Integrated Membrane Equipment
Revolutionize Your Filtration with Integrated Membrane Systems
Geeking Tech integrated membrane systems integrate membrane separation technology with other treatment units (such as a pre-treatment unit, reactor, and post-treatment unit). These fully functional integrated membrane systems are specifically designed for small and medium-sized wastewater treatment projects to meet strict treatment requirements.
With their rapid equipment manufacturing cycle, integrated membrane systems provide a convenient operation process and outstanding water output capacity. Relying on our personalized service philosophy, integrated membrane systems from Geeking Tech embody a cutting-edge design concept, making them unanimously recognized by project owners. Our company has successfully undertaken numerous zero-emission wastewater projects in which integrated membrane systems played a critical role.
Specification of Integrated Membrane Systems
In designing integrated membrane systems, industrial evaporator supplier Geeking Tech fully embodies the concept of engineering equipment integration. It efficiently integrates a complete MBR membrane module with other process technologies into skid-mounted equipment or a container, and adds physical, chemical, and membrane treatment process equipment according to the water inlet quality condition. We can provide integrated supply, membrane module design, low-cost operation and maintenance, and efficient and stable operation for different application scenarios, water quality, and quantity.
Our innovative integrated membrane systems reduce footprint while achieving higher recovery rates. Discover how integrated membrane systems can optimize your plant’s performance while meeting environmental regulations. Upgrade your filtration process with cutting-edge integrated membrane systems designed for efficiency, durability, and cost savings. In designing and selecting models, the following factors should be considered comprehensively:
Processing capacity
Processing effect requirements
Membrane materials and types
Membrane component form
Operating conditions
Pre-processing and post-processing technologies
Cleaning and maintenance
Economy and sustainability
Regulations and standards
Benefits of Integrated Membrane Systems
Modern industries demand optimized separation processes, and integrated membrane systems deliver unmatched performance. As industries move toward smarter, greener solutions, integrated membrane systems are proving to be the optimal choice for future-proof separation technology. Our integrated membrane systems offer unparalleled efficiency and reliability. Here are some key advantages of integrated membrane systems:
Energy conservation and environmental protection: reducing energy consumption and wastewater and exhaust emissions
Investment economization; low maintenance costs, high cost-effectiveness, and low transportation costs
System integration: complete equipment, fully functional system, short installation time
Equipment miniaturization: compact equipment, small footprint, convenient operation and maintenance, and easy mobility
Intelligent operation: automatic operation, easy operation, remote fault alarm
High quality water production: high interception rate of bacteria and viruses, guaranteed water quality
System modularity: great flexibility and strong scalability
Compact equipment: saving transportation costs and shortening installation hours
Simplified operation: convenient assembly, simple maintenance and management
Working Principle of Integrated Membrane Systems
The main working principle of integrated membrane equipment is combining membrane wastewater treatment technology with traditional biological treatment processes to improve efficiency of wastewater treatment and water yielding quality. The core working principles can be summarized into three aspects: pre-treatment, membrane separation, and post-treatment.
Pre-treatment system: It mainly removes suspended matters, organic matters and other impurities from raw water through physical or chemical methods to reduce pollution burden on the subsequent membrane treatment system.
Membrane separation unit: Membrane technology is adopted to deeply purify water. During the membrane separation process, water passes through the membrane under pressure, and the membrane can effectively intercept pollutants such as viruses, bacteria, suspended matters, and macromolecular organic matter, thereby achieving water purification and separation.
Post-treatment system: It mainly involves further treatment of the water after membrane treatment to meet specific water use standards or improve water quality.
