The Decanter Centrifuge for Glass Polishing Slurry Recovery is designed for continuous solid-liquid separation, polishing powder recovery, slurry thickening, and process-water clarification.

It is suitable for glass polishing wastewater, optical glass processing, flat glass polishing, LCD glass processing, lens polishing, photovoltaic glass, ceramic glass, and glass-finishing process water. The centrifuge can recover fine polishing solids such as cerium oxide, alumina, silica fines, glass powder, and other suspended particles from polishing slurry.

• Glass polishing slurry recovery
• Cerium oxide polishing powder recovery
• Alumina polishing slurry thickening
• Optical glass polishing wastewater treatment
• Flat glass and photovoltaic glass process-water clarification
• LCD glass polishing slurry treatment
• Lens polishing wastewater solids recovery
• Glass fines and suspended solids removal
• Filter press feed thickening
• Process-water recycle in glass processing plants

Peony provides continuous solid-liquid separation for glass polishing slurry recovery, polishing-powder thickening, and process-water recycle.

Glass Polishing / Grinding → Slurry Collection Tank → Optional Flocculant Dosing → Decanter Centrifuge → Thickened Polishing Solids → Filter Press / Dryer / Recovery / Disposal

Clarified Liquid → Process Water Tank → Recycle to Polishing or Further Treatment

Peony can provide:

• Decanter centrifuge selected according to polishing powder type and slurry condition
• Agitated slurry buffer tank for stable feeding
• Controlled feed pump and flow regulation system
• Optional flocculant dosing and mixing system
• Adjustable differential speed and pond depth control
• Wear-resistant scroll, feed zone, and solids-discharge configuration
• Clarified liquid collection and recycle connection
• PLC and VFD automatic control system
• Connection to filter press, dryer, polishing-water tank, or wastewater treatment system

Polishing Powder Type

Different polishing materials such as cerium oxide, alumina, silica, or mixed glass fines have different density, particle size, and settling behavior.

Fine Particle Recovery

Very fine polishing powder may remain suspended in water. Slurry testing is recommended when high recovery or strict clarified-water quality is required.

Slurry Concentration and Viscosity

High solids concentration or high viscosity may reduce separation capacity. Stable feeding helps maintain consistent operation.

Abrasion Level

Glass fines and polishing media can cause wear. Wear protection should be selected according to particle hardness, solids concentration, and operating hours.

Water Reuse Requirement

If clarified water will be reused directly in polishing, the suspended-solids level, turbidity, pH, conductivity, and residual additives should be checked.

Upstream Screening

Large glass fragments or coarse particles should be removed by screening before entering the decanter centrifuge.

Continuous Polishing Powder Recovery

The decanter continuously recovers fine polishing solids from glass polishing slurry and process water, reducing material loss and wastewater load.

Process-Water Recycle

Clarified liquid can be reused in polishing, rinsing, or slurry preparation after suitable quality checking.

Wear-Resistant Configuration

Glass fines, silica particles, alumina, and cerium oxide can be abrasive. Wear-resistant protection can be added to the scroll, feed zone, bowl cone, and solids discharge area.

Stable Operation for Fine Slurry

Bowl speed, differential speed, pond depth, and feed rate can be adjusted according to particle size, slurry concentration, viscosity, and clarified-water target.

Lower Downstream Load

The centrifuge thickens polishing slurry before filter pressing, drying, recovery, or disposal, reducing liquid volume and improving handling efficiency.

Please provide the following information for a suitable glass polishing slurry recovery solution:

• Glass type and polishing process stage
• Polishing powder type, such as cerium oxide, alumina, or silica
• Particle-size distribution
• Fine-particle content
• Slurry solids concentration
• Slurry density and viscosity
• Required processing capacity
• Required solids recovery rate
• Target solids concentration after centrifugation
• Clarified-water quality requirement
• Water recycle requirement
• pH, temperature, and additive content
• Flocculant or polymer currently used
• Downstream filter press, dryer, recovery, or disposal arrangement
• Required material of construction
• Electrical and control standard

Peony welcomes distributor and agent cooperation with glass processing plants, optical glass manufacturers, photovoltaic glass producers, polishing-line suppliers, wastewater treatment companies, and industrial separation partners.

We support partners with slurry testing, decanter centrifuge selection, wear-resistant configuration, flocculant dosing design, process-water recycle integration, installation guidance, commissioning support, spare parts, and after-sales service.

Send us your glass polishing slurry information, including polishing powder type, particle size, solids concentration, required capacity, recovery target, clarified-water requirement, additive content, and downstream handling arrangement. Our engineering team will recommend a suitable decanter centrifuge solution for your glass polishing slurry recovery process.