Decanter Centrifuge & Vibrating Screen Manufacturer

GN Separation has recently supplied a complete sludge dewatering centrifuge package for an overseas wastewater treatment plant (WWTP), featuring a 14-inch high-speed decanter centrifuge and chemical dosing unit. The integrated system is designed to provide efficient sludge dewatering and fine-solid separation, helping wastewater treatment plants improve sludge handling efficiency while reducing the volume of sludge requiring further treatment and disposal.

GN Synergistic Frequency Vibrating Screen is an innovative screening equipment independently developed by GN Separation for the efficient screening, grading, and separation of fine-grained materials. Combining linear vibration frequency with partial electromagnetic vibration frequency, the screen introduces a new synergistic vibration principle to improve fine screening performance and provide an efficient solution for mineral processing applications such as iron ore.

GN Separation is pleased to announce that a batch of GNSP20B Solids Vacuum Pumps has been completed and is now ready for shipment to an international customer. This shipment highlights GN’s continued commitment to providing reliable and efficient solids transfer solutions for demanding industrial applications.

GN Separation has recently completed the manufacturing and factory preparation of a complete sludge dewatering package for a European client. The equipment, consisting of a GNDL303 Sludge Dewatering Screw Press and a GNSJY3000 Chemical Dosing Unit, has successfully completed the production process and is now ready for shipment to the client's project site. The package is designed to provide a compact, automated and reliable solution for continuous sludge conditioning, thickening and dewatering.

GN Separation Equipment has recently completed the manufacturing and delivery of a GNLS3073 Large Linear Vibrating Screen for a domestic mining company. The equipment will be applied in the customer’s mining production line to improve material screening efficiency, increase process stability, and support continuous operation under demanding working conditions.