With the increasingly strict environmental regulations and the continuous progress of water treatment technology, the development and application of new water treatment defoamers have become a hot topic of industry attention. These new defoamers not only require high efficiency and environmental friendliness, but also need to have stronger targeting and adaptability to meet the needs of different water treatment scenarios.

Traditional defoamers may contain harmful components to the environment, such as organosilicon and polyether. Currently, the development of bio based and biodegradable environmentally friendly defoamers has become the mainstream trend. This type of defoamer not only has high defoaming efficiency, but also can quickly decompose in natural environments, reducing its impact on the environment.

In the future, we can combine the Internet, big data analysis and other intelligent technologies, and the new defoamer system can automatically adjust the dosage according to the water quality monitoring data to achieve accurate defoaming. This not only improves defoaming efficiency, but also reduces operating costs.

In order to meet the needs of complex water quality treatment, new defoamers are developing towards high efficiency and multifunctionality. For example, some defoamers can remove heavy metal ions, organic pollutants, etc. from water while defoaming, achieving multi-purpose use.