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This comparison table provides universal industry reference dimensions for carbon steel and stainless steel spray towers, applicable to conventional normal-temperature waste gas (wind speed: 2.0~2.5 m/s, empty tower gas velocity: 1.2~1.8 m/s). For corrosive, high-temperature and high-concentration w...
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The size parameters (mainly tower diameter and effective height) and treatment air volume are core hardware and working condition indicators of spray towers. These two parameters directly affect three critical factors: empty tower gas velocity, gas-liquid contact time, and gas-liquid mixing effect,...
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The determination of the optimal size (core parameters: tower diameter and effective height) and matched air volume of a spray tower shall be based on actual working conditions. The design process follows a fixed logic: confirm the designed air volume (with reserved margin) → calculate tower diamet...
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The following efficiency data are measured results of carbon steel/PP spray towers under standard working conditions, applicable to low-concentration normal-temperature acid-base mist and water-soluble waste gas (sulfuric acid mist, hydrochloric acid mist, ammonia mist, water-soluble VOCs) with inle...
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Under identical working conditions and dimensions, the material of a spray tower does not directly alter waste gas treatment efficiency. Core efficiency disparities stem from process design constraints, machining precision limited by material properties,as well as the corrosion resistance and compat...
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