Are you looking to remove unwanted particles such as sand, glass, metal, plastic, and polystyrene from your pulp?
Pulp and paper mills invest in hydrocyclone plants to improve efficiency and drive performance. Our global team of experts has vast experience optimizing hydrocyclone solutions for an installed base that includes thousands of hydrocyclone systems worldwide. Whether your goal includes removing heavy or light weight impurities or recovering fiber/thickening stock, a Valmet expert is close to you with solutions and support.
Valmet’s hydrocyclone technology removes unwanted particles such as sand, glass, metal, inks, certain unwanted organics, plastics, wax, and Styrofoam down to 50 microns. The result is cleaner pulp, better quality products, and the protection of process equipment downstream.
Low consistency cleaning involves removal of fine debris such as sand, ink, specks of bark, wax or bits of Styrofoam. The typical low density hydrocyclone operates at 1% consistency and is available in different configurations depending on the specific gravity of the unwanted particles.
Explore our low consistency hydrocyclones |
Valmet low consistency hydrocyclones |
Forward hydrocyclones |
Reverse flow hydrocyclones |
Parallel flow hydrocyclones |
Combination hydrocyclones |
Valmet offers medium consistency hydrocyclone technology that is designed to optimize efficiency. Typical medium consistency cleaning applications involve sand removal at approximately 2% consistency.
Explore our medium consistency hydrocyclones |
Valmet medium consistency hydrocyclones |
Valmet Twister Hydrocyclone |
Valmet Hydrocyclone A1600 |
Valmet offers high consistency cleaning solutions that meet requirements for various pulps with applications for both single-stage and two-stage systems.
Explore our high consistency hydrocyclones |
Valmet high consistency hydrocyclones |
Valmet Hydrocyclone A3000 / A5000 |
Valmet Hydrocyclone HC |
Valmet offers high consistency cleaning solutions that meet requirements for various pulps with applications for both single-stage and two-stage systems.
Improve your pulp cleaning |
5 important parameters for pulp cleaner control |
Improving pulp cleaning performance |
Hydrocyclone optimization |