Incineration plants
Home > Applications > Incineration plants
Introduce nozzles used to solve dioxin environment problem of Incineration plants.
Injurious from smoke letting out
Incineration plants project 1. Rubbish pit 2. Incineration stove 3. 1Hypo-cooling 4. 2Hypo-cooling 5. Wet scrubber
Nozzle usage Deodorizing nozzles
Medicine liquid sprayer nozzle
Urea and ammonia spray nozzles
Waste liquid filtrate spray nozzles
Gas cooling nozzles for gas cooling chambers Desuperheating-tower gas cooling nozzles
Slaked lime slurry spray nozzles
Wet scrubber nozzles
Nozzle name Mini mist Nozzle
Full-cone Nozzle
Flat Atomizing Nozzle
NAF Nozzle
Air Mist Nozzle
PAW Nozzle
QC Nozzle KAM Nozzle KAMX type
KAM Nozzle Single type
KAML Nozzle
Air Mist Nozzle
Full-cone Nozzle
Purpose Control the burning of high calorie garbage. NOx elimination
Use sprayer to deal with pollution water in garbage pit.
Cool gas from higher than 900℃ to below 300℃ Quickly cool the temperature under what dioxin can appear. Counteract and deoxidize SOx ・ NOx during cooling.
Newly developed nozzles based on particulate design and energy saving. Can fit to the angle of 40~80゜range.
Particulate blower air design (low air pressure : water to air ratio is 250) Control external big particle, to realize stable particle spray.
The nozzles are designed to minimize maintenance hours and labor. The cooling water passage diameter is large enough to cool gas in  desuperheating towers and spray slurry.
The nozzles are designed to minimize maintenance hours and labor. The cooling water passage diameter is large enough to cool gas in desuperheating towers and spray slurry.
 
Developed for selective non-catalytic reduction, the nozzles are simple in construction and give flat spray pattern in order to efficiently spray urea. Nozzles of this type are used in lots of selective non-catalytic reduction systems.
Simple Internal structure of nozzle is highly resistant to clogging and easy to maintain.
Nozzles of this type are designed to control the return pressure at a specified supply pressure of cooling water. The spray flow rate can be adjusted in the Turn down ratio of 10:1. The simple, easy-to-maintain nozzles are in wide use.
Nozzles of this type are developed for evaporating filtrate and wastewater efficiently. The breakthrough nozzles can spray fine particles at wide angles.
The full-cone nozzles provide fully conical spray pattern with water being almost evenly distributed. Relatively small particle diameters can be achieved, and a wide range of flow rates and spray angles is available. This enables various applications depending on the impact force and the spraying area.
The nozzles are designed to spray deodorant efficiently in circular profile just with fluid pressure without air.
The internally mixing, very-small-flow-rate air mist nozzles are based on the series of patented, highly rated air mist nozzles. Being compact, yet high-quality and high-performance, just a single nozzle can spray deodorant at a wide angle over a wide range.
The NAF series nozzles come in four types. Their siphoning effect provides effective spraying of fine mist.
The nozzles are designed to spray deodorant efficiently in flat profile just with fluid pressure withoutair.