Inorganic Ceramic Membrane System Equipment - Membrane Separation Filtration Equipment - High-Temperature Resistance - Stable Filtration Effect

The ceramic membrane system consists mainly of ceramic membrane modules, filtration systems, control systems, and auxiliary equipment. It operates by forming an extremely thin filtration layer on the surface of the ceramic membrane, utilizing the selective retention of the membrane pores to trap suspended solids, microorganisms, colloidal particles, and other impurities from the liquid, thereby achieving liquid purification.

The complete set of ceramic film equipment boasts the following notable features:

High-temperature and chemical corrosion resistance: Ceramic film materials boast excellent high-temperature and chemical stability, allowing for long-term stable operation in harsh environments such as high temperatures and acidic or alkaline conditions.

2. High Filtration Precision: Ceramic membrane has uniform pore size distribution, allowing selection of the appropriate pore size to achieve high-precision filtration according to actual needs.

High throughput and low operating costs: Ceramic membranes have high porosity and low resistance, enabling high-throughput filtration and reducing operating costs.

4. Easy to Clean and Reuse: The ceramic membrane surface is smooth, resists contamination, and is easy to clean and reuse, extending its service life.

Application Fields:

Ceramic membrane systems find broad applications in industries such as chemicals, environmental protection, and water treatment. In the chemical industry, they are used for processes like organic solvent recovery, catalyst recovery, and oil-water separation. In environmental protection, they are applied to industrial wastewater treatment, domestic wastewater treatment, and garbage leachate treatment. In water treatment, they are used for drinking water purification, seawater desalination, and brackish water desalination. Additionally, ceramic membrane systems can also be applied in pharmaceuticals, food, and biotechnology fields.

Performance Features:

Easy to install and use, with a compact installation area.

2) All equipment is made of sanitized stainless steel, ensuring safety and durability.

3) The ceramic membrane components of the equipment are resistant to acidic and alkaline solutions and other high-concentration liquids, with high heat resistance and strength, which aids in the post-cleaning and maintenance of the membrane components.

4) Due to the characteristics of ceramic membranes, they exhibit strong microbial resistance, ensuring that the liquid material does not undergo phase changes, thereby affecting the variation of test parameters.

5) Ceramic membranes have a narrow pore size distribution, resulting in higher efficiency in separation, concentration, and purification.

6) Utilize high-performance electric flow control pumps for continuous linear power support.

Inorganic Ceramic Membrane Equipment Set - Membrane Separation Filtration Equipment - High-Temperature Resistance - Stable Filtration Effect

Advantages of ceramic membrane filtration systems:

1. The filtered liquid is clear and transparent, with high product quality and recovery rate.

2. The membrane separation process can be conducted at room temperature, particularly suitable for experiments involving thermosensitive materials.

3. The separation process involves no phase change, enabling purification, desalination, decolorization, de-alcoholization, and concentration of water/alcohol-based liquid mixtures for experimental purposes.

4. Stable process, high batch-to-batch reproducibility.

5. High level of equipment automation, low energy consumption and operating costs, easy to self-control and maintain, enhancing production efficiency, and reducing labor intensity.

6. Minimize environmental pollution and alleviate the burden on subsequent processes.