Applications

Gas cooling/flue gas cooling/quenching

Precise cooling and conditioning of hot exhaust gases in chemical process engineering establishes constant outlet conditions for safe and effective operation of downstream system components. A large surface area facilitates rapid heat transmission. With the use of hollow-cone or two-substance nozzles, liquid droplets are thus generated which are as fine as possible and evaporate completely, therefore absorbing the thermal energy of the gas.

The same applies to what are known as quench coolers, in which the reaction mixture has to be cooled to such an extent that a further reaction, for example generating undesired by-products, is prevented.

  • Industrial spray-unit

    Media-connectorsRead more
  • Industrial spray-unit

    Spray-units pressureRead more
  • Industrial spray-unit

    Spray-units two-substanceRead more
  • Multi-Part Nozzle Heads

    Individual designsRead more
  • Nozzle Heads - 60-65

    Individual designsRead more
  • Nozzle Heads - 77

    Individual designsRead more
  • Pressure Nozzles - 100-200

    Circular hollow-coneRead more
  • Pressure Nozzles - 121-123

    Circular hollow-coneRead more
  • Pressure Nozzles - 586

    Circular hollow-coneRead more
  • Two-Substance - 0/2-0/9

    External mixing - circular full-coneRead more
  • Two-Substance - 0/41 S3/0/51 S3

    Flat-jet - oval flat sprayRead more
  • Two-Substance - 0/64-0/60

    Internal mixing - circular full-conesRead more
  • Two-Substance - 822-854

    External mixing - circular full-coneRead more
  • Two-Substance - 940

    External mixing - circular full-coneRead more
  • Two-Substance - 970

    External mixing - circular full-coneRead more

Zweistoffdüsen 
Externe Mischung Vollkegel

  • Modell 0/2-0/9

Druckdüsen Hohlkegel

  • Modell 100/103
  • Modell 121
  • Modell 586

Specials

Industrial spray-unit

Publications

  • Energy Efficiency:

    Finaly Atomised – Efficient cooling of process gases

    In a multitude of industrial fields, such as paper mills, glassworks, cement works, power plants, steel works, waste incineration, etc., cooling process gases in an economical and above all energy efficient way is becoming increasingly important. Evaporative cooling is the most effective way to cool and condition exhaust gases. By cooling the gases, a defined reduction in volume is achieved.

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