Distribution of the latest technology catalog for Lechler's ceramic spray nozzles for flue gas desulfurization systems has begun.

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The latest technology has been utilized in the design of the Rehiller company's Twin Absorb ceramic nozzle. Starting with coal-fired power plants, ceramic hollow cone nozzles have been incorporated into flue gas desulfurization systems worldwide. Recently, the size of the particle diameter produced by a single spray nozzle has become crucial for improving desulfurization efficiency. As a solution, Rehiller has developed: ◇ Particle Diameter - Production of a dual-orifice spray nozzle - Creation of a spray nozzle with an angle of up to 120° - There is a limit to the particle diameter that can be produced by a single spray nozzle. Therefore, a spray nozzle has been developed that considers secondary atomization generated by the collision of sprayed sprays. * This particle diameter will be smaller than the particle diameter formed by the nozzle. ◇ Gas Layer Formation In typical spray nozzles, the gas generated within the tower flows in a single direction, forming a biased gas layer. The Twin Absorb spray nozzle creates turbulence by having one spray rotate clockwise and the other counterclockwise, preventing the gas flow from becoming disturbed or biased. In other words, it enables efficient desulfurization.

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Lechler two-fluid internal/external mixing spray nozzle
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Lechler company manufactured spray nozzle for denitrification and desulfurization.
Provides efficient and effective corrosion-resistant ceramic nozzles in flue gas desulfurization towers from spray nozzles for denitrification that require complete evaporation.

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The only manufacturer capable of supplying mist separators for spray nozzle manufacturers. Lehiller's mist separators (demisters) are used in over 100 applications across various industries. Supply range: Regarding the requirements for gas-water separation technology, we can provide single or multiple stage systems for both vertical and horizontal gas flow directions: - Vane-type mist separators for horizontal or vertical gas flow - Vane-type mist separators with housing - Vane-type mist separators designed with pressure vessels in compliance with PED 97/23/EC, AD 2000, ASME, or other special regulations - Spin-vane separators - Inlet distributors - Vane-type mist separators combined with condensers or oil-water separation treatment devices - Flow systems for cleaning mist separators - CFD technology to improve the functionality of mist separator systems *Lehiller is a member of EGCSA (exhaust gas cleaning system association).