In the context of carbon peaking and carbon neutrality being incorporated into the overall layout of ecological civilization construction, inorganic ceramic membrane separation technology, as a common key technology for high efficiency and energy saving, will surely move towards the direction of "green and low carbon", in order to achieve "double carbon" The strategy provides solid technical support. Inorganic membrane separation technology is an emerging, efficient and precise separation technology successfully developed in the 20th century. Since the 1980s, inorganic membranes made of inorganic materials such as ceramics, metals, metal oxides, and glasses have gradually become the dominant technology in membrane separation technology due to their excellent chemical stability, thermal stability, and high mechanical strength. It is widely used in industrial processes such as energy, resources, environmental protection, metallurgy, light industry, chemical industry, petrochemical industry, and biochemical industry. At present, inorganic membrane separation technology and its processes and equipment have been commercialized, especially ceramic membranes, which have more obvious application advantages under harsh conditions (such as high temperature, high pressure, and corrosive systems).

 

The wide application of ceramic membranes in food and beverage, pharmaceutical and chemical industry, water treatment, new energy and other fields has further promoted the continuous transformation of my country's industry towards energy conservation, emission reduction, green and sustainable development model.

The growth of the ceramic membrane industry is inseparable from the innovation of products and technologies. It must continue to take the development idea of ​​coordinating "high standard" demand and "carbon neutrality" orientation and focus on ceramic membrane application system evaluation, energy saving and consumption reduction, resource and energy recovery, and recycled water. Utilization, membrane material regeneration and digital transformation will continue to innovate and iteratively upgrade key research directions such as membrane processing technology, develop functional ceramic membrane materials and products with high-end technology, expand the application fields of ceramic membranes, and contribute to the realization of the "double carbon" vision More power.