Industrial process centrifuges are used to separate, extract or wash products or materials in continuous, batch, industrial or environmental operations. Industrial process centrifuges are devices that separate solids from liquids when the two are mixed together. This separation occurs using the centrifugal force generated by the rotation of the centrifuge bowl. Solids are separated from liquids using high speed gravity. Many industrial processes use centrifugation to separate liquid phases and solids from each other. For example, industrial process centrifuges are often used to extract liquids from solid material in chemicals, pharmaceutical, textile, and wastewater treatment processes. Industrial process centrifuges are also used at effluent treatment plants (ETP). These ETPs treat raw sewage that comes from homes and businesses, using centrifugation to separate materials and produce clear water or effluent. Decanter industrial process centrifuges can be used for dewatering or thickening municipal or industrial sludge.

Based on particle size and density difference between liquid and solid phases, the centrifugation process separates material from liquid depending on the residence time within the industrial process centrifuges and the distance necessary for sedimentation. The efficiency of the centrifugation process depends on a solids volume fraction, effective clarifying surface, and an acceleration factor that depends on the amount of spinning revolutions and the radius of a rotor. An ultracentrifuge is typically used as a high speed centrifuge to determine the relative molecular masses of large molecules in high polymers and proteins. The basic designs of an industrial centrifuge come in three different types: tubular bowl, continuous scroll, and continuous multi-chamber disc-stack centrifuge. Motor drives, cooling jackets, and sludge collection vessels are may be included in the designs of centrifuges. Industrial centrifuges are an essential component for uses in applications such as, organic chemicals, inorganic chemicals, ores and minerals, water and wastewater, and food and pharmaceuticals.

Industrial process centrifuges are used to separate, extract or wash products or materials in continuous, batch, industrial or environmental operations. Industrial process centrifuges are devices that separate solids from liquids when the two are mixed together. This separation occurs using the centrifugal force generated by the rotation of the centrifuge bowl. Solids are separated from liquids using high speed gravity. Many industrial processes use centrifugation to separate liquid phases and solids from each other. For example, industrial process centrifuges are often used to extract liquids from solid material in chemicals, pharmaceutical, textile, and wastewater treatment processes. Industrial process centrifuges are also used at effluent treatment plants (ETP). These ETPs treat raw sewage that comes from homes and businesses, using centrifugation to separate materials and produce clear water or effluent. Decanter industrial process centrifuges can be used for dewatering or thickening municipal or industrial sludge.

Based on particle size and density difference between liquid and solid phases, the centrifugation process separates material from liquid depending on the residence time within the industrial process centrifuges and the distance necessary for sedimentation. The efficiency of the centrifugation process depends on a solids volume fraction, effective clarifying surface, and an acceleration factor that depends on the amount of spinning revolutions and the radius of a rotor. An ultracentrifuge is typically used as a high speed centrifuge to determine the relative molecular masses of large molecules in high polymers and proteins. The basic designs of an industrial centrifuge come in three different types: tubular bowl, continuous scroll, and continuous multi-chamber disc-stack centrifuge. Motor drives, cooling jackets, and sludge collection vessels are may be included in the designs of centrifuges. Industrial centrifuges are an essential component for uses in applications such as, organic chemicals, inorganic chemicals, ores and minerals, water and wastewater, and food and pharmaceuticals.