KORED is a technology-first company in Korea that has different technologies superior to that of existing environmental companies in the field of membrane manufacturing technology, membrane applications technology, and indoor air purification technology.
KORED Submerged Hollow Fiber Membrane
The submerged hollow fiber membrane has high fouling resistance and high integration, so it is suitable to be applied to large-capacity sewage or wastewater treatment such as MBR and sewage discharge water re-use.
The KORED submerged hollow fiber membrane is a highly economical product that reduces maintenance costs by minimizing air consumption and physical cleaning with a dual aeration diffuser structure differentiated from existing products of other companies. sewage treatment plant suppliers
 Reinforced contamination resistance through dual aeration structure equipped at the center and bottom of the module
 8 inch module with a film area of 35m2 has a high degree of integration, so minimizing installation area
 Uniform physical cleaning with optimized dual aeration structure at the bottom and center of the module
 30% reduction of air consumption per membrane area by reinforcing cleaning effect through the optimal arrangement of air diffusers
KORED Pressurized Hollow Fiber Membrane
The KORED’s unique module housing design mitigates the sudden impact of influent water even in the state of the high packing density of the hollow fiber membrane and enhances the permeability and stability of the product by equalizing the inflow flow rate. molecule air purifier Korea
 By applying honeycomb baffle, it solves the water Hammer phenomenon of impact of influent water, and prevents membrane contamination caused by the drift by distributing the inflow flow evenly.
 Uniform filtration performance by improving the fluid flow of high-packing density module by applying the separator
 By minimizing the pressure loss and maximizing the packing density of the hollow fiber, the high-efficiency and highly integrated product is realized, and the internal pressure design of the housing in response to external impacts has been reinforced.
 Realization of optimum design of hollow fiber membrane density and internal or external pressure loss
 Reinforced module stability by withstanding the pressure of 10kgf/㎠, which is 5 times the maximum operating pressure of the internal pressure performance