Vacuum and Compression Solutions for the Chemical Industry

When industrial surfaces are coated, metal vapours are handled under vacuum. In typical processes, the metal condenses as a thin layer on the surface of the substrate. Vacuum systems are critical to maintaining the necessary pressure for metal vapours.

Wastewater contaminated with solvents can be treated through vacuum distillation. Low-boiling-point fractions are evaporated and condensed, allowing for effective solvent recovery while ensuring environmental safety.

Vacuum-controlled evaporation of water or other solvents creates a cooling effect by removing localized heat. This method is highly efficient for cooling surfaces in chemical applications.

Extruders compress highly viscous substances while simultaneously removing solvents and air. Vacuum pumps evacuate low-boiling-point solvents and unwanted air to ensure the purity of the product.

Vacuum drying is used to remove solvents from medicinal products at low temperatures, preserving product integrity. Static or dynamic dryers allow processing at the vapour pressure of the solvent being used.

Before gases can be pumped through pipelines or stored efficiently, they must be compressed. Vacuum and compression systems reduce the volume of gases while ensuring safe handling.

Impregnation involves evacuating the final product, such as motor windings, in a receiving vessel. Under vacuum, the impregnating agent (e.g., resin) penetrates the material’s surface, ensuring a uniform application.

Chemicals can be safely and economically transported using vacuum pumps or compressors. Pneumatic conveying ensures dust-free handling, loss-free transportation, and prevents deformation of delicate materials.

Vacuum distillation is one of the most effective methods for recovering solvents from contaminated wastewater. The process involves evaporating and condensing low-boiling-point fractions for reuse.

Also known as molecular evaporation, this process separates substances with narrow boiling point ranges. Thin-layer evaporators are specially designed to operate effectively at specific vacuum levels, ensuring precision and efficiency in chemical separation.

Vacuum systems are essential for ensuring precise control, reducing energy consumption, and enabling processes like distillation, drying, and thin-layer evaporation.

Vacuum distillation lowers the boiling point of solvents, allowing them to evaporate and condense efficiently for recovery and reuse.

Vacuum drying allows products to be processed at low temperatures, preserving their quality and integrity.

Thin-layer evaporation, or molecular evaporation, separates substances with narrow boiling point ranges, requiring specific vacuum levels for optimal performance.

Pneumatic conveying ensures safe, dust-free transportation of chemicals while preventing material loss or deformation.