1T/H EDI system supplier

About Guangdong Morui Environmental Technology Co., Ltd.

Founded in 2005, Guangdong Morui Environmental Technology Co., Ltd. is a professional manufacturer focused on advanced water treatment solutions. Nearly two decades of engineering experience have made us a dependable 1T/H EDI system supplier for high-purity water systems. Our industrial customers span South America, Southeast Asia, Europe, the Middle East, and Africa.

We focus mainly on designing and manufacturing the 1T/H EDI system (Model: MR-EDI-1TH). These systems are made for ultrapure water production. They reach a 99.99% salt rejection rate and a 55% recovery rate, and power use stays low at 4kw/hour. As an ISO, CE, and ROHS-certified 1T/H EDI system supplier, we make sure every 1T/H EDI system meets strict quality control standards, including monitoring electrical current stability and pressure drop testing. The result is a chemical-free, continuous deionization process that replaces traditional ion exchange.

To support our international clientele, Morui offers comprehensive technical services ranging from remote debugging and onsite training to long-term maintenance support. We are committed to helping global facilities reduce their total cost of ownership through sustainable water treatment technology. Partner with Morui for stable, high-resistivity water supply and proven project execution excellence.

Sustainable High-Purity Water via Advanced 1T/H EDI Technology

Industrial Water Treatment Use Cases

High-resistivity water is a workhorse in modern industry, keeping product quality steady and helping equipment last longer. The 1T/H EDI (Electrodeionization) system, often sourced from a 1T/H EDI system supplier, covers three main jobs: rinsing wafers in electronics, making injection-grade water for pharmaceuticals, and feeding high-pressure boilers in power plants. In each case, the water has to be nearly free of dissolved ions, silica, and carbon dioxide. That keeps it from disrupting sensitive chemical processes or heat exchange surfaces.

Regional Hurdles and Operating Pain Points

In places like Southeast Asia and the Middle East, operators often have to deal with hard, salty feed water. That can cause scaling in traditional systems fast, which is why a 1T/H EDI system supplier is often the first call. In Europe, strict rules on chemical waste discharge are making traditional ion exchange less and less workable, because it needs acid and caustic regeneration.

Some common challenges come up again and again:

• Regulatory compliance: following CE and ROHS standards for environmental safety and wastewater discharge.
• Operational downtime: Traditional resin beds have to shut down every so often for chemical regeneration. That can create production bottlenecks.
• High energy costs: Where electricity is expensive, inefficient purification systems drive up the total cost of ownership by a lot.
• Maintenance Expertise: Remote parts of Africa and South America rarely have trained technicians on hand. That alone can turn a complex manual system into a real liability.

Guangdong Morui Environmental Technology Co.,Ltd Solution

Leveraging nearly two decades of expertise since 2005, Morui provides a modular 1T/H EDI solution designed to replace hazardous chemical deionization. Our approach integrates the MR-EDI-1TH model into a seamless, automated process that delivers ultra-pure water continuously. By combining membrane filtration with electrochemical regeneration, the solution eliminates the need for chemical storage and neutralization, offering a "green" footprint suitable for global export markets.

System Architecture and Key Components

The system is engineered for stability and high-flux performance, consisting of several critical modules:

• Pre-treatment & RO Module: Removes the bulk of dissolved solids, ensuring the feed water quality meets the EDI stack’s stringent requirements to prevent scaling.
• MR-EDI-1TH Stack: The core unit uses high-grade ion-exchange membranes and resins. It draws just 4kw/hour of power and still rejects 99.99% of salt.
• Intelligent Control System: A PLC interface tracks DC voltage, amperage, and water resistivity in real time. That allows unmanned operation and keeps water quality steady.
• Internal cleaning. A dedicated CIP (Cleaning-In-Place) loop flushes the stack, so microbes and minerals never get a chance to build up. That keeps the components running longer.

Benefits You Can Measure, Plus a Strategic Edge

• Purity that holds up. The system turns away 99.99% of salt, and the water it produces stays consistently above 15-18 MΩ·cm resistivity.
• Efficient with resources. A 55% recovery rate lets the system balance high-purity output against water savings.
• Lower energy use. Drawing just 4kw/hour, the system trims operational energy costs by roughly 20-30% next to older EDI models.
• No Chemicals Needed: There are no regeneration chemicals to buy, handle, or throw away. Those costs are gone.
• Certified Worldwide: Our products meet ISO, CE, and ROHS standards in full. That helps your shipment clear customs without trouble and get approved by local regulators.

Implementation and International Service Capability

Guangdong Morui Environmental Technology Co.,Ltd follows a project through its whole life, starting with water analysis and engineering designed for your site, then moving on to manufacturing and global shipping. International customers get extra support as well. We can run remote diagnostics, and our partners in South America, Southeast Asia, and other regions rely on a spare parts chain that responds fast. We also train local operators, which keeps systems healthy over the long run and downtime to a minimum.

Typical Implementation Case

A semiconductor manufacturer in Southeast Asia needed a steady 1T/H of ultrapure water, but chemical costs were high and the resin kept wearing out. With the MR-EDI-1TH in place, the plant switched to a continuous, automated process. Chemical handling fell by 100%, production uptime improved by 15%, and the water has consistently met international electronics-grade standards.

Technical specs and full performance data are the starting point when you're choosing the most efficient ultrapure water purification architecture.