Duoblock Steam Atomiser TF-DDZG0 pages

Duoblock Steam Atomiser

Advantages

Capacity rangeFuels2.0 - 50.0 MWLight fuel oil TF-DDZ
Gas TF-DDGLight fuel oil / gas TF-DDZG Highest quality standard by latest state of production engineering,application of ISO 9001 quality management systemՕ European type approval (EN 267 / 676) , CE certification, internationaltype acceptance Lowest emissions far below the limit values admitted by lawՕ No external flue gas recirculation plant required, i.e. no additional fluegas fans, enlarged combustion air fans, piping, control and safety
devices Since the burner may be adapted to the furnace geometry, optimumlow-emission combustion is ensuredՕ Short installation and commissioning times as well as easy mountingand maintenance due to service-friendly burner construction The SAACKEsteam atomising burneris an injection atomiser with a widecontrol range. The SAACKE TF burner (free-jet burner) is the result of thelatest development of a low NOx combustion system designed for use at
water tube boilers. These free-jet burners represent an advancement ofthe well proven SAACKE DDZ(G) series burners, and basic knowledgegained from the TEMINOX development have also been brought into theconception. By using the ultra low NOx SAACKE TF burners, you may achieve NOxemission values <100 (gas operation) and <140 mg/m3 (oiloperation) over a wide control range without an external flue gasrecirculation. The TF product line contains light fuel oil burners, gasburners and dual-fuel burners for light fuel oil and gas in duoblockconstruction, i.e. burner and fan are installed at different locations.
The most essential advantages of the internal flue gas recirculationcompared to other NOx reduction technologies are relatively short flames(compared to staged fuel/air supply) and low investment and operation
costs (compared to an external flue gas recirculation). The most distinctivefeature of the TF free-jet burner is the combustion air guiding system. Bymeans of its powerful drawing-in of flue gas into the combustion zone theemission values for fuel oil and gas certainly fall below the limits. TFstands for temperature peak elimination and free-jet re-suction of flue
gases where the recirculation rate is about 50 per cent. To avoidtemperature peaks and to achieve a homogeneous temperature fieldespecially in the area near to the burner, a swirling flow is generatedwhich ensures good mixing of the combustion gases. The results arelowest NOx emissions during the combustion of light fuel oil and gas. >
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