200m3/hour UF plant supplier

Industrial Ultrafiltration Systems You Can Count On

Guangdong Morui Environmental Technology Co., Ltd. got its start back in 2005. We've been in industrial water treatment ever since. Our membrane separation systems are built to perform. After close to 20 years in the business, we've grown into a top manufacturer of large-scale filtration units. Our lineup includes the rugged 200m3/hour UF plant, and as a 200m3/hour UF plant supplier, we see these systems running in critical infrastructure projects across South America, Southeast Asia, Europe, the Middle East, and Africa.

The MR-UF-200TH is built to handle tough wastewater treatment. Its 0.02μm filtration precision acts as a physical barrier against bacteria and colloids. This 200m3/hour UF plant, from a trusted 200m3/hour UF plant supplier, is designed for industrial efficiency. It achieves a recovery rate of 70-90% and draws only 30kw/hour. International industrial groups count on us for stable effluent quality. Our systems meet local environmental rules and global standards.

Quality and reliability always come first. Our manufacturing follows ISO, CE, and ROHS certifications, so every water treatment system meets strict benchmarks for safety and durability. Customers around the world get full technical support from Morui. That support includes remote performance monitoring, onsite commissioning, and maintenance training. All of it helps keep operations stable for the long run.

Morui is a long-term partner for sustainable water management. We focus on high-capacity solutions that pair solid technical performance with cost-effective operation.

Advanced 200m3/hour Ultrafiltration Solutions for Global Wastewater Management

I. Application Overview

In the industrial water treatment sector, a 200m3/hour UF plant is essential for high-capacity purification where water quality consistency is paramount. Typical applications include:

• Industrial Wastewater Reclamation: Essential for textile, pulp, and oily wastewater industries in Southeast Asia and South America to meet discharge standards and internal reuse cycles.
• RO Pre-treatment: Protecting downstream Reverse Osmosis systems in Middle Eastern desalination plants and European power utilities by maintaining a Silt Density Index (SDI) below 3.
• Municipal Potable Water: Acting as a primary pathogen barrier in Africa and Southeast Asia, removing bacteria and viruses from surface water during high-turbidity events.

II. Customer Pain Points & Challenges

In regions like the Middle East and Africa, operators face specific environmental and regulatory hurdles:

• Stringent Regulatory Compliance: Meeting ISO, CE, and ROHS standards is mandatory for global trade, and failure to comply leads to legal penalties and project shutdowns.
• High Operational Costs: With energy prices rising in Europe and South America, conventional filtration systems often consume excessive power, impacting the total cost of ownership.
• Membrane Fouling and Maintenance: High-pollution loads in industrial wastewater lead to frequent downtime and membrane replacement if the system lacks automated cleaning and high-grade filtration precision.

III. Guangdong Morui's 200m3/hour UF Solution

Established in 2005, Guangdong Morui Environmental Technology Co., Ltd provides a modular and turnkey solution centered around the Model: MR-UF-200TH. This system is engineered to handle 200m3/hour of wastewater, integrating advanced membrane technology with energy-efficient hardware to ensure a stable supply of high-purity water while minimizing the environmental footprint.

IV. System Architecture & Key Components

• Pre-treatment Unit: A multi-stage screening process that removes large debris, protecting the sensitive 0.02um membranes from physical damage and premature clogging.
• MR-UF-200TH Membrane Module: Utilizing 0.02um hollow-fiber membranes, this core unit provides a physical barrier against bacteria and colloids, operating at a power consumption of only 30kw/hour.
• Automated Control System: Integrated PLC and SCADA interfaces allow for real-time monitoring of flux rates and pressure differentials, ensuring the recovery rate remains between 70% and 90%.
• Advanced CIP (Clean-in-Place) Module: A programmed chemical cleaning system that maintains membrane integrity, specifically designed for high-pollution loads in industrial wastewater scenarios.

V. Solution Advantages & Quantifiable Benefits

• High Filtration Precision: The 0.02um pore size ensures a 4-log removal of viruses and cysts.
• Energy Efficiency: Optimized design limits power consumption to 30kw/hour for a massive 200m3/h output.
• High Water Recovery: Achieves a 70-90% recovery rate, significantly reducing raw water procurement costs.
• Reduced Footprint: The modular design saves up to 30% of installation space compared to traditional sand filters.
• Certified Reliability: Fully compliant with CE, ISO, and ROHS standards for international safety and quality.
• Extended Membrane Life: Automated backwashing protocols reduce maintenance frequency by approximately 40%.

VI. Implementation Process & Global Service

Guangdong Morui manages the entire lifecycle, from initial water analysis and customized scheme design to manufacturing and global logistics. We support clients in South America, the Middle East, and beyond with remote diagnostic capabilities, rapid spare parts supply, and on-site technician training to ensure seamless operation.

VII. Typical Application Case

A large-scale textile facility in Southeast Asia required a solution for high-turbidity wastewater recovery. By implementing the MR-UF-200TH solution, the facility replaced its aging sand filtration system.

• Before: Frequent RO membrane fouling and high chemical usage.
• After: Stable effluent with SDI < 2.5, a 20% reduction in energy costs, and a consistent 85% water recovery rate.

VIII. Technical Consultation

For comprehensive technical specifications or to request a customized water analysis report based on your specific site conditions, professional engineering support is available to assist with system sizing and integration requirements.

The robust 0.02-micron membrane technology ensures consistent purification quality across diverse industrial wastewater streams.