EDl(Electrodeionization), also known as electric desalination, is a new ultrapure water preparation technology developed in the 20th century. This technology combines electrodialysis technology and ion exchange technology, realizes the directional migration of ions under the action of DC electric field through the selective permeation of anions and cations by anion and cation exchange membranes and the ion exchange by the resins.

Ultrapure Water EDI, or simply EDI, is an advanced technology utilized for the production of ultrapure water. It combines the principles of electrodialysis and ion exchange, leveraging the power of an electric field to achieve a depth of ion removal that surpasses traditional water purification methods. EDI technology is a crucial component in various industries where ultrapure water is a necessity.

Containerized water treatment systems are portable and compact solutions used for water purification and obtaining clean drinking water.  

Containerized Integrated Water Purification Equipment is a highly efficient and mobile solution for water treatment, designed to purify water through a combination of advanced technologies integrated within a standard shipping container. Here's a detailed introduction to this system :

Containerized integrated water purification equipment is a highly efficient and convenient water treatment solution.

Introduction of the XJY  sludge treatmentBefore 1950

Introduction of the XJY sludge treatment Before 1950, most communities in the United States discharged their wastewater, or sewage, into streams and rivers with little if any treatment. As urban populations increased, the natural ability of streams and river...

The XJY sludge treatment process involves several key stages, including biological deodorization, sludge dewatering, sludge drying, and dust removal equipment.

Usable water is a rapidly-diminishing resource in the United States. Conservation aside, containerized industrial desalination systems present an ideal method for producing reliable, clean water.In states like Florida, Texas and California where freshwater is scarce to begin with, communities are being compelled to consider alternative sources of potable water. Conservation aside, containerized industrial desalination systems present an ideal method for producing reliable, clean water.

As the global population continues to grow and climate change exacerbates water scarcity issues, the demand for fresh, potable water reaches unprecedented levels. Traditional water sources are being depleted, leading to serious concerns about sustainable access to clean drinking water. In this context, container desalination emerges as an innovative solution, offering a portable and efficient means to convert saline seawater into usable freshwater.