混合泵的吸入口可以利用負(fù)壓作用吸入氣體，所以無(wú)需采用空氣壓縮機(jī)和大氣噴射器。高速旋轉(zhuǎn)的泵葉輪將液體與氣體混合攪拌，所以無(wú)需攪拌器和混合器。由于泵內(nèi)的加壓混合，氣體與液體充分溶解。所以無(wú)需大型加壓溶氣罐或昂貴的反應(yīng)塔即可制取高度溶解液。氣液比約為1:9(吸氣量為8-10%),串聯(lián)使用可以增加吸氣量。一臺(tái)氣液混合泵即可進(jìn)行氣液吸引、混合、溶解并直接將高度溶解液送至使用點(diǎn)。過(guò)泵流量 1-50 M3/H;處理水量1-150 M3/H 。因此，使用氣液混合泵，可以提高溶氣液制取效率、簡(jiǎn)化制取裝置、節(jié)省場(chǎng)地、大幅降低初次投資、節(jié)省運(yùn)行成本及維護(hù)費(fèi)用。

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The suction port of the mixing pump can use negative pressure to inhale gas, so there is no need to use air compressors and atmospheric ejectors. The high-speed rotating pump impeller mixes and stirs the liquid and gas, so there is no need for agitators and mixers. Due to the pressurized mixing in the pump, the gas and liquid are fully dissolved. Therefore, it is possible to prepare highly soluble liquid without a large pressurized gas tank or expensive reaction tower. The gas-liquid ratio is about 1:9 (8-10% inhalation), and it can be used in series to increase the inhalation. A gas-liquid mixing pump can carry out gas-liquid suction, mixing, dissolution and directly deliver the highly dissolved liquid to the point of use. The pump flow rate is 1-50 M3/H; the treated water volume is 1-150 M3/H. Therefore, the use of gas-liquid mixing pumps can improve the efficiency of gas-liquid production, simplify the production equipment, save space, greatly reduce the initial investment, and save operating costs and maintenance costs.

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