Chinese
China's filtration equipment has achieved significant technological breakthroughs, and the development prospects of filter machines in the domestic market are very promising. However, from a global perspective, China's filtration equipment still has a certain gap compared with the international advanced level. The manufacturing industry of filter presses in China is still in a development stage. There is a strong demand in industries such as chemical, petrochemical, food, pharmaceutical, and defense manufacturing. Due to the limited introduction of foreign technologies, many high-end products still rely on imports.
Information technology has promoted the development of filtration technology. Filtration science and technology involve interdisciplinary integration. The combination of information technology with traditional chemical engineering methods has accelerated the progress of filtration technology. Competition has driven the intensification of filtration processes, which mainly includes the development of new equipment and new process methods. Any new chemical filtration technology that enables equipment miniaturization, energy efficiency, and supports sustainable development can be considered part of filtration process intensification.
With the increasing awareness of pollution control, people have realized that relying solely on filters to maintain oil cleanliness is far from sufficient. Comprehensive pollution control technology has gained wide recognition. Starting from controlling the cleanliness of components and reducing pollution at the source, hydraulic components and filters are reasonably configured. By optimizing system design and reducing flow dead zones, the accumulation of contaminants can be prevented, leading to a more comprehensive and scientific approach to pollution control.
Experts point out that national authorities should formulate supportive and incentive policies to encourage technological innovation and industrial upgrading. Through technological transformation, implementation of major engineering projects, and gradual improvement of management policies, the industry’s independent innovation capability can be strengthened. This will help improve overall industrial energy efficiency and international competitiveness of products, while promoting green, circular, and low-carbon industrial development.
Therefore, if China aims to achieve new breakthroughs in the filtration equipment industry, continuous research, development, and innovation are essential. Only with advanced technology can companies remain competitive and maintain a strong position in the global market.
