Schutte & Koerting Mechanical Atomizing Dump Desuperheaters

Description
Mechanical Atomizing Desuperheater units employ one or more special spray nozzles to atomize the water droplets and produce the heat transfer contact area necessary for cooling the steam and evaporating the droplets. Initial applications were for periodic usage on emergency dump-to-condenser systems in power stations where precise desuperheating was not necessary and excess water flows were common. Mechanical Atomizing Desuperheater units are also used on controlled over-pressure dump and bypass systems. Advantages The Mechanical Atomizing Desuperheater is designed for economically desuperheating high steam flows in large steam lines such as 20", 24", 30", 36" and larger. Requires a minimum of a 25 foot length of pipe to temperature sensing element. Applications Turbine bypass steam temperature contol.
Datasheet
Description
Mechanical Atomizing Desuperheater units employ one or more special spray nozzles to atomize the water droplets and produce the heat transfer contact area necessary for cooling the steam and evaporating the droplets. Initial applications were for periodic usage on emergency dump-to-condenser systems in power stations where precise desuperheating was not necessary and excess water flows were common. Mechanical Atomizing Desuperheater units are also used on controlled over-pressure dump and bypass systems. Advantages The Mechanical Atomizing Desuperheater is designed for economically desuperheating high steam flows in large steam lines such as 20", 24", 30", 36" and larger. Requires a minimum of a 25 foot length of pipe to temperature sensing element. Applications Turbine bypass steam temperature contol.
Datasheet

Suppliers

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Mechanical Atomizing Dump Desuperheaters -  - Schutte & Koerting
Trevose, PA, USA
Mechanical Atomizing Dump Desuperheaters
Mechanical Atomizing Dump Desuperheaters
Mechanical Atomizing Desuperheater units employ one or more special spray nozzles to atomize the water droplets and produce the heat transfer contact area necessary for cooling the steam and evaporating the droplets. Initial applications were for periodic usage on emergency dump-to-condenser systems in power stations where precise desuperheating was not necessary and excess water flows were common. Mechanical Atomizing Desuperheater units are also used on controlled over-pressure dump and bypass systems. Advantages The Mechanical Atomizing Desuperheater is designed for economically desuperheating high steam flows in large steam lines such as 20", 24", 30", 36" and larger. Requires a minimum of a 25 foot length of pipe to temperature sensing element. Applications Turbine bypass steam temperature contol.

Mechanical Atomizing Desuperheater units employ one or more special spray nozzles to atomize the water droplets and produce the heat transfer contact area necessary for cooling the steam and evaporating the droplets. Initial applications were for periodic usage on emergency dump-to-condenser systems in power stations where precise desuperheating was not necessary and excess water flows were common. Mechanical Atomizing Desuperheater units are also used on controlled over-pressure dump and bypass systems.

Advantages

The Mechanical Atomizing Desuperheater is designed for economically desuperheating high steam flows in large steam lines such as 20", 24", 30", 36" and larger. Requires a minimum of a 25 foot length of pipe to temperature sensing element.

Applications

  • Turbine bypass steam temperature contol.
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Technical Specifications

  Schutte & Koerting
Product Category Desuperheaters
Product Name Mechanical Atomizing Dump Desuperheaters
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