Россия Suomi Sverige United Kingdom USA Lechler Products | Nozzles | Spray technology systemsProduct RangeAir Quality Control Systems (AQCS)Nozzles, nozzle lances and systems for desulphurisation TwinAbsorb® Previous Next 1 2 3 4 TwinAbsorb Nozzles for wet flue gas desulphurisation The innovative technology of Lechler TwinAbsorb nozzles ensure for an efficient flue gas cleaning and reliable SO2 separation. Their improved efficiency, the reduced operating costs together with the low maintenance costs make TwinAbsorb nozzles, from a process technology as well as economical consideration, the first choice for power plant operators, but also for operators of waste-to energy plants with wet flue gas cleaning processes. Technical data (PDF, 564 KB) CONTACT Lechler GmbH, Metzingen Fon +49 7123 962-0 Fax +49 7123 962-301 info(at)lechler.de Properties Spray angle According to customer requirements All connecting type possible Flange, laminating connection, round thread, clamping connection Version Possible as hollow or full cone nozzle Version As equilateral or bi-directional nozzle Insensitive to clogging due to the large free cross-sections Self-emptying Material version in SiC/SiSiC The TwinAbsorb nozzles are characterised by the patented technology of the double hollow or double full cone with only one inflow. By a doubling of the spray cone, the nozzles achieve more fine droplets (SMD D32) compared to nozzles with single spray cones. The TwinAbsorb is not only particularly beneficial with large volumetric throughputs per nozzle. When maintaining the posative properties of standard tangential full or hollow cone nozzles, further process-related benefits result: Improved material exchange from higher relative velocities from the gas flow No introduction of additional swirling in the gas flow Supports a more uniform gas distribution over the washer cross-section Reduced torque on the pipelines With the bi-directional TwinAbsorb nozzles TAV and TAH, further process-related benefits result from the spray jets directed upwards and downwards with counter swirl-direction Doubling of the hydraulic spray levels compared to single directed nozzles Reduced pressure loss when used in counter-flow washers Increased dwell time of the droplets in the gas flow Increased turbulences in the droplets for active material exchange Variants of the TwinAbsorb nozzle TwinAbsorb equilateral double full cone nozzle (TAEV) The proven equilateral double full cone nozzle TAEV generates two full cones with only one inflow. Optimized covering of the washer edge zone compared to conventional full cone nozzles. Reduced wall loss compared to hollow cone nozzles. TwinAbsorb equilateral double hollow cone nozzle (TAEH) The proven equilateral double hollow cone nozzle TAEH generates two hollow cones with only one inflow. By optimization of the secondary atomisation, a highly efficient generation of fine droplets takes place in the collision area without additional energy input. At the same time, an improved coverage of the washer cross-section is achieved compared with conventional hollow cone nozzles. Enlarged exchange surface compared with full cone nozzles. TwinAbsorb double full cone nozzle (TAV) The proven bi-directional double full cone nozzle TAV generates two full cones with counter swirl-direction. Better coverage of the washer edge zone compared to conventional full cone nozzles. Reduced wall loss compared to hollow cone nozzles. TwinAbsorb double hollow cone nozzle (TAH) The proven bi-directional double hollow cone nozzle TAH generates two hollow cones with counter swirl-direction. By doubling the collision area, the secondary atomization is intensified and thus, an activated surface is generated for the quick exchange of material. Lechler supports you with a process-oriented nozzle configuration that meets your requirements. Get in touch with us. We would be pleased to advise you. Process-oriented nozzle configuration Use Separation of HCI/HF in acid washers by injection of raw acids SO2 separation in flue gas washers by injection of lime milk / lime suspension Colling and saturation of the flue gas Areas of application Professional separation of environmentally harmful sulphur oxides. Further information Brochure "Nozzle lances and systems for the power plant industry" (PDF) Professional reports Wirkmechanismen von tangential angeströmten Sprühdüsen bei der Suspensionsausbringung 10. VDI-Fachkonferenz REA-, SCR- und Entstaubungsanlagen in Großkraftwerken – 11/2014 Thomas Schröder Read now (PDF, 6 MB) Spray technology is critical in helping a plant achieve optimal performance ASME Power Conference 2009, Albuquerque (New Mexico), USA – 07/2009 Robert E. Van Durme, P.E. Read now (PDF, 450 KB) Improving the FGD absorber and ESP performance at Iskenderun power plant VGB PowerTech – 12/2012 Gürkan Atmaca, Werner Stratmann and Birgit Wortmann Read now (PDF, 12 MB) ImprintTerms of ServiceData protectionContact