Hubei Hengtian Environmental Technology Co., Ltd. was established in 2016 with a registered capital of 10 million RMB. With 8 years of dedication in the environmental technology sector and 6 years of deep involvement in the semiconductor industry, the company possesses capabilities in the research, development, and promotion of new material technologies. It engages in the manufacturing and sales of eco-environmental materials, environmental monitoring and testing instruments, as well as specialized environmental protection equipment. The company also has technical and business expertise in areas such as sewage treatment and reuse, water pollution control, water environment pollution prevention services, seawater desalination, ecological restoration, and ecological protection services.

The company's main products are from the Israeli COM brand series, including RO membranes, UF ultrafiltration membranes, EDI, disc filters, and other representative water technology products. The brand's technology originates from Mekorot, an Israeli water enterprise renowned for its innovative clean technology in the water sector. Mekorot serves nearly 5,000 customers annually, providing over 1.5 billion cubic meters of water supply to 7 million end-users, and operates more than 3,000 systems across various domains such as water supply, water quality monitoring, infrastructure, sewage purification, seawater desalination, and rainwater collection.

The company is committed to "building a sustainable low-carbon world," adhering to a development path focused on technological innovation, promoting technological upgrades and product refinement. It provides efficient and reliable products to customers, supporting the development of green energy and the achievement of carbon neutrality goals.

Product Name: EDI Module COM-5

Product Introduction: The working principle of the EDI module is as follows: A certain number of EDI units are separated by spacers within the module, forming concentrate chambers and dilute chambers. Anode and cathode electrodes are installed at both ends of the unit group. Driven by direct current, cations and anions in the water flow of the dilute chamber pass through the cation and anion exchange membranes respectively into the concentrate chamber, thereby being removed from the dilute chamber. The water flowing through the concentrate chamber carries the ions out of the system, becoming concentrate.