17:37 Every reliable membrane filtration system begins with carefully prepared membrane components. Behind each completed MBR membrane module are many important manufacturing details, from the arrangement of hollow fibers to the preparation of collection headers and final assembly.
At Qingdao Banott Environmental Technology Co., Ltd., membrane manufacturing is an important part of our ability to support industrial and municipal wastewater treatment projects.
In this factory photo update, we take a closer look at our finished hollow fiber membrane curtains, showing the membrane assemblies, organized production area, and preparation work inside the workshop.
These photographs offer EPC contractors, wastewater treatment engineering companies, and industrial buyers a closer look at the physical structure and handling of membrane curtain products before installation into complete treatment systems.
Готовые мембранные завесы из полых волокон: за кулисами производственного цеха компании Banott
The first photograph shows a production area with groups of completed membrane curtains arranged across the workshop floor.
The most visible feature is the large number of fine, white hollow fibers extending between the membrane headers. These fiber bundles form the main filtration structure of a curtain-type membrane element.
Several membrane assemblies are arranged in groups, while additional cylindrical membrane products are positioned upright in the background.
The orderly arrangement makes it possible to observe the differences in component form, membrane fiber layout, and header configuration.
For industrial membrane buyers, these physical details are important because the membrane element must match the intended installation structure and filtration system.
Banott supplies Мембранные модули MBR с полыми волокнами из PVDF for applications requiring submerged membrane separation.
Our hollow fiber MBR product range supports wastewater treatment systems used in industrial facilities, municipal sewage treatment, and water recovery projects.
A hollow fiber membrane curtain typically consists of many flexible membrane fibers secured between collection headers.
The membrane fibers provide the filtration surface, while the headers hold the fiber bundles and provide the necessary connection to the membrane system.
Unlike a rigid flat sheet membrane, the flexible hollow fiber curtain structure allows individual fibers to move within the permitted operating conditions.
In a submerged MBR system, membrane curtains are installed within the biological treatment process. Suction draws water through the membrane surface while suspended solids and biomass remain in the mixed liquor.
However, the performance of the complete system depends on much more than the membrane fibers alone.
Important engineering considerations include:
For customers purchasing replacement membranes or planning new installations, these features should be matched to the actual system design.
Готовые мембранные завесы из полых волокон: за кулисами производственного цеха компании Banott
The second photograph shows a workshop area where membrane curtain assemblies are stacked in organized groups.
The visible assemblies are covered with protective wrapping, and workers can be seen handling components within the production area.
Once membrane components have been assembled, careful handling and storage become important parts of the manufacturing workflow.
Hollow fiber membranes contain many thin filtration fibers. Their condition must be protected during movement, inspection, storage, and subsequent installation.
Contact with sharp objects, excessive pulling, or unsuitable handling conditions can damage membrane fibers or connecting components.
For this reason, handling procedures should account for the membrane material, assembly dimensions, packaging requirements, and the manufacturer’s storage instructions.
Protective wrapping can help shield assembled components from contact and contamination during appropriate handling and storage.
For international buyers, packaging requirements should also be confirmed before shipment, particularly when membrane modules will be transported over long distances or stored before installation.
The photographs show the physical wrapping and workshop organization; specific inspection results or completed shipment status are not implied.
The third photograph provides a detailed view of finished membrane curtain assemblies arranged in larger groups.
The white hollow fiber bundles are positioned between light-colored tubular headers, creating a uniform curtain-like appearance.
This image clearly illustrates why fiber arrangement is an important part of membrane module construction.
Each membrane curtain contains a large number of individual fibers that must be accommodated within the available module dimensions.
For an engineered membrane assembly, the arrangement should support the required filtration area while remaining compatible with the system’s hydraulic and aeration design.
The headers are equally important because they provide mechanical support and connections within the membrane assembly.
Before selecting a curtain membrane for a project, engineers should confirm:
| Technical Consideration | Почему это важно |
|---|---|
| Membrane curtain dimensions | Must fit the supporting frame and installation area |
| Эффективная площадь мембраны | Used for filtration capacity calculations |
| Fiber material | Must suit the wastewater and cleaning conditions |
| Размеры заголовка | Must match the equipment connection arrangement |
| Membrane configuration | Influences installation and operating requirements |
| Operating flux | Must be selected according to project conditions |
| Доступ для технического обслуживания | Supports future cleaning and replacement |
Banott’s product range includes different hollow fiber MBR membrane configurations to meet varying treatment capacities and project requirements.
The appropriate model should be selected using the wastewater characteristics, required treatment capacity, and system operating conditions.
Готовые мембранные завесы из полых волокон: за кулисами производственного цеха компании Banott
A finished membrane curtain is an important component, but it is not the complete wastewater treatment system.
For practical applications, membrane curtains must be integrated with suitable supporting frames, permeate collection piping, aeration equipment, pumps, instrumentation, and control systems.
In a typical submerged MBR installation, multiple membrane elements can be arranged within a larger membrane assembly.
The final configuration depends on the treatment capacity, available tank dimensions, operating flux, maintenance requirements, and overall engineering design.
For EPC contractors, the compatibility between membrane elements and supporting equipment is an important part of project planning.
Replacement projects require particular attention because new membrane curtains may need to fit an existing installation without major changes to the original tank and piping layout.
At Banott, our Инжиниринг и системная интеграция capabilities support the coordination of membrane equipment with wider water and wastewater treatment systems.
We work with engineering contractors, industrial users, system integrators, and equipment distributors to evaluate membrane requirements and discuss suitable product configurations.
Banott is a manufacturer and engineering-oriented provider of water and wastewater treatment equipment.
Our product portfolio includes hollow fiber MBR membranes, flat sheet MBR membranes, hollow fiber UF membranes, RO membranes, EDI modules, and integrated treatment systems.
The workshop photographs in this update offer a view of the physical membrane products and assembly handling involved in membrane manufacturing.
For B2B customers, the value of working with a membrane manufacturer extends beyond purchasing a standard product.
Projects may require different membrane dimensions, replacement configurations, system integration arrangements, and supporting engineering documentation.
Our team supports customers in discussing these requirements and identifying appropriate membrane products for specific applications.
Typical project requirements include:
By combining membrane product supply with engineering coordination, Banott helps customers connect equipment selection with practical project requirements.
Finished membrane curtains represent an important stage in preparing membrane equipment for water and wastewater treatment applications.
The photographs demonstrate the visible structure of the membrane fiber bundles, organized component arrangement, and workshop handling of finished assemblies.
For customers evaluating membrane equipment, these details provide a useful look at the physical construction of the products they may integrate into their systems.
If you are planning a new MBR wastewater treatment plant, replacing existing membrane elements, or sourcing customized hollow fiber membrane curtains, Banott can help review your technical requirements.
Looking for hollow fiber MBR membrane curtains or customized membrane modules?
Share your required membrane area, installation dimensions, treatment capacity, and existing equipment information with our team.
We can help you evaluate suitable membrane products and discuss the technical requirements of your project.
Contact Banott for Membrane Products and Engineering Support
Ознакомьтесь с зоной предотгрузочного контроля мембран UF компании Banott, включая соединения модулей, системы мониторинга расхода, манометры и заводские проверки качества.
Ознакомьтесь с готовыми модулями ультрафильтрационных мембран с полыми волокнами компании Banott, включая цилиндрические корпуса, конструкции торцевых крышек, защитную оболочку и подробную информацию о заводском производстве.
