Proposal of eco friendly detergent system based on water-saving

由于节水，温室气体排放量减少了30%，这是一个非常大的事情。在低水位条件下，其去污力和洗涤不均匀性取决于机械作用。采用hrp -对碘酚共存体系防止了低浴比下的显色。电解功能水与商品液体洗涤剂相比，具有较高的去污力和较少的水污染。结果表明，超声机械作用能在较短的时间内、较低的浴液比下有效去除织物上的颗粒和油土，对织物的损伤较小。发现等离子体处理织物可以增强去除土壤的能力，并防止独立于洗涤剂溶液和机械作用的土壤再沉积。在上述实验结果的基础上，传递了有关未来纺织洗涤剂系统的信息。

The reduction of the amount of GHG emissions resulting from water-saving clarified about 30% and a very large thing. The detergency and the uneven washing were dependent on the mechanical action under low-water conditions. Colour transfer under the low bath ratio was prevented by HRP-p-iodophenol coexistence system. Electrolyzed functional water had high detergency and less water pollution compared with commercial liquid detergents. It was confirmed that the ultrasound mechanical action removed particulate and oily soils from the fabrics efficiently in a short time and at low bath ratio and caused little damage to the fabrics. The plasma treatment to the fabrics was found to enhance soil removal and to prevent soil redeposition independent of detergent solution and mechanical action. Information with respect to the textile detergent systems in the future was transmitted on the basis of the above experimental findings.