Filtration and Screening Technologies in the Chemical Industry

The chemical industry involves the production and processing of chemicals to meet the needs of various industries and daily life. This sector includes multiple fields such as basic chemicals, specialty chemicals, agricultural chemicals, and petrochemicals, employing various technological methods in physics, chemistry, and engineering to synthesize and transform raw materials into a variety of chemical products. With the global emphasis on sustainable development and environmental protection, the chemical industry is continuously innovating to improve production efficiency and reduce environmental impact in response to the increasingly severe issues of resource consumption and environmental pollution.

Raw material waste not only increases production costs but may also lead to resource wastage and environmental pollution, while equipment corrosion can affect the normal operation and safety of the equipment. In addition, uneven distribution of reactants and the generation of by-products during the reaction process can also affect the quality of the final product, thereby increasing the difficulty of subsequent separation and purification.

• Raw material waste
• Equipment corrosion
• Reduced reaction efficiency
• Environmental pollution

• Raw material screening. In the initial stage of chemical production, screening technology is used to remove impurities and unqualified raw materials, ensuring the purity of the raw materials for chemical reactions and improving product quality.
• Liquid filtration. After chemical reactions, filtration equipment is used to remove solid particles and impurities from the reaction liquid to obtain a clear product, enhancing the efficiency of subsequent processing.
• Solid separation. During the use of solid catalysts, solid separation technology is employed to separate the catalyst from the reaction products, ensuring the reuse of the catalyst and the improvement of reaction efficiency.
• Wastewater Treatment. In chemical production, wastewater is treated through screening and filtration technologies to remove suspended solids and harmful substances, thereby reducing environmental pollution.
• Particulate Control. In powder coating and plastic production, screening technology is utilized to control the size and distribution of particles, ensuring product uniformity and performance stability.
• Final Product Inspection. At the end of the production line, screening and filtration technologies are used to conduct quality checks on the final products, ensuring that each batch meets standards and guarantees user safety and satisfaction.
• Byproduct Recovery. In the chemical process, screening and filtration technologies help effectively separate reusable byproducts, promoting resource recycling and reducing production costs.

Micro Hole Perforated Metal

Stainless Steel Wire Mesh

Reverse Dutch Mesh Belt

Wedge Wire Strainer Elements

By enhancing the research and management of chemical products, promoting green chemistry and sustainable production technologies, we can better protect the environment, promote the efficient use of resources, ensure the safety and reliability of chemicals, and create a healthier living environment for the future.

• Improve filtration accuracy
• Enhance equipment durability
• Increase chemical stability
• Protect the environment