Gas treatment device
It is possible to efficiently and reliably remove corrosive gases generated from the manufacturing processes of all industries.
1. Selection of structure according to gas properties You can select either liquid dispersion type or gas dispersion type according to the properties of the gas. 2. Free selection of number of stages according to emission regulations Each stage is a unit, and by selecting the number of stages according to the inlet concentration, a high removal rate can be achieved. 3. High stage efficiency Due to the absence of bypass flow and the good contact effect of the gas-liquid packing structure, the stage efficiency is high. 4. Structure considering corrosion Corrosion-resistant materials are used according to the properties of the liquid and gas. 5. Waste liquid treatment device We can manufacture a waste liquid treatment device specifically for scrubbers. For more detailed information, please feel free to contact us using the inquiry section below.
basic information
1. Local Exhaust System This is a device that captures and sucks in harmful gases generated during work processes as close to the source as possible and releases them into the atmosphere through an exhaust duct. It is most commonly used for the removal of harmful gases. 2. Portable Ventilation Device In situations where the source of gas generation is mobile, installing a portable exhaust device is effective. 3. General Ventilation System This method ventilates the air in a workspace where there are no sources of harmful gases, thereby improving the working environment. There is no theoretical calculation method for natural ventilation in general buildings, except in ideal cases. The simplest method is to determine the air change rate per hour, but care must be taken as this can easily become inaccurate. However, if there are sources of dust or harmful gases within the workspace, caution is necessary, as failing to do so may result in spreading harmful substances throughout the area.
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Applications/Examples of results
There is no preferential flow, and the filler has good gas-liquid contact effects, resulting in high stage efficiency due to the structured design. Additionally, considering corrosion resistance, corrosion-resistant materials are used according to the properties of the liquid and gas.
