In 2017, our company obtained a utility model patent - a device for extracting saturated salt liquid from industrial wastewater, which marks an important step in the field of environmental protection technology. The device not only improves the efficiency of industrial wastewater treatment but also realizes the reuse of resources, with significant economic benefits and environmental value.
The core technology of the device lies in its unique multi-stage evaporation and crystallization system. By precisely controlling the temperature and pressure, the salts in the wastewater are gradually concentrated and form saturated salt liquid in the specific evaporation chamber. At the same time, the plant is equipped with a highly efficient filtration system to ensure that the extracted salt solution is pure and meets the standards for industrial applications.
To further enhance the performance of the plant, an advanced automated control system is adopted. The operator only needs to set the parameters through the touch screen and the system will automatically complete the whole extraction process. This not only reduces labour costs but also greatly improves the accuracy and safety of the operation.
In addition, the unit is designed with environmental requirements in mind. Its compact structure and modular design allow it to occupy a small area and is easy to install and maintain. At the same time, the unit is equipped with a wastewater recycling system to minimize wastewater discharge and comply with current strict environmental regulations.
As industrialization accelerates, the need for industrial wastewater treatment and resource recovery is increasing. This patented technology of our company not only provides an efficient and environmentally friendly solution for our customers but also gives our company a valuable head start in the fierce market competition. In the future, we will continue to devote ourselves to the research and development of environmental protection technology and contribute to the realization of sustainable development.