Non-drain design of atomizing spray nozzle for optimizing gas cooling.
Efficiently reduce gas temperature through uniform fine particle cooling, achieving improved process efficiency and reduced burden on subsequent equipment.
The gas cooling spray nozzles "GSIM2 series," "JJA series," and "DOVVA-G series" exhibit excellent atomization performance, rapidly and uniformly cooling high-temperature gas, completely evaporating water droplets within the cooling tower, and preventing the accumulation of drains and dust deposits. Additionally, by considering the flow of gas in the arrangement of spray nozzles and designing the layout to match the shape of the cooling tower, the cooling efficiency is maximized. By adopting materials with excellent corrosion and wear resistance, the risk of frequent spray nozzle replacement and performance degradation is reduced. This allows for a reduction in the number of nozzles used, improving maintainability while achieving a more compact and energy-efficient design for the cooling tower. This spray nozzle, which achieves efficient cooling despite high flow rates, supports continuous operation in waste incinerators and exhaust gas treatment facilities, contributing to the protection of downstream equipment and the improvement of process efficiency.
basic information
The spray volume, dimensions, and other specifications vary by model number. For details, please refer to the PDF document or feel free to contact us.
Price range
Delivery Time
Model number/Brand name
Gas cooling nozzle, slurry spray nozzle, wastewater combustion nozzle.
Applications/Examples of results
[High-Temperature Gas and Exhaust Gas Cooling] - Efficiently lowers gas temperature, contributing to the protection and performance improvement of subsequent equipment (such as dust collectors and denitrification devices). - Uniform cooling is possible with a fine spray nozzle, achieving efficient cooling over short distances. - Rapid cooling of exhaust gas after waste incineration suppresses dioxin generation. - Efficient removal of NOx through the fine spray of urea water or ammonia water. [Wastewater Combustion] - Suitable for the combustion of liquids, waste liquids, and wastewater containing foreign substances, with a nozzle structure that is less prone to clogging.
