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LW450 Wastewater Treatment Plant Equipment, Dewatering System Steel Mill Sludge Quick details Control:PLC Driven Type: Electric material:stainless steel application: steel mill sludge Introduction: Alternatives includes: Frequency converter back or forward drive DVF multi-level planet control Hydraulic motor with individual hydraulic pump Other Special Ways Drive combine example AC Motor + Hydraulic Coupling Hydraulic motor with individual hydraulic pump AC Motor Frequency

Electric Valve Pipe Sludge Wastewater Treatment Plant Equipment / Decanter Centrifuge Quick details material:stainless steel application: beer sludge Control:PLC Driven Type: Electric Introduction Made up of sludge cutting pump, sludge feeding pump, electromagnetic flowmeter, electric valve, hand valve, pipe, turbidity meter, ultrasonic level meter and centrate turbidity meter. Sludge Feeding System Technical parameters: Model Drum G-force Capacity (m3/h) Max solid discharge

Two Phase Wastewater Treatment Plant Equipment , Continuous Centrifuge Description: The machine could deal with the material which range of concentration is large, small size which widely distributing. Solid particles are less 0.5mm as rigid particles, and less than 10mm as non-rigid particles, the machine can be effectively treated. Separation principle Taking advantage of the principle that the light liquid, heavy liquid and solid phase, with different density and mutually

Stainless Steel Corrosion-Resistant Two-Phase Decanter Centrifuge for Chemical Sludge Dewatering Description The chemical sludge dewatering horizontal screw centrifuge is specially designed for continuous solid-liquid separation and sludge reduction in chemical wastewater treatment. For most chemical sludge dewatering applications, a two-phase horizontal screw centrifuge is recommended, as the main separation target is usually solid sludge + clarified liquid. Best-Fit

High Anti-Abrasion Performance Two Phase Decanter Centrifuge for Mining Tailings and Sand Washing Description Mining Tailings & Sand Washing Decanter is designed for continuous solid-liquid separation of mine tailings, sand washing wastewater, stone powder slurry, and mineral fine particle slurry. For most mining and building material slurry applications, the recommended configuration is a two-phase decanter centrifuge because the main target is to separate abrasive mineral

Wear-Resistant Structural Design Two Phase Decanter Centrifuge for Metal Finishing and Electronics Sludge Description Metal Finishing & Electronics Sludge Decanter is designed for continuous solid-liquid separation of metal hydroxide sludge, inorganic fine sludge, and heavy-metal-containing wastewater sludge. For most metal finishing and electronics sludge applications, the recommended configuration is a two-phase decanter centrifuge because the main target is to separate

High Oil Yield and Low Residue Content Three-Phase Decanter Centrifuge for Kitchen Waste Oil Recovery Description Kitchen Waste Oil Decanter Centrifuge is designed for continuous three-phase separation of oil, water, and solid residue from kitchen waste oil streams. For most kitchen waste oil recovery applications, the recommended configuration is a three-phase tricanter centrifuge because the process usually needs to separate light oil, heavy water phase, and solid residue

Low Floc Shearing Protection and Anti-Abrasion Two Phase Decanter Centrifuge for Pulp and Deinking Sludge Description Pulp, Paper & Deinking Sludge Decanter is designed for continuous solid-liquid separation of paper mill sludge, deinking sludge, fiber-rich wastewater, and white water solids.For most paper mill sludge and fiber recovery applications, the recommended configuration is a two-phase decanter centrifuge because the main target is to separate fibers, fillers, and

Sanitary Grade CIP Self-cleaning Two Phase Decanter Centrifuge for Fermentation and Biopharma Industry Description Fermentation & Biopharma Decanter Centrifuge is designed for continuous solid-liquid separation of fermentation broth, yeast slurry, bacterial biomass, and biopharma fermentation residues. For most fermentation and biopharma applications, the recommended configuration is a two-phase decanter centrifuge because the main separation target is usually solid biomass