GN Separation has recently completed the supply of a complete sludge dewatering system for an overseas wastewater treatment plant (WWTP). The package combines a GN 14-inch high-speed Decanter centrifuge with a chemical dosing unit, providing the customer with an integrated solution for sludge conditioning and continuous solid-liquid separation. Continue reading
Monthly Archives: August 2026
Improving Fine Iron Ore Screening with GN Synergistic Frequency Vibrating Screen
Fine particle screening is an important part of modern iron ore processing. As ore characteristics become more complex and beneficiation plants place greater emphasis on recovery efficiency and concentrate quality, screening equipment needs to provide stable performance even when handling fine and easily blinding materials. Continue reading
GN Completes Production of GNSP20B Solids Vacuum Pumps for International Shipment
GN Separation has recently completed the production and inspection of a batch of GNSP20B Solids Vacuum Pumps, which are now ready for shipment to an international customer. The successful completion of this order further demonstrates GN’s manufacturing capabilities in pneumatic solids conveying and its ability to provide reliable material transfer equipment for demanding industrial applications.
GN Sludge Dewatering Screw Press Package Completed for European Project
GN Separation has recently completed the production of a sludge dewatering screw press package for a European customer. The equipment has been fully assembled and inspected at GN’s manufacturing facility and is now ready for shipment to the customer’s project site. Continue reading
Large Linear Vibrating Screen Delivered for Mining Project
GN Separation has recently completed the production and delivery of a GNLS3073 Large Linear Vibrating Screen for a domestic mining customer. Designed for demanding screening operations, the equipment will be used in the customer’s mining production line to improve screening efficiency and maintain stable, continuous material processing.