2000 liters/hour EDI system supplier

About Guangdong Morui Environmental Technology Co.,Ltd

Guangdong Morui Environmental Technology Co.,Ltd got its start in 2005. We build high-precision water treatment systems, and we have earned a strong reputation in industrial-grade purification. Our work centers on engineering the 2000 liters/hour EDI system, and as a 2000 liters/hour EDI system supplier, we deploy it worldwide, including demanding markets in South America, Southeast Asia, Europe, and the Middle East.

The MR-EDI-2TH churns out ultrapure water 24/7. It uses electrodeionization, so you don't need hazardous chemicals to regenerate it. Salt rejection hits 99.99%, and the unit from a 2000 liters/hour EDI system supplier draws just 8.5 kW/hour. That keeps things within the tight resistivity limits demanded by electronics and pharma. Every unit comes with ISO, CE, and ROHS certification, plus it goes through pressure testing and electrical stability checks to keep the membrane intact for the long haul.

We support our international customers with technical services that cover remote commissioning and maintenance training. Those services are adapted to the infrastructure conditions found in places like Africa and Southeast Asia. With a steady 55% recovery rate, your 2000 liters/hour EDI system stays environmentally compliant and brings a significant drop in total cost of ownership.

Partner with Morui for professional, chemical-free technology that secures your facility’s water quality and operational success for the long term.

High-Efficiency 2000 L/H EDI Systems for Global Industrial Purity

Application Overview

For industrial water treatment, a 2000 liters/hour EDI system is essential for plants that need high-purity water. It gets rid of the interruptions that chemical regeneration causes, so many operations turn to a reliable 2000 liters/hour EDI system supplier to keep things running smoothly. Guangdong Morui Environmental Technology Co.,Ltd specializes in integrating these systems into a range of high-demand sectors:

• Pharmaceutical & Biotech: Purified Water (PW) and Water for Injection (WFI) made by a 2000 liters/hour EDI system supplier to USP/EP standards.
• Electronics & Semiconductors: Ultrapure water (UPW) for rinsing wafers and building circuit boards. Even trace ions cause defects.
• Power Generation: High-pressure boiler feed water. It prevents scaling and corrosion in turbine systems.

What Customers Struggle With

Running large water systems in places like Southeast Asia, the Middle East, and South America comes with its own environmental and regulatory hurdles:

• Tough environmental rules: In Europe and Southeast Asia, limits on the hazardous chemical waste that traditional ion exchange regeneration discharges keep getting tighter, and treating that waste keeps getting more expensive.
• Steep energy bills: Plants in the Middle East and Africa pay a lot for electricity, so how efficiently a water purification system runs is one of their biggest financial worries.
• Technical Skill Gaps: Many regions don't have enough specialized workers to run complex manual resin regeneration. That leaves them more exposed to system downtime or shifts in water quality.
• Water Scarcity: In dry regions, you need the highest recovery rate you can get. That keeps the total volume of raw water used in industrial processes to a minimum.

Guangdong Morui Environmental Technology Co.,Ltd Solution

Morui has nearly two decades of experience, going back to 2005. We offer a complete 2000 liters/hour EDI setup (Model: MR-EDI-2TH) built to run continuously without chemicals. Our method moves facilities away from batch deionization and into a simpler, modular RO-EDI design. By pairing membrane filtration with electrical ion migration, we remove the need to handle acid or caustic. That makes for a safer workplace and a much smaller physical footprint than conventional mixed-bed systems.

System Architecture and Main Components

Pretreatment and Reverse Osmosis (RO)

The system runs a single-pass or dual-pass RO stage. This stage takes out most of the dissolved solids, so the feed water hits the tight conductivity limits the EDI module needs. That keeps scaling and fouling from building up.

MR-EDI-2TH Host Module

At the heart of the system sits the EDI stack, built with high-quality ion-exchange membranes and resin. It rejects 99.99% of salt and delivers water with high resistivity, day in and day out, while drawing just 8.5kw/hour.

Advanced Control and Automation

PLC and SCADA run as one system here. Together they track DC voltage, amperage, and water resistivity as it happens. Because the automation is built in, the system adjusts on its own when feed water quality shifts. No operator has to step in.

Cleaning and Maintenance, Built In

Cleaning is handled by a dedicated Cleaning-in-Place (CIP) module. It protects membrane integrity and blocks biofilm growth. That keeps performance stable over the long run, even in tropical conditions or other high-fouling settings.

Advantages and Measurable Results

• Continuous production: Traditional ion exchange has to shut down. EDI does not. It runs all day, every day, and chemical regeneration never causes downtime.
• Exceptional Purity: It consistently makes ultrapure water with high resistivity. Salt rejection reaches 99.99%, which is key for sensitive industrial uses.
• Low energy footprint: A smarter electrical design keeps power use at 8.5 kW/hour. That can cut yearly utility costs by as much as 20% versus older models.
• Resource efficiency: A steady 55% recovery rate balances high-purity output with responsible water use. In water-stressed regions, that makes a difference.
• Certified reliability: The equipment fully complies with ISO, CE, and ROHS standards, which puts it in line with international quality and safety benchmarks.
• Smaller footprint: The compact modular design takes up as much as 50% less floor space than traditional chemical-based deionization skids.

Implementation Process & Service

Guangdong Morui Environmental Technology Co.,Ltd works to a strict project lifecycle. We begin with raw water analysis, then build a custom technical design around local conditions in South America, Southeast Asia, and other regions. Manufacturing comes next, along with strict Factory Acceptance Testing (FAT). From there, we back installation and commissioning all the way through. Overseas clients can count on remote diagnostics and a fast spare parts supply chain, so lead times stay short. Onsite training for local technical teams is part of the package too, and it helps operations succeed over the long term.

Typical Case Study

A semiconductor maker in Southeast Asia needed a steady ultrapure water supply. Its old mixed-bed resin system needed frequent chemical handling, so it had to be replaced. Morui installed the MR-EDI-2TH system with double-pass RO pretreatment. The project cut operational expenditures by 30% and removed hazardous wastewater discharge completely. Today the plant holds a constant water resistivity of 16-18 MΩ.cm, and product yield rates have improved significantly.

The implementation of advanced electrodeionization modules ensures the reliable delivery of high-resistivity water for sophisticated manufacturing environments.