membrane mbr​ supplier

Guangdong Morui Environmental Technology Co., Ltd. Offers Reliable Membrane MBR Solutions

Guangdong Morui Environmental Technology Co., Ltd. got its start in 2005. As a leading manufacturer and membrane mbr​ supplier in this field, we build advanced water treatment systems. For nearly 20 years, our main focus has been R&D and production of high-performance membrane MBR technology, and our systems support critical infrastructure projects across South America, Southeast Asia, Europe, the Middle East, and Africa.

Landfill leachate and high-COD industrial wastewater aren't easy to treat, but we know both inside and out. Our MR-MBR-150 series, built with what you'd expect from a membrane mbr​ supplier that focuses on tough jobs, uses premium PVDF materials and a precise 0.2μm rating. That creates a solid barrier against complex organic molecules. The modules keep flux steady even in high MLSS environments. Municipal reclamation and textile dyeing plants often pick them for exactly that reason.

Quality and reliability come first at every step. Our facility holds ISO certification, and our products carry CE and ROHS marks. That shows we meet international safety and environmental standards. Every membrane MBR module goes through strict integrity testing. These checks confirm mechanical durability and chemical resistance. They also help ensure stable operation over the long term.

We support our global partners with a full range of technical services, from remote debugging to on-site maintenance training. If you're upgrading a local facility in Southeast Asia or designing a new plant in the Middle East, Morui Environmental has the technical expertise to integrate the system smoothly. We're committed to being your long-term partner as you work toward sustainable water management goals.

Worldwide Wastewater Reuse with Precision-Built MBR Membrane Systems

A Quick Look at Municipal and Industrial Applications

When effluent needs to meet strict standards, MBR membrane technology takes care of the filtration step that counts the most. Guangdong Morui Environmental Technology Co.,Ltd, a trusted membrane mbr​ supplier, designs and builds custom systems for municipal wastewater reclamation in dense cities where land is tight. The treated water comes out clean enough to reuse for landscaping and cooling. Our systems also operate in textile and dyeing plants with heavy COD loads, and at landfill leachate sites. In those settings, the membrane works as a key barrier against complex organic molecules before the water moves on to further purification.

Regulatory and Operating Hurdles Worldwide

Our clients in South America, Southeast Asia, Europe, the Middle East, and Africa each face their own environmental pressures. In Europe and South America, meeting discharge rules means following strict CE and ISO standards. In Southeast Asia and Africa, high heat and influent quality that keeps changing tend to foul membranes quickly. That sends maintenance costs up, and downtime risk rises with them. We take these problems head-on with automated, fouling-resistant designs that, thanks to the right membrane mbr​ supplier, use less energy and need far less manual labor. They also meet international ROHS and environmental safety benchmarks.

The Membrane MBR Solution from Guangdong Morui

We have worked in this field since 2005, so we bring close to two decades of expertise. Our membrane MBR solutions come as modular or turnkey systems, and we tailor each one to the water chemistry at your site. With the MR-MBR-150 module, the system replaces traditional secondary sedimentation tanks with a compact, high-efficiency filtration process. That cuts the footprint by up to 50% and gives effluent clarity that conventional biological treatment can't match.

System Design and Key Components

• Pre-treatment unit. Fine screens and grit removal trap large debris before it can reach the membrane. That protects the membrane from mechanical damage.
• MR-MBR-150 membrane modules. Each module gives 15m² of area (1300X1000X30mm) and uses PVDF rated at 0.2um. It stands up well to chemicals and mechanical stress.
• Integrated control system. A PLC automates filtration cycles, backwashing, and aeration. Flux holds steady between 10 and 30 LMH.
• CIP (Cleaning-In-Place) module. A dedicated chemical cleaning loop works across aggressive pH ranges (2-12). It restores membrane permeability without any need to take the unit apart.

Advantages You Can Measure

• Longer service life. PVDF and internal braid reinforcement keep fibers from breaking. So the membranes last much longer.
• Fine filtration. With a 0.2um pore size, the membrane removes suspended solids and pathogenic bacteria completely.
• Tight footprint. At just 1300X1000X30mm, the module packs in at high density and gets the most out of the effective filtration area.
• Energy savings: the advanced aeration design cuts scouring power use by 15-20% compared with traditional models.

Project Delivery and Service, No Matter Where You Are

Guangdong Morui takes a project from start to finish. That means the first chemical analysis, system sizing, manufacturing, and shipping to any country. For partners in the Middle East and Southeast Asia, we offer remote diagnostics and a spare parts supply chain that moves fast. We also give local operators standard technical training. That way, every installation can reach its design flux and recovery targets under local environmental conditions.

One Real Example: Textile Wastewater in Southeast Asia

A large textile manufacturer needed a reliable way to handle chemical concentrations that kept changing. With a multi-skid MR-MBR-150 setup, the plant kept MLSS steady at 10,000 mg/L. The treated effluent met strict local reuse standards. That let the facility recycle 70% of its process water and cut biological sludge by 30%.

If your industrial wastewater project is specialized and needs high-performance filtration modules, we can give you the technical specs and configuration details.

The integrated PVDF MBR system gives high effluent quality and a long service life. That makes it a good fit for industrial water reuse projects anywhere in the world.