install up to 4 screw feeders with different outputs. This is an effective solution for gas treatment systems where more than one combustion line needs to be fed.

Operating principle

  • Dirty air enters the unit and passes through purpose-woven filter bags that capture the dust.
  • Particulates are held on the outside of the bags while clean air is sent to atmosphere or to a recovery line.
  • Once differential pressure reaches the set point, solenoid valves fire a brief burst of high-pressure air into each bag (the jet-pulse effect); the shock wave drops the dust cake into the hopper.

Advantages

  • High efficiency: up to 99.9% dust capture, including very fine particles.
  • Continuous operation: bag cleaning runs while production continues, minimizing downtime.
  • Low operating cost: long-life filter bags and optimized compressed-air consumption.
  • Modular design: expandable as capacity needs grow.
  • Compliance: meets emission limits with a safe margin.

Application areas

  • Cement and gypsum, iron-steel and metallurgy, food and feed plants.
  • Chemicals and paints, furniture and woodworking, pharmaceutical industry.
  • Mining crushing/screening, plastics and recycling lines.

Selection criteria

  • Air-to-cloth ratio, dust chemistry, operating temperature, and required airflow are evaluated together.
  • Bag media options: polyester, polypropylene, Nomex (for high temperature), and anti-static fabrics.
  • Pulse-valve count, hopper discharge layout, and maintenance access shape long-term field performance.

Frequently Asked Questions

Is a jet-pulse filter the same as a baghouse?

Baghouse is the broader family term; jet pulse is one of the most common automatic-cleaning architectures within that family.

Which bag media should I choose?

Polyester or polypropylene for standard temperatures, Nomex for high-temperature duty, and anti-static fabric for combustible-dust risks.

When does the system clean itself?

When differential pressure reaches the set point, solenoid valves automatically trigger pulse cleaning — without stopping production.

Quick Info

Filter bags are cleaned automatically with compressed-air pulses — production never stops
Captures up to 99.9% of dust, including the finest particles
Modular design grows with capacity needs

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