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DeSOx Desulphurization Double Alkaline Desulfurization It uses sodium-based desulfurizer for desulfurization in the tower. Due to the strong alkalinity of sodium-based desulfurizer, the solubility of the reaction product...

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DeSOx Desulphurization

Double Alkaline Desulfurization

It uses sodium-based desulfurizer for desulfurization in the tower. Due to the strong alkalinity of sodium-based desulfurizer, the solubility of the reaction products after absorption of sulfur dioxide SO2 is quite high, which will not cause supersaturated crystallization and will not cause clogging problems. On the other hand, the desulfurizer products are discharged into the regeneration tank for regeneration with calcium hydroxide, and the regenerated sodium-based desulfurizer is recycled to be used in the desulfurizer again.


Semi-Dry Desulfurization

MDSJ dry technology is a simple, low investment cost, high-performance desulfurization system that occupies a small area and is easy to operate. The dry desulfurization process uses the sensible heat in the flue gas to evaporate the wet desulfurization chemical semi-wet substance water. In the drying process, the desulfurizer reacts with the sulfur dioxide in the flue gas to form dry powder products. In order to improve the efficiency of desulfurization, lime powder pulp is used as the desulfurization agent. The desulfurized slag is a kind of free-flowing dry powder mixture that has no secondary pollution and can be used later. The process is mainly used for the desulfurization of flue gas of power plant boilers. The flue gas treatment capacity of single tower, the SO2 removal rate can reach 89%-97%. MDSJ Clean Air Technology is a method with the single tower processing capacity of semi-dry desulfurization and the most superior comprehensive desulfurization advantage among dry and semi-dry desulfurization technologies.


Applications

  • All businesses with high sulphur emissions

  • Solid waste incineration plants

  • Coal boilers

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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