50m3/hour ultrafiltration plant supplier

Company Profile

Guangdong Morui Environmental Technology Co., Ltd. got its start back in 2005. We design and build advanced industrial water treatment systems, and we're now one of the leading manufacturers in the field. Nearly 20 years later, we're also a top supplier of high-capacity filtration systems. Our main focus is engineering and supplying the 50m3/hour ultrafiltration plant, and as a 50m3/hour ultrafiltration plant supplier we serve markets across South America, Southeast Asia, Europe, the Middle East, and Africa.

The MR-UF-50TH is our flagship model. It takes on tough hard water issues like high turbidity, suspended solids (SS), and COD removal. As a 50m3/hour ultrafiltration plant supplier, we built this system to run efficiently day in and day out. It draws just 7.5kw/hour of power and delivers a recovery rate of 70-90%. Demanding sectors rely on these systems. Think pharmaceutical pre-filtration for RO systems and large-scale municipal wastewater recycling. They meet the strict standards set by international industrial brands.

Morui follows a strict, ISO-certified management system. Every unit ships with CE and ROHS certifications. Precision testing confirms that each system maintains stable operating pressures (0.1-0.3Mpa). That gives us high-performance delivery and a 99% factory pass rate.

We provide full technical support to keep operations running smoothly in the regions we serve. This includes remote commissioning and on-site operator training. If you're running a project in Southeast Asia or the Middle East, Morui gives you the technical reliability and local knowledge you need for sustainable water management. Partner with us for high-performance water treatment systems that bring long-term value and operational excellence.

Ultrafiltration Systems with 50m3/h Capacity for Industrial Water Purification

Common Applications

A 50m3/hour ultrafiltration plant sits right between the raw water intake and the high-purity outlet. In water treatment, that's a critical spot, and any 50m3/hour ultrafiltration plant supplier will tell you it has to run reliably. Plants this size suit medium-to-large industrial sites that need the same water quality day in and day out. Typical uses include:

• Surface Water Clarification: River or lake water is treated here for municipal supply or industrial cooling. The goal is to remove algae, colloids, and suspended solids, and a 50m3/hour ultrafiltration plant supplier can help ensure the right filtration is in place.
• RO Pre-treatment: In desalination and boiler feed water systems, this stage protects the Reverse Osmosis membranes downstream. It does that by pulling the Silt Density Index (SDI) down sharply.
• Wastewater Tertiary Treatment: At this stage, pharmaceutical and textile plants recover process water. COD falls, and leftover micro-pollutants are taken out.

Problems Customers Face

Operators in South America, Southeast Asia, and the Middle East deal with a wide mix of environmental and regulatory issues. In Southeast Asia, turbidity climbs during monsoon season. Membranes foul more often as a result, and the downtime adds up. Europe and the Middle East face different pressures. Tight energy efficiency rules and expensive electricity make power-hungry systems hard to defend. On top of that, many sites pay high labor rates and keep only a few specialized technicians on staff. That raises real questions about reliability and maintenance. Leave these problems alone and membranes get replaced early, local environmental standards get missed, and operating costs go up.

Guangdong Morui Ultrafiltration: A System That Runs at 50m3/hour

Guangdong Morui Environmental Technology Co., Ltd. offers a modular system built around the MR-UF-50TH model, and it comes ready to run. We've been in this business since 2005. Advanced membranes work with smart automation, and output stays steady at 50m3/h. Low operating pressure (0.1-0.3Mpa) keeps energy use down, and recovery still reaches 70-90% of the feed. Every component is carefully designed. The goal is stable operation over the long term, and the system fits right into the water treatment trains you already run.

Design and Main Components

Four modules do the main work:

• Multi-Stage Pre-treatment: Sand and carbon filters work on their own. They capture large particles and chlorine. That protects the ultrafiltration membranes from physical damage and chemical oxidation.
• MR-UF-50TH Membrane Core: These high-flux membranes are picked to remove turbidity and COD. They run efficiently and use just 7.5kw/hour.
• Automated Control Center: A built-in PLC/SCADA system tracks pressure differentials and flow rates in real time. That makes unmanned operation possible and keeps tight control over filtration cycles.
• Integrated CIP and Backwash Module: An automated Clean-In-Place system does chemical cleaning and hydraulic backwashing on a set schedule. Membrane permeability returns, and no manual work is needed.

System strengths and the gains we can measure

• Energy use. The system draws 7.5 kW per hour. Compared with standard pressure-driven systems, that cuts operating costs by about 15-20%.
• High product recovery. Recovery rates of 70-90% mean less wastewater is discharged. Where water scarcity rules are strict, that matters a lot.
• Certified quality. ISO, CE, and ROHS compliance is complete. It meets international safety and environmental benchmarks, too.
• Small footprint. Its modular, skid-mounted design takes up 30% less installation space. In existing facilities, that means fast deployment.
• Better permeate quality. Turbidity remains below 0.1 NTU. The system also strips out 99.9% of bacteria and viruses.

Our service capability and how we deliver it

Guangdong Morui supports customers around the globe, from South America to Africa. We stay with them for the entire service lifecycle. It starts with raw water analysis, moves into custom system engineering, and covers factory acceptance testing (FAT). For onsite teams in Southeast Asia and Europe, we provide remote diagnostics. We resolve technical issues within 24-48 hours. Our global supply chain also moves spare parts and membrane modules fast. That helps keep potential downtime low.

Typical Application Case: Reusing Pharmaceutical Wastewater

A recent project took place at a pharmaceutical plant in Southeast Asia. Its discharge had high COD, and SS levels were inconsistent. The plant added the MR-UF-50TH as a tertiary treatment step. Permeate flow then held steady at 50m3/h. Discharge costs fell 40%. The treated water went to non-potable utility uses, and the plant met local environmental compliance rules.

Selection and Technical Consultation

Prospective users can share raw water parameters with us, such as turbidity and COD. In return, they get a customized technical proposal and an energy consumption analysis. Detailed project reports and site-specific layout drawings are available on request to support the engineering evaluation.

Deployment moves fast because the design is modular. Water quality also stays steady across different industrial environments.